Practical guidance for flying legally, safely and with confidence. Build your skills, maintain your aircraft and connect with the European drone community.
Which legal and regulatory requirements apply to your drone?
Which legal and regulatory requirements
apply to your drone?
Most private drone operators will fly either indoors or outdoors in the Open category. The Specific and Certified categories cover higher-risk or specialised operations and should not apply to typical recreational flying.
Operating framework
Meaning
Indoor
Flying inside a fully enclosed space.
Open
The standard framework for most private and low-risk outdoor flying.
Specific
Higher-risk operations requiring an authorisation, declaration or another approved route.
Certified
The highest-risk operations, regulated more like conventional aviation.
Indoor operation
Operating environment
Regulatory position
What applies
Fully enclosed indoor space
A1, A2 and A3 do not apply
Venue permission; protection of participants and spectators; battery and fire safety; privacy; liability; insurance.
Partially enclosed or open-sided structure
Outdoor rules may apply
Use the outdoor table when the drone can enter outside airspace.
Outdoor operation in the EU Open category
Use the drone's complete ready-to-fly weight, including its battery, camera and every attached payload.
Drone features
Official EU class
Operator registration
Pilot qualification
Direct Remote ID
Where it may be flown outdoors
Toy drone below 250 g, with or without a camera
C0 or no class label
No
No exam
No
A1: people may be nearby; never over an assembly of people.
Drone below 250 g without a camera or personal-data sensor
C0 or no class label
No
No exam
No
A1: people may be nearby; never over an assembly of people.
Drone below 250 g with a camera or personal-data sensor
C0 or no class label
Yes
No exam
No
A1: people may be nearby; never over an assembly of people.
Factory-made drone below 900 g
C1
Yes
A1/A3 online training and exam
Yes
A1: do not intentionally fly over uninvolved people; minimise unexpected overflight.
Factory-made drone below 4 kg
C2
Yes
A1/A3 online training and exam
Yes
A3: no uninvolved people in the operating area and at least 150 m from residential, commercial, industrial and recreational areas.
Factory-made drone below 4 kg
C2
Yes
A1/A3 certificate, practical self- training and A2 exam
Yes
A2: closer to uninvolved people than under A3; no overflight; maintain the required horizontal safety distance.
Outdoor operation in the EU Open category - continued
Drone features
Official EU class
Operator registration
Pilot qualification
Direct Remote ID
Where it may be flown outdoors
Factory-made drone below 25 kg
C3
Yes
A1/A3 online training and exam
Yes
A3: no uninvolved people in the operating area and at least 150 m from residential, commercial, industrial and recreational areas.
Factory-made drone below 25 kg
C4
Yes
A1/A3 online training and exam
No
A3: no uninvolved people in the operating area and at least 150 m from residential, commercial, industrial and recreational areas.
Privately built or eligible older factory-made drone from 250 g to below 25 kg
No class label
Yes
A1/A3 online training and exam
No
A3: no uninvolved people in the operating area and at least 150 m from residential, commercial, industrial and recreational areas.
Scope: This table applies only to the EU Open category. A1, A2 and A3 are operating conditions within the Open category, not separate licences.
A1, A2 and A3 in plain language
Route
Meaning
A1
Eligible lightweight drones operate closest to people. Assemblies of people are always excluded.
A2
A C2 drone can operate closer to people than under A3, but it may not fly over uninvolved people and must maintain a defined safety distance.
A3
The drone must remain far from uninvolved people and at least 150 m from residential, commercial, industrial and recreational areas.
C2 has two routes. With the A1/A3 qualification, a C2 drone may be used only under A3 conditions. With the additional A2 qualification, it may operate closer to uninvolved people under A2 conditions.
Operator registration
In the Open category, the operator registers rather than each individual drone. Register once in the EASA country where you reside, or where the organisation has its principal place of business.
The operator number is valid throughout the EASA Member States and must be placed on every applicable drone. You cannot register in two EASA Member States at the same time.
aircraft, including drones of 800 g or more and drones equipped with an electronic signalling device. This is separate from EU operator registration and is managed through AlphaTango.
Direct Remote ID
Direct Remote ID broadcasts identification and flight information during operation. In the Open category it is a class requirement for C1, C2 and C3 drones. It is not a class requirement for C0 or C4, and it is not required solely because a drone is privately built or an eligible older unclassified aircraft. For a Remote-ID-equipped drone, enter the operator registration number into the aircraft and confirm that Remote ID is active before take-off.
Where to register and find official guidance
Use the portal for your country of residence or establishment. Do not register again when travelling within the EASA system; instead, follow the local flight-zone and national operating rules of the country where you fly.
Jurisdiction
Official service
Direct link
Purpose
European Union / EASA
EASA drone guidance and national-authority directory
Official Belgian guidance for Open-category operators.
Where drones may be prohibited or restricted
Registration, a pilot certificate and an eligible aircraft do not give permission to fly at every location. Before each outdoor flight, check the official national map and current temporary restrictions. A zone may prohibit flight, impose a lower height limit, require permission or restrict aerial photography and data capture.
Special area
Typical consequence
Airports, airfields and heliports
Flight may be prohibited or require permission because of controlled airspace and traffic protection.
Military sites and military airspace
Flight may be prohibited, restricted or subject to notification or authorisation.
Prisons, nuclear facilities and critical infrastructure
Security zones commonly prohibit or tightly restrict drone operations.
Government sites, emergency scenes and major events
Permanent or temporary restrictions may apply, including NOTAM-based restrictions.
Special area
Typical consequence
Nature reserves, national parks and wildlife areas
Environmental rules may prohibit flight permanently or seasonally, especially during nesting periods.
Urban and residential areas
National and local restrictions apply in addition to A1, A2 and A3. In France, Open-category flight in public space within an agglomeration is prohibited.
Crowds and assemblies of people
Overflight is prohibited in the Open category.
Aerial data-capture restriction zones
Flight and photography may be regulated separately; some zones prohibit aerial image or data capture even where flight rules differ.
Shows simplified restrictions and height limits for Open- category flying. Temporary zones and some seasonal natural-area restrictions may require additional checks with official aeronautical information.
Shows Belgian drone zones, conditions, height restrictions and permission requirements.
Pre-flight rule: Check the official map shortly before take-off. Static guidance cannot reliably capture temporary restrictions, emergency zones, military activity or seasonal environmental restrictions.
Website-content note: This document provides structured guidance and official links. It should be reviewed whenever EU or national drone rules, portals or geographical-zone services change.
Last checked: 23 July 2026.
PILOT HUB GUIDE
Drone Pilot Certification and Testing Procedures
Drone Pilot Certification
and Testing Procedures
Which qualification is required, who must hold it, and where the official tests can be taken in France, Germany and Belgium.
Operator and pilot are separate roles. A company, association, university or public body may be the registered drone operator. The pilot certificate is personal and belongs to the individual remote pilot who actually flies the drone. A company cannot hold an A1/A3 or A2 certificate, but it may assign several qualified employees, directors or contractors as remote pilots.
1. Which pilot qualification is required?
The required qualification depends on the aircraft and the operating subcategory. The certificate is issued to the remote pilot, not to the operator or the drone.
Drone and intended operation
Qualification required
Drone below 250 g operated in A1
No formal examination. The pilot must read and follow the manufacturer instructions.
C1 drone operated in A1
A1/A3 online training and examination.
C2 drone operated under A3 conditions
A1/A3 online training and examination.
C2 drone operated closer to people under A2 conditions
A1/A3 certificate, practical self-training and the additional A2 examination.
C3 or C4 drone operated in A3
A1/A3 online training and examination.
Privately built or eligible older drone from 250 g to below 25 kg
A1/A3 online training and examination; Open- category operation is limited to A3.
2. Certificates across Europe
A valid A1/A3 or A2 certificate issued by one EASA Member State is recognised in all other EASA Member States. A French certificate can therefore be used in Germany or Belgium without repeating the examination. The pilot must still follow the geographical zones, airspace restrictions, insurance rules and national requirements of the country where the flight takes place.
Certificates are valid for five years. Training and examinations may be taken through the competent authority of an EASA Member State of the pilot's choice. Only official authority platforms or providers listed by a national authority should be used.
Website content reference | Verified 23 July 2026
3. A1/A3 and A2 procedures
A1/A3 certificate
Create a personal account on the official national platform.
Complete the online training.
Pass the online theoretical examination.
Download the certificate and keep a digital or printed copy available when flying.
Additional A2 qualification
Hold a valid A1/A3 certificate.
Complete practical self-training under A3 operating conditions.
Pass the additional A2 theoretical examination.
Submit the practical-training declaration required by the issuing authority.
allow a privately built or unclassified drone to operate under A2 rules.
Website content reference | Verified 23 July 2026
France
Who holds the certificate?
Only a natural person can obtain a pilot certificate through AlphaTango. A company may be the registered operator, while its employees, directors or contractors create personal accounts and obtain their own qualifications.
A1/A3
Create a personal AlphaTango account.
Open “Mes titres de télépilote”.
Access the free OPEN A1/A3 course and examination.
Pass the 30-question online examination. There is no time limit and attempts are unlimited.
Download the certificate from AlphaTango. It is valid for five years.
A2 (BAPD)
Hold a valid French OPEN A1/A3 certificate.
Complete practical self-training under A3 conditions.
Register for the OPEN A2 examination through AlphaTango.
Pass the 30-question examination within one hour with at least 75% correct answers.
Download the BAPD from AlphaTango. The examination fee is EUR 30.
A company can register as the drone operator, but pilot qualifications are personal. Every employee, director or contractor who acts as remote pilot must hold the qualification required for the intended flight. A certificate issued by one EASA Member State is recognised throughout the EASA system, but local airspace and geographical-zone rules still apply.
Content note: This document is a website-content reference, not individual legal advice. Fees, portals and examination arrangements may change. Official authority pages should be checked before publication and periodically thereafter.
Website content reference | Verified 23 July 2026
PILOT HUB GUIDE
Drone Safety and Pre-flight Preparation
DRONE SAFETY AND
PRE-FLIGHT PREPARATION
A practical preparation guide for recreational, photographic, cinematic, FPV and professional flights
Start at the right level Not every flight needs a detailed operation plan. Use the lightest preparation level that matches the flight objective, route, venue, equipment and team.
Before using this page
The legal framework, drone class, pilot qualification, operator registration, insurance and permitted flying area should already be established. This page focuses on practical preparation for the specific flight.
Choose the preparation level
Flight type
Preparation level
Simple recreational flight in a familiar open area
Level 1 - Basic pre-flight
Photography, short video or a defined training exercise
Level 2 - Objective-based preparation
Cinematic filming, FPV, inspection or an unfamiliar venue
Level 3 - Planned operation
Event, complex commercial production, complex route or several crew members
Level 4 - Detailed operation plan
Level 1 - Basic pre-flight
For an ordinary recreational flight without a complex route, payload or production objective, complete the following basic checks.
Area and venue
There is enough open space for the intended flight.
The take-off and landing point is clear and stable.
The drone can remain visible throughout the flight.
People, animals and vehicles do not create an immediate risk.
Trees, cables, buildings and other obstacles can be avoided.
A safe emergency landing area is available.
Drone Safety and Pre-flight Preparation
There are no obvious interference, access or recovery problems.
Weather on the day
Wind speed and gusts are within the drone limits and the pilot’s ability.
There is no rain, snow, fog or poor visibility that makes the flight unsafe.
Temperature is within the battery and aircraft operating range.
Sunlight and glare will not prevent the pilot from seeing the drone.
The weather is not expected to deteriorate during the planned flight.
Aircraft, systems and pilot
Frame, arms, propellers and motors are undamaged.
The battery is undamaged, charged and secured.
Antennas and payloads are attached correctly.
The controller is charged and the command link is stable.
GPS, home point and Return-to-Home settings are correct where used.
No unresolved warning is present.
The pilot is fit to fly and knows when to stop and land.
Level 2 - Objective-based preparation
Use this level when the flight must produce a defined result, such as a photograph, a short video or a training exercise. Complete all Level 1 checks, then define the objective and pack accordingly.
Define the objective
What must be photographed, filmed or completed?
What position or simple route is needed?
What altitude and distance are required?
Where will the drone take off and land?
How long should the flight take?
Which people, property or obstacles affect the objective?
Which equipment is required to complete the task?
Pack for the objective
Objective
Commonly required equipment
Photography or short video
Correct camera mode or lens; ND filters; clean, formatted SD card; spare SD card; sufficient storage; charged batteries; lens cloth; mounts and cables; spare propellers.
Training
Additional batteries; propeller guards where appropriate; spare propellers; cones or markers; instructor or observer equipment; basic tools.
Drone Safety and Pre-flight Preparation
Level 3 - Planned operation
Use this level when the route, venue, equipment or activity creates additional complexity. Typical examples include cinematic filming, FPV or racing, inspection work, operations close to structures and commercial photography.
Plan the objective and route
Purpose of the flight and required result.
Planned route or working area.
Take-off, landing and alternative landing points.
Maximum altitude, distance and expected duration.
Pilot, observer and crew positions.
People, vehicle and spectator controls.
Safe stand-off distances and areas that must not be crossed.
Abort route, recovery access and battery allocation.
Cinematic filming
For cinematic work, the shot list controls the flight path, venue requirements, camera setup, battery plan and equipment list.
For each shot, define
Why it matters
Subject, start and end position
Defines the exact route and where the drone must be placed.
Direction, altitude, speed and distance
Determines obstacle clearance, timing and battery use.
Camera angle, lens or field of view
Determines framing and the required equipment.
Pilot and observer position
Ensures the drone remains visible and the route can be monitored.
Abort direction and alternative landing area
Provides a safe response if the shot cannot be completed.
Cinematic equipment and spares
Camera, correct lens and required ND filters.
Frame rate, resolution, exposure, white balance and gimbal settings confirmed.
Clean and formatted SD cards, plus spare storage.
Enough charged batteries for planned shots and repeat takes.
Lens-cleaning equipment, mounts, cables and gimbal accessories.
Spare propellers, propeller hardware, battery straps and basic tools.
FPV or racing
Plan the course, gates, obstacles and emergency stop area.
Define pilot, observer and spectator positions.
Confirm recovery access and frequency or video-link management.
Drone Safety and Pre-flight Preparation
Pack goggles, antennas, controller, video receiver batteries, spare propellers, straps, tools and
replacement hardware.
Inspection
Define inspection points, stand-off distance and route around the structure.
Confirm obstacle clearance, pilot visibility and a safe return path.
Pack the inspection payload, mounts, lighting if required, high-capacity storage, spare cables and
batteries.
Venue confirmation
At the venue, confirm that the planned objective and route can actually be completed safely.
Take-off, landing and emergency landing areas are usable.
Obstacles along each route are identified.
People, vehicles and animals can be kept clear where required.
Pilot, observer, crew and spectator positions are practical.
Property boundaries, permissions and privacy considerations are addressed.
The drone can be recovered safely if the flight is interrupted.
Level 4 - Detailed operation plan
Use this level for events, larger commercial productions, complex routes or operations involving several team members. The plan should be written and shared with the people involved.
Document
Include
Flight plan
Objective, route, shot list or course, altitude, distance, timing and battery allocation.
People and roles
Operator, remote pilot, observers, crew, responsibilities and communication method.
Venue controls
Layout, take-off and landing zones, controlled areas, barriers and recovery access.
Operating limits
Weather limits, stop-flight criteria and conditions requiring cancellation.
Equipment plan
Aircraft, payloads, camera equipment, batteries, chargers, spares and tools.
Emergency plan
Abort route, alternative landing areas, loss-of-link action, incident contacts and recovery procedure.
Final aircraft check before take-off
Regardless of preparation level, complete a final physical and system check immediately before take- off.
Confirm that propellers are undamaged, correctly fitted and secure.
Drone Safety and Pre-flight Preparation
Check that motors turn freely and the frame has no cracks or loose parts.
Confirm that the battery is undamaged, sufficiently charged and secured.
Check antennas, camera, payloads and mounts.
Confirm that the controller and aircraft are connected and the correct flight mode is selected.
Check GPS, home point and Return-to-Home settings where used.
Confirm telemetry and video links are stable and no unresolved warning is present.
Lift into a short low hover and check stability, control response and abnormal vibration.
Stop immediately Land at once if the aircraft vibrates, drifts unexpectedly, reports a critical warning or does not respond normally.
During and after the flight
During the flight
Monitor the drone directly, nearby people and other aircraft.
Monitor battery level, wind changes, control-link quality and warnings.
Keep a safe return route available.
Stop the flight when the conditions no longer match the plan.
Land with a safe battery reserve.
After landing
Stop the motors and disconnect the battery.
Inspect the aircraft, propellers, motors and battery.
Check for heat, swelling, cracks, impact damage or loose parts.
Record defects and remove damaged components from service.
Secure recorded material and store batteries safely.
Useful official links
These links are useful as supporting references. They should complement, not replace, the aircraft manual and the national flight-zone map used for the operation.
EASA - Responsibilities of remote pilots in the Open category: https://www.easa.europa.eu/en/the-
Météo-France - Official weather forecasts and warnings: https://meteofrance.com/
Germany - Deutscher Wetterdienst: https://www.dwd.de/EN/Home/home_node.html
Belgium - Royal Meteorological Institute: https://app.meteo.be/
Drone Safety and Pre-flight Preparation
PILOT HUB GUIDE
Drone Insurance Guide
YTTERON SYSTEMS
Drone Insurance Guide
Website content for France, Germany and Belgium
Drone insurance is separate from operator registration and pilot certification. The registered operator is responsible for arranging suitable cover. The operator may be a private individual, a company, an association, a university or another organisation.
The policy must cover third-party liability arising from the actual drone, pilots, countries and type of use. Insurance for damage to the drone itself is optional and does not replace liability insurance.
Which insurance is required?
The main legal distinction is between drones below 20 kg and drones of 20 kg or more. EU Regulation (EC) No 785/2004 applies to aircraft of 20 kg or more. For lighter drones, national law determines whether liability insurance is compulsory.
Drone or use
France
Germany
Belgium
Below 250 g
No general dedicated-drone policy is imposed for ordinary Open-category use, but liability remains. Check whether private civil-liability insurance expressly covers drones.
Aviation third-party liability insurance is compulsory.
Third-party liability insurance is compulsory for Open- category operations.
250 g to below 20 kg
Check existing civil-liability cover. Dedicated drone liability is strongly advisable, especially for FPV, paid work or company use.
Aviation third-party liability insurance is compulsory.
Third-party liability insurance is compulsory for Open- category operations.
20 kg or more
Insurance complying with Regulation (EC) No 785/2004.
Insurance complying with Regulation (EC) No 785/2004.
Insurance complying with Regulation (EC) No 785/2004.
Commercial or company use
Professional drone or aviation liability matched to the activity.
Commercial aviation liability covering the legal operator, fleet and pilots.
Professional drone liability covering the registered operator and authorised pilots.
Specific category
Policy must match the declared or authorised operation and its risk profile.
Policy must expressly cover the authorised Specific- category operation.
Insurance under Regulation (EC) No 785/2004 is required for Specific-category operations.
France
For ordinary private Open-category flying below 20 kg, French official guidance does not impose a universal separate drone policy. The operator or remote pilot can nevertheless be liable for damage caused to people, property and other aircraft. The operator should therefore verify whether an existing responsabilité civile policy covers the intended drone activity or obtain a dedicated policy.
Use
Appropriate cover
Private drone below 250 g
Written confirmation that private civil-liability insurance covers drones, or dedicated recreational drone liability.
Private drone from 250 g to below 20 kg
Dedicated recreational drone liability, or explicit written cover under the household/private policy for the relevant weight and use.
FPV, racing or club use
Cover expressly including FPV, racing, competitions and club flying.
Paid photography, inspection or other work
Professional drone aviation liability.
Company-owned drones
Policy in the company/operator name covering employees, directors and authorised contractors.
Specific category
Professional policy matching the declaration or operating authorisation.
Germany
German aviation law treats drones as aircraft for liability purposes. The aircraft holder must maintain liability insurance for third-party damage. This applies to small private drones as well as larger and commercial drones. Ordinary personal-liability insurance is sufficient only when it expressly includes the required aviation liability for drones.
Use
Required cover
Private drone below 250 g
Aviation third-party liability covering drones.
Drone from 250 g to below 20 kg
Aviation third-party liability covering the relevant weight and operation.
FPV or racing
Aviation liability expressly permitting FPV, racing and competition use.
Commercial activity
Commercial UAS aviation liability.
Company fleet
Fleet or operator policy covering the legal entity, declared drones and authorised pilots.
Specific category
Policy expressly covering the authorised operation and operating area.
Belgium
Belgium requires an Open-category UAS operator to hold third-party liability insurance covering bodily injury and material damage to third parties. The insurance number and supporting evidence are requested during operator registration. For Specific-category operations, Belgian guidance requires insurance under Regulation (EC) No 785/2004.
Use
Required cover
Private Open-category drone below 250 g
Third-party drone liability.
Open-category drone from 250 g to below 20 kg
Third-party drone liability.
Professional or company use
Professional drone liability covering the registered operator and authorised pilots.
Specific category
Insurance compliant with Regulation (EC) No 785/2004.
Drone of 20 kg or more
Insurance compliant with Regulation (EC) No 785/2004.
What should the policy cover?
Bodily injury to third parties.
Damage to vehicles, buildings, equipment, crops and other third-party property.
The liability of the registered operator, including a company or organisation where applicable.
Every authorised remote pilot, including employees, directors, family members or contractors as
applicable.
The correct maximum take-off mass and drone type.
Private, commercial or mixed use as applicable.
Every country in which the drone will be flown.
Open or Specific-category operation as applicable.
FPV, racing, training, events and autonomous functions where relevant.
Legal defence and claims-handling costs.
Optional additional cover
Accidental damage to the drone.
Theft, loss or flyaway.
Water damage.
Camera, payload and other attached equipment.
Transport and storage.
Business interruption.
Privacy, cyber or professional-indemnity risks.
Before buying a policy
Confirm the policyholder is the actual operator.
Check whether the policy covers all remote pilots.
Check the territorial scope.
Confirm whether commercial work, FPV or racing is excluded.
Confirm the insured maximum take-off mass.
Check whether proof of insurance must be carried during flight.
Keep the policy number and certificate available for registration and inspections.
Legal notice This page provides general information, not personalised legal or insurance advice.
Requirements and policy terms can change. Operators should confirm current rules with the national aviation authority and obtain written confirmation of cover from their insurer or broker.
PILOT HUB GUIDE
Tiny Whoop Pilot Hub
Tiny Whoop Pilot Hub - Choose, Learn and
Progress
Choose the right Tiny Whoop platform, understand the Ytteron progression, then build skills before moving into repair or tuning work.
Website route
Revised
/pilot-hub/tiny-whoop
12 August 2026
ARTICLE ROLE Orientation and progression. This article helps the customer choose a platform, understand the 65/75/85 mm path, select a flying objective and know what to buy or learn next. Detailed build, repair and tuning procedures belong in the separate Tiny Whoop Build, Repair & Tune Guide.
ARTICLE CARD COPY Choose the right Tiny Whoop, understand the 65/75/85 mm progression, build your skills and know what to add next.
1. What Tiny Whoop is for
Tiny Whoop is the indoor and micro-FPV path inside Ytteron. The goal is not to present every micro quad on the market. The goal is to give a clear progression from a light 65 mm indoor platform to a calmer 75 mm setup and then to a more powerful 85 mm micro platform. Happymodel is the primary ecosystem. BETAFPV is used selectively where it gives a clearly different race or durability behaviour.
2. Choose the platform size
Size
Ytteron reference
Best for
Choose it when
65 mm
Happymodel Mobula6 2024 V3
Indoor control, fast direction changes, first serious whoop progression
You want the default Ytteron Tiny Whoop starting point.
75 mm
Happymodel Mobula7 1S
Calmer handling and longer useful flight time
Stability and endurance matter more than minimum
size.
85 mm
Happymodel Mobula8
Higher-power micro flying and digital-video configurations
You need more outdoor authority or payload capability.
65 mm alternative
BETAFPV Air65 II family
Specialist race response
You already fly confidently and want a deliberately faster, lighter race-oriented setup.
65/75 mm alternative
BETAFPV Meteor family
Durability-focused alternative
Repeated contact and protection matter more than minimum weight.
3. Choose by flying objective
Objective
Start here
What changes in the experience
Select
Mobula6 65 mm baseline
Balanced starting point for indoor practice and the widest Ytteron repair path.
Race
Mobula6 race-oriented setup or selected Air65 II variant
More response and acceleration, with higher current draw and pilot workload.
Smooth
Mobula6 lower-load setup or Mobula7 1S
Calmer low-throttle control and cleaner lines, with less snap response.
Endurance
Mobula7 1S
Longer useful flight time and efficiency, with slower direction changes.
Durability
Selected Meteor or protected Happymodel setup
More crash resilience, with extra mass.
Payload / digital video
Mobula8 or validated larger micro configuration
More power and carrying capability, with more heat and impact energy.
4. Complete setup before upgrades
Aircraft matched to the intended indoor or micro-FPV environment.
Compatible radio and receiver protocol.
Compatible goggles/video system.
Correct 1S or 2S batteries and connector family.
Suitable charger and safe charging routine.
At least one full propeller set and the most likely structural spare for the chosen platform.
5. Learn to fly before changing the aircraft
The first progression should come from pilot skill, not from changing hardware. A consistent aircraft makes it easier to understand what your inputs are doing.
Take-off, hover height control and controlled landing.
Slow circuits in both directions.
Figure-eights and gate alignment.
Braking and recovery after a missed line.
Repeated clean laps before increasing camera angle or response.
6. Training and software
Liftoff: Micro Drones for indoor micro-FPV practice.
FPV SkyDive as a free starting point for simulator sessions.
VelociDrone Micro Class for repeatable indoor tracks and precision practice.
Betaflight Configurator for safe configuration backup and setup.
ExpressLRS Configurator and EdgeTX Companion for compatible radio-link and transmitter setup.
7. What to buy or read next
Next need
Go here
You crashed or a part failed
Tiny Whoop > Repair & Maintain, then the Tiny Whoop Build, Repair & Tune Guide.
You want to build or rebuild
Tiny Whoop > Build and the Tiny Whoop Build, Repair & Tune Guide.
You want to change how it flies
Tiny Whoop > Tune, using Race, Smooth, Endurance, Durability or Payload as the objective.
You need more practice
Pilot Hub > Skills, Simulators & Training.
External technical references
Use the exact model/support page when checking firmware, replacement-part revision or configuration. Product versions can change.
A hands-on workshop guide for building, restoring and deliberately changing a Tiny Whoop after the platform has already been chosen.
Website route
Revised
/pilot-hub/tiny-whoop-build-repair-upgrade
12 August 2026
ARTICLE ROLE Technical execution. This article assumes the reader already knows which Tiny Whoop platform they are working on. It covers compatibility, assembly, repair diagnosis, maintenance and objective-led tuning. It does not repeat the platform-selection journey from the Pilot Hub article.
ARTICLE CARD COPY Build or rebuild a Tiny Whoop, diagnose faults, replace the right parts and tune one behaviour at a time.
1. Record the exact baseline before touching the aircraft
Record
Why it matters
Frame size and exact model/revision
Ducts, canopies, AIO mounting and motor patterns can differ between generations.
AIO / flight controller revision
Firmware target, receiver, gyro and connectors must match the actual board.
Motor size, KV and plug format
Same KV does not guarantee compatible mounting, shaft, wire length or connector.
Prop diameter, bore and blade count
Prop fit and load directly affect current, heat and handling.
Battery cell count and connector
Power compatibility and connector resistance matter under load.
Video system and camera
Voltage, mounting, antenna routing and regional VTX settings must be correct.
2. BNF, rebuild or custom build?
Path
Use it when
Rule
BNF / complete aircraft
You want the fastest route to a known working baseline.
Record the exact radio/video variant and connector before ordering spares.
Factory rebuild
You want the original behaviour back after repeated crashes.
Restore exact frame, motor KV, prop and AIO revision first.
Purpose-led custom build
The selected factory baseline cannot deliver the intended objective.
Define frame, AIO, motor, prop, connector, camera, battery and firmware as one configuration.
3. Build checklist
Confirm wheelbase, duct/prop clearance, motor mounting pattern, AIO mounting and battery
retention.
Save the factory CLI/dump or known-good configuration before flashing or changing major settings.
Fit four matched motors of the same model and KV unless this is a deliberate tune conversion.
Confirm prop diameter, shaft bore, rotation direction and frame clearance.
Match cell count, connector, battery dimensions, discharge capability and final mass.
Confirm camera voltage, VTX format, antenna routing and legal regional power settings.
Check motor direction, failsafe, receiver operation and video before fitting props for normal flight.
Record dry weight and ready-to-fly weight, then check motor temperature and voltage sag after the
first short flight.
4. Repair and maintain
Repair restores the known baseline. Do not turn a failed part into an unplanned performance conversion.
Move from first outdoor freestyle to full-size 5-inch flying through a simple 3-inch, 3.6-inch and 5-inch progression.
Website route
Revised
/pilot-hub/freestyle-fpv
12 August 2026
ARTICLE ROLE Orientation and progression. This article explains where to start, why the 3 -> 3.6 -> 5-inch path exists, how the AxisFlying and SpeedyBee ecosystems fit together, and what skills to develop before changing hardware. Detailed build, repair and tuning procedures across 3-inch, 3.6- inch and 5-inch platforms belong in the separate Freestyle FPV Build, Repair & Tune Guide.
ARTICLE CARD COPY Progress from a manageable 3-inch platform to full-size 5-inch freestyle with a clear skills and equipment path.
1. Freestyle is a progression
Ytteron starts the commercial Freestyle path at 3 inches. The purpose is to make progression understandable rather than to offer every frame size. AxisFlying provides the compact 3-inch and 3.6- inch progression environment. SpeedyBee remains the Ytteron 5-inch reference platform, with T-Motor propulsion and Gemfan propeller tuning around it.
2. Stage 1 - 3-inch first outdoor freestyle
AxisFlying MANTA 30 is the selected first outdoor freestyle reference. It gives the pilot a smaller, manageable platform while keeping frame, electronics, propulsion and replacement parts inside one recognisable ecosystem.
Use this stage to learn repeatable outdoor lines before chasing maximum speed.
Practise braking, bailout direction and recovery as deliberately as flips and rolls.
Keep one matched motor, prop sets and structural repair parts before increasing pilot aggression.
3. Stage 2 - 3.6-inch compact progression
AxisFlying MANTA 3.6 is the bridge between the first compact outdoor quad and a full-size 5-inch aircraft. It adds authority and momentum while keeping the same ecosystem logic.
Use it when the 3-inch platform feels limiting in wind, acceleration or line length.
Keep battery mass proportionate to the frame so the progression does not become a heavy mini-5-
inch.
Use the stage to learn longer lines, recovery from dives and cleaner throttle management.
4. Stage 3 - 5-inch full-size reference
The SpeedyBee Master 5 V2 is the Ytteron 5-inch reference platform. It is the point where the Freestyle path becomes a full-size build and repair environment. T-Motor is the premium propulsion reference and Gemfan provides the main propeller tuning path.
Move here when the pilot can already control momentum and recover safely from failed
manoeuvres.
Treat the first 5-inch build as a stable baseline, not as a collection of upgrades.
Use the separate Freestyle FPV Build, Repair & Tune Guide for assembly, repair diagnosis and
objective-led changes across 3-inch, 3.6-inch and 5-inch platforms.
5. Choose the flying objective
Objective
What the pilot is trying to achieve
Where it belongs
Speed & Response
Faster acceleration, braking and input response
Tune after the baseline is stable.
Agility
Quicker direction changes and lower rotational inertia
Tune after weight and centre of gravity are understood.
Smoothness & Stability
Cleaner flow and more predictable low-throttle control
Tune with moderate prop load and clean mechanical condition.
Endurance & Efficiency
More useful flight time and lower average current
Tune through prop load, battery choice and mass control.
Durability
More crash resilience and faster repair turnaround
Use model-specific structural spares and protection.
6. Skills before hardware changes
Consistent take-off, landing and basic circuits.
Controlled rolls, flips and Split-S manoeuvres.
Power-loop entry and recovery with safe altitude margins.
Line building, braking and controlled bailout direction.
Repeatable recovery from propwash and poor approach angles.
7. Software and training
Uncrashed for freestyle line building and large environments.
Liftoff FPV for all-round learning and virtual quad configuration.
TRYP FPV for visual environments and cinematic-style freestyle lines.
VelociDrone for precision and repeatable competition-style practice.
FPV SkyDive as a free simulator starting point.
Betaflight, ExpressLRS and EdgeTX tools for configuration after the pilot understands the baseline.
8. What to read next
Need
Go here
Build, repair and tune the full 3-inch, 3.6-inch and 5-inch Freestyle range
Freestyle FPV Build, Repair & Tune Guide.
Replace crash-damaged parts
Freestyle FPV > Repair & Maintain.
Change behaviour deliberately
Freestyle FPV > Tune using one objective at a time.
Improve flying skill
Pilot Hub > Skills, Simulators & Training.
External technical references
Use the exact model/support page when checking firmware, replacement-part revision or configuration. Product versions can change.
One technical workshop guide covering the Ytteron Freestyle progression from 3-inch to 3.6- inch and full-size 5-inch platforms.
Website route
/pilot-hub/freestyle-build-repair-tune
Revised
12 August 2026
ARTICLE ROLE Hands-on technical execution across the complete Freestyle range. The Pilot Hub article helps the pilot choose and progress. This guide assumes the platform size is known and covers build compatibility, assembly, diagnosis, maintenance, repair and objective-led tuning for 3- inch, 3.6-inch and 5-inch aircraft.
ARTICLE CARD COPY Build, repair and tune the complete Ytteron Freestyle path from compact 3- inch and 3.6-inch quads to full-size 5-inch platforms.
1. The three technical environments
Freestyle is not a single 5-inch build. The technical decisions change with propeller diameter, frame mass, battery size, motor loading and the amount of momentum the aircraft carries. Ytteron therefore treats the Freestyle range as three linked environments rather than one universal parts list.
Platform
Ytteron reference
Technical character
Primary use
3-inch
AxisFlying MANTA 30
Low mass, compact electronics, fast acceleration, smaller batteries
First outdoor freestyle, lower-noise practice, compact lines
3.6-inch
AxisFlying MANTA 3.6
More prop authority and momentum while remaining compact
Full-size repairable frame, larger stack, 6S power, widest tuning range
Full-size freestyle, specialist tuning, durability and high- energy flight
2. Record the baseline before changing anything
A repair restores a known configuration. A tune deliberately changes it. Before opening the aircraft, record enough information to know which of those jobs you are doing.
Record
Why it matters
Exact frame and revision
Arms, plates, stack mounting and camera cages can change between revisions.
Motor model, stator size and KV
Motor family and KV determine prop load, battery demand and tuning behaviour.
Propeller diameter, pitch, blade count and hub
A small prop change can materially change current draw and response.
Battery cell count, capacity and mass
Voltage and mass set the operating envelope.
FC/ESC and firmware target
Firmware, current capability and mounting need to match the real hardware.
Video system and receiver
Power, mounting, antenna routing and firmware must remain compatible.
Ready-to-fly weight
Weight is needed to compare changes fairly.
3. Build the 3-inch platform
The 3-inch build should stay genuinely compact. The most common mistake is to add a heavy battery, full-size components and unnecessary accessories until the aircraft loses the low-mass advantage that justifies this size.
Confirm the exact MANTA 30 frame revision, stack/AIO mounting, motor pattern and camera/video-
system support.
Use a compact flight-control solution sized for the frame. Keep wiring short without creating
tension on solder joints.
Fit four matched motors of the same model and KV. Check motor-screw length against the stator
before powering the aircraft.
Use the approved 3-inch propeller family and confirm blade clearance at full frame flex.
Choose the battery after the final video system and receiver are fitted. Keep capacity proportional to
the aircraft instead of chasing flight time with mass.
Secure the video antenna and receiver antenna so neither can enter the propeller arc during a
crash.
Save the configuration, verify motor direction and failsafe, then perform a short low-risk test before
aggressive flight.
4. Build the 3.6-inch progression platform
The 3.6-inch platform sits between compact freestyle and full-size 5-inch flight. The goal is more authority and usable momentum without turning the aircraft into a heavy mini-5-inch.
Confirm the exact MANTA 3.6 frame and its recommended compact stack/AIO mounting
arrangement.
Use motors and props sized for the 3.6-inch environment rather than borrowing a 5-inch motor
family without validation.
Check battery mass as part of the design. A battery that feels normal on a 5-inch aircraft can
dominate the handling of a 3.6-inch frame.
If adding a heavier digital video system or action camera, re-check centre of gravity, hover throttle
and motor temperature.
Keep replacement arms/frame sections, prop sets and one exact motor in the repair kit before using
the aircraft as a frequent practice platform.
5. Build the 5-inch reference platform
The SpeedyBee Master 5 V2 is the Ytteron full-size reference because it supports a serviceable frame and model-specific replacement environment. T-Motor is the premium propulsion reference and Gemfan is the main propeller tuning environment where the exact product is approved in the current portfolio.
Assemble the frame square and free of twist. Confirm every arm and plate matches the Master 5 V2
revision.
Install the flight stack with the correct grommets and do not crush soft mounts until they behave
like rigid spacers.
Fit four matched motors. A different motor family is a four-motor tune conversion, not a one-motor
repair.
Start with a moderate 5.0-5.1-inch tri-blade before moving to higher-load props.
Place the battery and camera so the centre of gravity remains close to the intended flight balance.
Route receiver and video antennas away from propellers, high-current wiring and carbon shielding
where practical.
Back up Betaflight, verify motor direction, failsafe and video settings, then conduct a short test
flight and check motor temperature.
6. Repair by symptom
Symptom
Likely checks
Repair logic
Motor will not start
Debris, connector, solder joint,
Try the exact known-good motor first. If
motor windings, ESC channel
the fault remains on the ESC channel, investigate electronics rather than buying another motor.
Aircraft spins out after a crash
Prop orientation, broken prop, motor direction, loose arm, motor damage
Restore the mechanical baseline before touching PID/filter settings.
New vibration or oscillation
Prop, bent shaft/bearing, cracked arm, loose stack, camera mount
Replace visible damage first. Tune only after the structure is mechanically sound.
Short flight time
Battery health, connector resistance, prop load, motor friction, added mass
Return to the known prop/battery baseline and compare temperature and voltage sag.
Video breakup after impact
Antenna, u.FL/MMCX connection, VTX power lead, camera cable
Repair the signal/power path. Do not use extra VTX power to mask a damaged antenna system.
Restore antenna geometry and verify radio configuration before changing receiver hardware.
7. Minimum repair stock by size
Size
Keep available
3-inch
Exact prop sets, one matched motor, frame/arm parts, straps, antenna mounting parts and the most failure-prone camera/stack hardware for the selected configuration.
3.6-inch
Exact props, one motor, replacement arm/frame parts, straps and camera/antenna mounting parts.
5-inch
Front/rear arms or relevant Master 5 V2 structural spares, motor, prop sets, straps, motor-wire protection, antenna mount and hardware set.
8. Tune by objective
Change one variable at a time and fly the same test pattern. Record battery, prop, motor temperature, ready-to-fly weight and the behaviour you are trying to improve.
Secure antenna/battery, stronger structural protection without excessive mass
Specialist durable 5-inch frame/arm approach, protected antennas and motor wires
Added mass
Payload / capability
Only after validating motor/ESC/temperature margin
Re-size prop/motor/battery around the real payload and centre of gravity
Heat, lower agility, longer stopping distance
9. After any repair or tune
Confirm prop orientation and frame clearance.
Check motor screws, arm screws, stack mounting and battery retention.
Verify receiver and video antennas cannot enter the propeller arc.
Verify failsafe, motor direction and video power/channel settings.
Make the first flight short and low-risk.
Check motors, ESC and battery temperature immediately after landing.
If one variable changed, compare it against the recorded baseline before changing another.
10. Related Ytteron paths
Need
Go to
Which size should I choose?
Freestyle FPV Pilot Hub - Choose & Progress
Simulator and skills training
Pilot Hub - Skills, Simulators & Training
Parts for the selected aircraft
Freestyle FPV collection filtered by platform and system area
Large 7-inch aircraft
Future Long Range category, not the current Freestyle technical path
External technical references
Use manufacturer pages to confirm current revisions, dimensions, firmware targets and replacement- part compatibility before publishing a product-specific instruction.
Start with the shot and payload, then choose the smallest GEPRC platform that can deliver it with control, recording time and repair margin.
Website route
/pilot-hub/cinematic-fpv
Revised
12 August 2026
ARTICLE ROLE Orientation and platform selection. This article explains the 3-inch, 3.5-inch, 5-inch and 6-inch cinematic progression and helps the pilot choose the correct aircraft class. It does not duplicate mechanical repair/tuning procedures or the detailed camera/shot-planning workflow.
ARTICLE CARD COPY Choose between 3-inch, 3.5-inch, 5-inch and 6-inch cinematic platforms based on shot, payload, protection and flight environment.
1. Start with the shot, not the specification
Cinematic FPV is a filming system, not a single drone type. The correct aircraft depends on the line you need to fly, the recording payload, wind, proximity to structures, usable recording time and how much recovery space the pilot has. Ytteron keeps the commercial path coherent by using GEPRC as the primary cinematic ecosystem.
Normal Cinematic ends here; heavier cinema payloads move into Custom UAV/cinelifter territory
3. Choose 3-inch when protection and access matter most
CineLog30 V3 is the Ytteron entry point for normal cinematic FPV. It suits controlled fly-throughs and close-proximity work where guarded propellers and a compact footprint matter more than maximum speed or payload.
Choose it for smaller spaces and repeatable close passes.
Keep the recording payload light enough that the aircraft retains recovery authority.
Use a moderate camera angle and practise the line before increasing speed.
Keep exact prop sets, frame/guard parts and one matched motor available.
4. Choose 3.5-inch for protected action-camera work
CineLog35 V3 is the step up when the pilot needs a full-size action camera, more outdoor authority or longer protected-prop lines. It remains a cinewhoop, so the value is still controlled proximity rather than maximum efficiency.
State the exact camera and mount in the build description.
Check centre of gravity with the camera fitted before changing software tuning.
Use this size when protection is still part of the shot requirement.
Move to 5-inch when open-prop efficiency and speed become more important than guarding.
5. Choose 5-inch for dynamic open-prop cinematic flight
Vapor-D5 moves the pilot into an open-prop deadcat cinematic platform. This is the normal Ytteron choice for faster chase work, vehicles, dynamic outdoor lines and situations where the forward recording camera benefits from propeller clearance.
Use the deadcat geometry as a functional camera-clearance decision, not a styling choice.
Balance action camera and battery as one mass system.
Expect more stopping distance and higher impact energy than a cinewhoop.
Carry structural spares, props, one motor, straps and camera-mount hardware for field work.
6. Choose 6-inch for longer, smoother large-format lines
Vapor-D6 is the top normal Cinematic tier. The larger propeller system and battery range are used for longer, smoother action-camera routes and stronger wind authority. It is not a disguised Long Range category.
Plan the route and landing reserve before choosing battery size.
Measure usable recording time with the real camera fitted.
Inspect larger props and motor bearings carefully because small damage creates more vibration
and load.
Keep recovery access, antenna/GPS mounting and battery retention inside the build specification.
7. Platform choice by filming problem
Filming problem
Start with
Reason
Indoor / controlled close-proximity fly- through
3-inch CineLog30
Compact footprint and guarded props
Protected outdoor action-camera line
3.5-inch CineLog35
More payload and authority while keeping prop protection
Vehicle chase / dynamic landscape line
5-inch Vapor-D5
Open-prop efficiency, speed and forward camera clearance
Longer smooth landscape route / stronger wind
6-inch Vapor-D6
More momentum and larger battery envelope
Mirrorless / cinema-camera payload
Custom UAV / specialist cinelifter
This exceeds the normal Cinematic retail path
8. What to read next
Need
Go to
Build, repair, vibration diagnosis or aircraft tuning
Cinematic FPV Build, Repair & Tune Guide
Camera, payload, ND filters, settings or
Cinematic Camera, Payload & Shot Planning Guide
shot planning
Software for stabilisation/editing
Skills, Simulators & Training and the Cinematic software links
Heavier research or custom payload integration
Custom UAV Platforms / R&D
External technical references
Use manufacturer pages to confirm current revisions, dimensions, firmware targets and replacement- part compatibility before publishing a product-specific instruction.
A mechanical and flight-system workshop guide for GEPRC-led 3-inch, 3.5-inch, 5-inch and 6- inch cinematic platforms.
Website route
/pilot-hub/cinematic-build-repair-tune
Revised
12 August 2026
ARTICLE ROLE Aircraft technical execution. This article covers frame, propulsion, electronics, power, assembly, vibration diagnosis, repair and flight-behaviour tuning. Camera exposure, ND filters and detailed shot planning belong in the separate Camera, Payload & Shot Planning Guide.
ARTICLE CARD COPY Build, repair and tune 3-inch, 3.5-inch, 5-inch and 6-inch cinematic FPV platforms without mixing camera workflow into mechanical troubleshooting.
1. Treat the aircraft as a filming platform
The technical baseline is the complete aircraft with its intended recording payload fitted. A cinematic quad that flies correctly without the camera but overheats, vibrates or becomes poorly balanced with the camera is not a finished build.
Platform
Technical priority
Typical failure sensitivity
3-inch CineLog30
Keep mass low and protection intact
Duct/frame cracks, prop damage, motor load, compact wiring
3.5-inch CineLog35
Balance full-size action-camera payload with protected props
Guard damage, camera damping, motor temperature, centre of gravity
5-inch Vapor-D5
Open-prop efficiency and clean camera view
Arm/prop damage, motor bearings, action-camera mount, antenna protection
6-inch Vapor-D6
Longer smooth lines and higher momentum
Large prop damage, motor/bearing vibration, battery retention, heat under load
2. Record the exact build baseline
Record
Why it matters
Frame/revision and geometry
Deadcat, cinewhoop guard structure and plate revision affect fit and camera view.
Motor model/KV
Prop load and battery voltage must match the actual propulsion system.
Propeller size/blade count
Cinematic vibration and current can change dramatically with prop choice.
FC/ESC and mounting
Soft mounting, current capability and firmware target affect reliability and vibration.
Battery voltage/capacity/mass
The battery is a major part of centre of gravity and flight character.
Video system and receiver
Mounting, heat and antenna routing must be validated in the final frame.
Recording camera and mount mass
This is part of the flight configuration, not an accessory note.
Ready-to-fly weight
Needed for honest comparison of endurance, hover throttle and tune changes.
3. Build rules common to all four sizes
Assemble the frame without twist and inspect every guarded section, arm and mounting point for
stress before electronics are fitted.
Use the correct flight-controller/ESC mounting hardware and preserve the intended soft-mount
behaviour.
Fit four matched motors and verify screw length before power is applied.
Confirm propeller clearance, rotation direction and the camera field of view with the real frame
geometry.
Fit the recording-camera mount before final battery-position decisions.
Route receiver/video antennas and GPS where used so they are secure, serviceable and clear of
propellers.
Back up configuration, verify failsafe and motor direction, then test with the real recording
payload.
4. Size-specific build priorities
Size
Priority
Do not do
3-inch
Minimise unnecessary mass; keep ducts/guards straight; use compact electronics and battery
Do not add a battery or camera whose mass removes the platform advantage.
3.5-inch
Validate action-camera damping and centre of gravity; monitor motor temperature with payload
Do not tune around a cracked guard or poor camera mount.
5-inch
Keep deadcat geometry square, protect motor wires and antennas, balance camera/battery mass
Do not use propeller clearance or camera view assumptions from a true-X freestyle frame.
6-inch
Secure large battery, inspect prop/motor bearings closely, confirm landing reserve and thermal margin
Do not chase endurance with battery mass until recovery authority is poor.
5. Repair by symptom
Symptom
First checks
Repair path
Jello or fine vibration in footage
Prop, motor bell/bearing, cracked guard/arm, camera dampers, stack mounting
Repair mechanical source before changing filters or stabilisation settings.
Aircraft drifts or feels unbalanced with camera
Camera position, battery position, damaged frame, motor mismatch
Measure usable recording time with real payload and landing reserve
Lower punch/braki ng
Stability
Correct centre of gravity, balanced propulsion, structurally sound frame
Moderate rates and clean tune; validate in wind relevant to use case
Can feel less agile
Payload / capability
Move to larger platform when required; size motor/prop/battery around real payload
Check hover throttle, motor/ESC temperature, recovery authority and flight reserve
More mass and impact energy
8. Vibration diagnosis sequence
Fit a known-good balanced propeller set.
Inspect every motor bell and bearing for radial/axial play or roughness.
Inspect guards, arms, camera cage and plate joints for cracks or looseness.
Check flight-controller soft mounts for compression or contact with rigid parts.
Inspect camera dampers and mount preload.
Test with the same camera, battery and route. If vibration remains, use logs/blackbox where
available before changing filters blindly.
9. Post-repair flight check
Props undamaged and correctly oriented.
Camera mount secure without over-compressed damping.
Battery retention secure and centre of gravity checked.
Motor direction, failsafe and video settings verified.
First flight short and low-risk with the real recording payload.
Motor, ESC and battery temperature checked immediately after landing.
Test clip reviewed for vibration before a customer/mission flight.
10. Related Ytteron paths
Need
Go to
Which platform size?
Cinematic FPV Pilot Hub - Choose Your Platform
Camera settings, ND filters or shot design
Cinematic Camera, Payload & Shot Planning Guide
Editing/stabilisation software
Cinematic software links: Gyroflow, DaVinci Resolve and other approved tools
Cinema-camera or unusual payload
Custom UAV Platforms / specialist project route
External technical references
Use manufacturer pages to confirm current revisions, dimensions, firmware targets and replacement- part compatibility before publishing a product-specific instruction.
Choose the recording payload, configure it for motion, and plan repeatable FPV lines before take-off.
Website route
/pilot-hub/cinematic-camera-payload-shot-planning
Revised
12 August 2026
ARTICLE ROLE Camera and filming workflow. This article covers payload choice, camera mounting, exposure/ND concepts, stabilisation, line design, shot types, rehearsal and footage review. Mechanical aircraft repair belongs in the Cinematic Build, Repair & Tune Guide.
ARTICLE CARD COPY Plan the camera, payload and flight line together: mounting, ND filters, exposure, stabilisation, chase/reveal/orbit shots and pre-flight rehearsal.
1. The camera is part of the aircraft
Cinematic FPV begins with the image you need to capture. Camera mass, mounting position, stabilisation workflow and the intended shot all affect which aircraft can carry the system safely and how it should be flown. Do not choose the drone first and treat the camera as an afterthought.
2. Choose the recording payload
Payload type
Use it for
Advantages
Constraints
Integrated digital FPV recording
Lightweight practice, scouting, lower-risk lines
Low mass and simple workflow
Usually lower image quality/dynamic range than dedicated action camera
Compact action camera
3-inch/3.5-inch protected work where mass matters
Good image quality at lower payload
Smaller controls/battery and model-specific workflow
Full-size action camera
3.5-inch, 5-inch and 6- inch mainstream cinematic work
Best-established stabilisation, ND and mounting ecosystem
Higher mass and larger impact on centre of
gravity/endurance
360 camera
Special reframing and invisible-stick-style creative movement
Reframe after flight
Aerodynamic drag, lens protection and extra post-production
Mirrorless/cinema camera
Specialist cinema payloads
Higher-end image system
Outside normal Ytteron Cinematic retail path; use Custom UAV/cinelifter route
3. Match payload to platform
Platform
Payload principle
3-inch CineLog30
Keep the recording setup compact and light. Use the platform for access/proximity rather than trying to force full-size payload performance.
3.5-inch CineLog35
Natural protected-prop step for a full-size action camera when weight and motor/ESC margin are validated.
5-inch Vapor-D5
Normal open-prop full-size action-camera platform for faster outdoor chase and landscape work.
6-inch Vapor-D6
Use for longer smooth action-camera routes and larger battery envelope, not automatically for heavier cinema cameras.
4. Mounting and centre of gravity
Mount the camera so it cannot move under acceleration or a minor impact.
Do not over-compress vibration dampers. Damping must be secure but able to isolate high-
frequency vibration.
Balance camera and battery together. Moving one may be better than changing flight-controller
tuning.
Check that straps, buckles and camera hardware cannot reach propellers.
Record the camera/mount mass so future changes can be compared honestly.
After any mount change, review a short test clip before committing to a difficult line.
5. Exposure for motion
The objective is consistent motion rendering, not a single universal number. Frame rate, shutter time, ISO behaviour, camera profile and available light need to work together. In changing light, preserving a predictable shutter and avoiding clipped highlights may matter more than copying a fixed recipe.
Control
What it changes
Cinematic use
Frame rate
Temporal resolution and slow- motion flexibility
Choose based on delivery format and whether slow motion is actually needed.
Shutter time
Motion blur
Use a repeatable shutter strategy that gives natural motion without turning the image into a smear during fast passes.
ISO
Sensor amplification/noise
Keep within a range that preserves highlight and shadow quality for the camera used.
White balance
Colour consistency
Lock or deliberately control it when a shot passes through mixed environments.
Picture/profile mode
Dynamic range and grading workflow
Choose a profile that matches the intended post-production process.
6. ND filter selection
ND filters are a shutter-control tool. The correct strength depends on the camera, frame rate, intended shutter, aperture behaviour and available light. Do not select ND by a fixed weather label alone.
Set the recording format and frame rate.
Choose the desired motion-rendering/shutter strategy.
Set or constrain ISO and camera profile as required.
Select the lightest ND filter that lets the camera hold the intended exposure without forcing
undesirable ISO or shutter behaviour.
Re-check exposure when the line moves between shade, open sky and reflective surfaces.
7. Camera angle
Camera angle is both a composition tool and a speed commitment. A steeper angle encourages faster forward flight to keep the horizon where expected. For close cinematic work, a moderate angle usually gives more room to control speed and framing.
Need
Camera-angle direction
Slow indoor / close proximity
Lower/moderate angle for controlled speed and framing
General outdoor cinematic
Moderate angle that supports the planned line without forcing speed
Fast chase / long dynamic line
Higher angle only when the pilot and route can support the required forward speed
8. Plan the line before take-off
Define the subject and the visual purpose of the shot.
Mark the start point, reveal point, closest approach and exit direction.
Identify obstacles, wires, branches, reflective surfaces, people, traffic and areas where recovery is
impossible.
Choose the aircraft and camera setup that leaves adequate control margin.
Walk the route where practical and identify a bailout direction at each high-risk point.
Rehearse at lower speed or without the final close pass.
Set a landing reserve before take-off and do not spend it trying to rescue one more take.
9. Core cinematic shot types
Shot
Flight idea
Planning focus
Reveal
Start with subject hidden, then move to expose it
Reveal point, horizon control, obstacle clearance after reveal
Chase / follow
Match subject direction and speed
Closing speed, side escape, subject path unpredictability
Use vertical movement to expose subject/environment
Recovery altitude, speed build-up, exit line and subject placement
10. Rehearsal and safety margin
A repeatable line is more valuable than a technically dramatic line that only works once. Increase speed, proximity or camera angle only after the previous version can be repeated consistently.
First pass: route and obstacle check.
Second pass: framing and speed check.
Third pass: final shot attempt if battery and conditions still support it.
Stop when the route changes, people enter the line, wind becomes unsuitable or battery reserve is
no longer adequate.
11. Stabilisation workflow
Stabilisation should refine a mechanically clean recording, not rescue a vibrating aircraft. Gyroflow is the primary free/open stabilisation reference in the existing Ytteron software research for action- camera workflows.
Record with the camera settings required by the chosen stabilisation workflow.
Confirm lens/profile metadata or the correct lens profile where the software requires it.
Review raw footage for mechanical vibration before stabilising.
Apply stabilisation conservatively enough to preserve framing and avoid excessive crop.
Compare the stabilised result with the intended shot rather than judging smoothness alone.
12. Post-flight review
Review
Question
Line
Did the aircraft follow the intended path, or did the pilot correct continuously?
Framing
Was the subject placed consistently through the movement?
Motion
Does the shutter/motion blur support the speed of the shot?
Vibration
Is there jello, bounce or mount resonance that needs mechanical correction?
Exposure
Were highlights/shadows controlled throughout the route?
Stabilisation
Did the software improve the image without excessive crop or warping?
Repeatability
Could the same shot be flown again safely?
13. Software and external tools
Tool
Use in this workflow
Route
Gyroflow
Gyro-based stabilisation for supported
Official/free resource
camera footage
GoPro Player / Quik
GoPro file handling and selected reframing/metadata workflows
Official tool
Insta360 Studio
360-camera processing and reframing
Official tool
DaVinci Resolve
Primary Ytteron editing/colour reference
Official software
Adobe Premiere Pro
Professional editing workflow
External commercial tool
Final Cut Pro
Mac-focused editing workflow
External commercial tool
Envato / Artlist / Motion Array / Epidemic Sound
Licensed music, templates and creator assets where appropriate
Affiliate/partner layer when approved
14. Related Ytteron paths
Need
Go to
Which cinematic aircraft size?
Cinematic FPV Pilot Hub - Choose Your Platform
Aircraft build, repair, vibration diagnosis or flight tuning
Cinematic FPV Build, Repair & Tune Guide
Software links
Pilot Hub software strip / Cinematic software links
Cinema-camera or custom sensor payload
Custom UAV Platforms / R&D
External technical references
Use manufacturer pages to confirm current revisions, dimensions, firmware targets and replacement- part compatibility before publishing a product-specific instruction.
Detailed website content and verified resource directory
France • Germany • Belgium
A practical launch section for pilots who want to find a hall or flying site, join a club, receive training, practise with a structured plan, and enter local, regional or national competitions.
Scope This report prepares customer-facing copy and a curated first directory. It separates permanent facilities from scheduled hall sessions, recreational FPV instruction from professional remote-pilot training, and official federation information from community resources.
Prepared for Ytteron Systems | July 2026
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE
1. Purpose and website structure
Fly, Meet & Participate should be a practical participation hub rather than a general editorial page. A visitor should be able to move from a question such as “Where can I train indoors?” to a verified club, session, school or competition page with clear access conditions.
Customer promise Find a place to fly. Meet other pilots. Improve your skills. Take part in events and competitions across France, Germany and Belgium.
Recommended navigation
Page
Primary user need
Launch content
Places to Fly
Where can I fly safely and legitimately?
National map and authority links, club fields, recurring indoor sessions
Indoor Halls & Tracks
Can I practise during winter or in controlled conditions?
Scheduled Tiny Whoop and sub-250 g sessions, permanent and temporary tracks
Recreational FPV coaching separated from professional UAS training
Events & Competitions
What is happening near me?
Local practices, regional races, national F9U and international calendars
Practice Exercises
How do I improve between events?
Tiny Whoop, racing, freestyle and cinematic progression plans
Blogs & Resources
Which sources are worth following?
Official, community and technical resources
Submit a Listing
How can organisers add or correct information?
Moderated submission form with last-verified date
Content rules
Every listing shows a “last verified” date and links to the organiser rather than copying changing
schedules.
“Indoor hall” means either a permanent venue or a specifically scheduled session. Ordinary sports
halls must never be presented as continuously open drone facilities.
Recreational FPV instruction, federation club training and professional UAS qualifications use
separate labels.
All three launch countries receive equal navigation and comparable coverage.
Belgian listings include language labels: French, Dutch, German and English where available.
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE
2. Customer-facing landing page copy
Hero
FLY, MEET & PARTICIPATE
Find somewhere to fly, meet other pilots, improve your skills and take part in drone activities across France, Germany and Belgium.
Discover FPV clubs, indoor practice sessions, outdoor flying sites, training schools, workshops, local meets and competitions. Start with a supervised beginner session or use the calendar to prepare for your next race.
Entry card
Card copy
Call to action
Find a place to fly
Search club fields, indoor sessions, tracks and training locations by country, region and flying discipline.
Find a location
Clubs & communities
Meet pilots who can help with setup, repairs, practice and first-event preparation.
Find a club
Training & schools
Choose between recreational FPV coaching, club instruction and professional UAS training.
Explore training
Events & competitions
Find practice evenings, workshops, race meetings and national competition calendars.
View events
Practice plans
Use structured exercises for Tiny Whoop, racing, freestyle and cinematic flying.
Start practising
Blogs & resources
Follow official federations, event organisers and trusted technical sources.
Browse resources
Recommended homepage note Schedules and access rules change. Always confirm the session with the organiser before travelling, especially when a sports hall or municipal venue is involved.
3. France
France should be organised around the FFAM club and discipline infrastructure, supplemented by specialist FPV associations, recurring indoor groups and official state training information.
Official federation event reports and announcements; use discipline filters where available
Calendar source
Training and schools
SKYVIOO Paris ↗ - Professional training centre with a large indoor flight area; includes FPV exercises
SKYVIOO Toulouse ↗ - Outdoor training centre announced for the Toulouse area
TELEPILOTE ↗ - Professional remote-pilot training; verify current course and site details
Classification note Professional telepilot schools should not be mixed with recreational race coaching. On the website, label these entries “Professional UAS training” and link first to the official French qualification guidance.
France page copy
Find FPV clubs, indoor Tiny Whoop sessions, outdoor practice sites and drone-racing events across France. Start with the FFAM club network, then filter for clubs that actively support Drone Racing,
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE Drone Sport, Drone Soccer or indoor multirotor flying. Confirm access directly with the organiser before visiting a municipal hall or temporary race venue.
4. Germany
Germany needs two national organisational routes, DMFV and DAeC, plus specialist FPV clubs and community event sources. Indoor activity is often seasonal and club-booked rather than a permanent walk-in service.
Event and meeting announcements; community source rather than federation calendar
Community calendar
Germany page copy
Find FPV clubs, seasonal indoor sessions, Tiny Whoop groups and racing events across Germany. Use the DMFV and DAeC as official starting points, then check specialist club pages for current training days, guest-pilot rules and winter hall schedules. Many indoor sessions are available only on announced dates.
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE
Verification priority Before launch, contact each featured German club to confirm whether visitors may attend, whether insurance or association membership is required, and whether the indoor session is active for the 2026/27 winter season.
5. Belgium
Belgium has a particularly useful national F9U competition structure. The directory should combine the Belgian Aeromodelling League calendar with French- and Dutch-speaking FPV community sources and clubs offering indoor winter activity.
Professional OPEN and SPECIFIC courses, including A2 and photogrammetry
Professional training
Belgium page copy
Find drone-racing clubs, indoor winter sessions, local practice opportunities and the Belgian F9U championship calendar. Listings show the working language wherever possible, because club communication may be in French, Dutch, German or English. Confirm visitor access and federation requirements directly with the organiser.
6. Events and competition content
Event landing page copy
Find local practice sessions, club workshops, regional races and national competitions across France, Germany and Belgium. Filter by country, distance, experience level, indoor or outdoor venue, aircraft class and registration status.
Event type
Description
Typical preparation
Open practice
Non-competitive session for track practice, setup checks and meeting local pilots.
Working aircraft, charged batteries, safety equipment, organiser confirmation
Beginner introduction
Supervised first FPV session, often with equipment supplied.
Booking, age requirements, comfortable corrective lenses where relevant
Tiny Whoop race
Indoor competition for small ducted aircraft.
Several batteries, spare props, correct VTX setup, event class compliance
Regional F9U round
Formal racing under national or federation rules.
Licence or membership, registration, compliant VTX, pit mode and race procedure
National championship
Qualification or selected-entry competition.
Prior race experience, official rules, technical inspection and travel planning
Drone Soccer
Team competition with protected drone balls in an indoor arena.
Club or team registration, organiser- supplied format and safety rules
Workshop or build day
Soldering, Betaflight, ELRS, maintenance or tuning session.
Bring the requested tools, parts and laptop where specified
FFAM news ↗ - French federation announcements and event reports
7. Practice and training content
The practice library gives value even where no local hall is available. Each plan should state the space required, recommended aircraft size, safety setup and measurable objective.
Tiny Whoop: first four sessions
Session
Exercises
Completion standard
1. Orientation
Arm/disarm, controlled take-off, hover, landing in a marked square, left/right yaw.
Five controlled landings without touching walls or people
2. Circuits
Wide oval, clockwise and anticlockwise laps, figure eight, height control.
Five clean circuits at consistent height
3. Gates
Single large gate, two-gate oval, three-gate slalom, high-low transition.
Reduce lap-time variation before chasing fastest lap
Freestyle progression
Controlled roll and flip at safe height
Split-S with planned exit line
Power loop around a large isolated feature
Orbit in both directions
Two-manoeuvre line with a safe bailout route
Video review focused on throttle smoothness and recovery margin
Cinematic progression
Constant-speed pass
Smooth reveal from behind a foreground object
Orbit around a fixed subject
Rise and tilt while preserving subject framing
Terrain-following line with a planned abort route
Repeat the same path three times with similar timing
Safety boundary The exercise library should not recommend flying in public spaces without checking local restrictions, landowner permission and applicable operating rules. Link every country page to the national aviation authority route provided by EASA.
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE
8. Blogs and technical resources
Resources should be labelled by source type so customers understand whether they are reading official rules, federation information, community announcements or independent technical guidance.
Permanent site, recurring hall session, event-only venue, training centre or club field
Disciplines
Yes
Tiny Whoop, Racing, Freestyle, Cinematic, Drone Soccer, Custom UAV or general model flying
Access
Yes
Public, guest by arrangement, members only or course booking
Languages
Belgium: yes
Use explicit French, Dutch, German or English labels
Cost
When published
Do not infer fees; link to organiser
Schedule
When published
Show recurrence only when
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE
Field
Required?
Editorial rule
confirmed; otherwise link to current calendar
Equipment supplied
When relevant
Especially important for beginner training
Official link
Yes
Prefer club, federation or authority page over social reposts
Last verified
Yes
Display month and year
Status
Yes
Verified, needs reconfirmation, seasonal, event-only or archived
Launch verification workflow
Import the curated seed entries from this report.
Email or message every featured club and hall before publication.
Ask five questions: Is the activity active? Can visitors attend? Is booking required? Which drone
classes are accepted? Which language is used?
Publish only confirmed recurring schedules. Keep unconfirmed organisations as resource links
rather than location listings.
Recheck event calendars monthly and permanent club information every six months.
Allow organisers to submit corrections through a moderated form.
Recommended launch depth
Content type
France
Germany
Belgium
Total
Verified clubs / groups
15-20
15-20
12-15
42-55
Indoor sessions / halls
5-8
5-8
5-8
15-24
Training providers
5-8
5-8
5-7
15-23
Competition and event sources
4-6
4-6
4-6
12-18
Original practice guides
Shared
Shared
Shared
12-20 guides
10. Publication-ready section summary
Main heading Fly, Meet & Participate
Find somewhere to fly, meet other pilots, improve your skills and take part in drone activities across France, Germany and Belgium.
France | Germany | Belgium • Research verified 24 July 2026
YTTERON SYSTEMS / PILOT / FLY, MEET & PARTICIPATE Search FPV clubs, indoor practice sessions, outdoor flying sites, training schools, workshops and competitions. Listings explain whether beginners are welcome, whether equipment is supplied, which drone classes are accepted and how to contact the organiser.
Primary calls to action
Find a place to fly
Find a club
Explore training
View events and competitions
Start a practice plan
Submit a club or event
Editorial note for customers
Club sessions, sports-hall bookings and competition dates can change. Confirm current access and registration requirements with the organiser before travelling. For operating rules, registration and pilot certificates, use the official national authority links provided on each country page.
Research status
The links in this report were reviewed on 24 July 2026. The report is a researched launch seed, not a claim that every club or session has been personally contacted. Listings marked for verification should be confirmed before they are presented as current recurring activities.
France | Germany | Belgium • Research verified 24 July 2026
PILOT HUB GUIDE
Skills, Simulators & Training
2. Tiny Whoop
Customer objective Learn indoors, develop basic FPV control, practise safely and maintain a compact aircraft with inexpensive replacement parts.
Software and simulators
Product
Application
Placement
Commercial route
Liftoff: Micro Drones
Indoor micro-drone simulation, racing and micro-FPV practice.
Tiny Whoop > Learn to Fly
Direct partnership or bundled keys; no simple public affiliate identified.
FPV SkyDive
Free starting point for FPV simulator practice.
Tiny Whoop > Start Free
Monetise compatible ORQA controller and later hardware.
VelociDrone Micro Class
Repeatable indoor tracks and precision practice.
Tiny Whoop > Train and Compete
Request vouchers, bulk licences or referral terms.
Betaflight Configurator
Rates, modes, receiver setup and firmware configuration.
Tiny Whoop > Tune
Free tool linked to flight controllers, receivers and setup guides.
ExpressLRS Configurator
Radio-link firmware and device configuration.
Tiny Whoop > Build / Setup
Free tool supporting ELRS radios and receivers.
EdgeTX Companion
Transmitter profiles, model backups and switch setup.
Practice gates, battery checker, carry case, simulator
Race gates, tune profiles, motors, frame and canopy variants
Ytteron Systems | Software, Simulators and Digital Products | 3
3. Freestyle FPV
Customer objective Use simulation to build muscle memory, then transfer those skills to a durable real quad with the correct repair and tuning environment.
Simulator portfolio
Simulator
Best use
Placement
Affiliate / partner route
Uncrashed
Primary freestyle recommendation; large environments, trick practice and visual line building.
Freestyle FPV > Simulator Training
Affiliate through a vetted game-key seller where a normal key is available; direct developer approach later.
Liftoff FPV
All-round learning, tutorials, racing, freestyle and virtual quad configuration.
Freestyle FPV > Simulator Training
Direct LuGus Studios partnership or bundled keys.
TRYP FPV
Large visual environments, cinematic-style lines and freestyle challenges.
Freestyle FPV > Simulator Training
Direct creator or commercial partnership.
VelociDrone
Precision, repetition, timing and competition preparation.
Freestyle FPV > Skills and Training
Request tracked vouchers or bulk licences.
FPV SkyDive
Free entry point for first simulator sessions.
Freestyle FPV > Start Free
ORQA hardware and education partnership.
DRL Simulator
Racing fundamentals and structured practice.
Pilot > Competition Training
Secondary recommendation; direct or key-retailer route if suitable.
Configuration and analysis tools
Tool
Use
Section
Betaflight Configurator
Rates, modes, filters, PID settings and receiver setup.
Freestyle FPV > Tune
Blackbox Explorer
Analyse flight logs, vibration and tuning behaviour.
Freestyle FPV > Tune
ExpressLRS Configurator
Configure receiver and transmitter firmware.
Freestyle FPV > Build
EdgeTX Companion
Create, back up and manage radio models.
Freestyle FPV > Build
ESC Configurator / BLHeli tools
ESC setup, motor direction and firmware.
Freestyle FPV > Build and Repair
Ytteron Systems | Software, Simulators and Digital Products | 4
Tool
Use
Section
Gyroflow
Stabilise action-camera footage after a freestyle flight.
Freestyle FPV > Record Your Flight
Skills and customer path
30-day simulator programme
Rolls, flips, Split-S, power loops, orbits and dives
Line building and safe recovery
Matching real and simulated rates
Betaflight rate profiles and Blackbox diagnosis
Motor, arm, ESC and antenna replacement
Commercial funnel Simulator -> radio -> first durable quad -> batteries -> charger -> repair kit -> replacement parts -> tuning components.
Ytteron Systems | Software, Simulators and Digital Products | 5
7. Pilot and cross-category skills
Pilot resources
Resource
Purpose
Placement
Choose an FPV simulator
Match the simulator to freestyle, racing, Tiny Whoop or free entry.
Pilot > Learn to Fly
Connect a radio to a simulator
USB setup, calibration and troubleshooting.
Pilot > Radio Setup
Configure EdgeTX
Models, switches, failsafe and backups.
Pilot > Radio Setup
Configure ExpressLRS
Binding, firmware and update workflows.
Pilot > Radio Setup
Understand Betaflight
Modes, rates, receiver setup and safe configuration.
Pilot > Setup Skills
Prepare for competition
Track practice, race formats and equipment checks.
Pilot > Train and Compete
Review flight footage
Simple process for learning from recordings.
Pilot > Improve
Plan legal flights
Official airspace and regulatory resources by country.
Pilot > Fly Legally
Cross-category digital products to consider later
Digital product
Where relevant
Value
Simulator training plan
Tiny Whoop, Freestyle, Pilot
Reduces uncertainty and connects simulator practice to the first real drone.
Betaflight setup checklist
Tiny Whoop, Freestyle, Cinematic
Reduces support requests and setup mistakes.
Radio and ELRS setup guide
Tiny Whoop, Freestyle, Cinematic, Pilot
Supports transmitter and receiver sales.
Cinematic workflow guide
Cinematic FPV
Explains capture, stabilisation, editing and publishing.
PX4 project checklist
Custom UAV, R&D
Supports development kits and university projects.
BOM and compatibility sheets
All build categories
Turns a complex project into a complete purchase list.
University project companion
R&D
Translates an official project into a reproducible hobby or teaching build.
Ytteron Systems | Software, Simulators and Digital Products | 12
Flight notes from Ytteron
New components, build guidance, platform updates and selected product releases.
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