AEROCRAFT FLIGHT LAB 3D
Feel the flight. Explore the physics.
Take a representative model into a 3D flying field. Change the wind, find a thermal and follow every metre of the flight.
Flight physics
Explore lift, drag and how a model behaves in the air.
Dynamic weather
Adjust wind, thermals and conditions during flight.
Multiple aircraft
Choose F1A, F1H, an RC glider or an electric model.
No installation
Fly in your browser on a computer or phone.
Choose your direction
Aeromodelling splits into three main disciplines. Each has its own model classes, competitions and community.
Free flight models
FAI F1 classes, the heart of Polish sport aeromodelling
Models that fly without in-flight control. Competition classes F1A, F1B, F1C, F1Q and training classes F1H, F1A/M, P-30 and S6A.
Radio controlled models
Gliders, electric aircraft, internal combustion and scale models
Radio controlled models, from quiet thermal gliders to dynamic aerobatic aircraft and faithful scale replicas of historic designs.
Drones and FPV
Secondary section, requires knowledge of EASA regulations
Recreational drones, FPV models with goggles and racing quadcopters. Operation requires operator registration and compliance with regulations.
Popular model classes
Not sure where to start?
Recommended model classes and guides for those just starting their aeromodelling journey.
F1A/M
Jaskolka type models, school class
F1G
Small rubber-powered models
P-30
Popular rubber class with design restrictions
Upcoming competitions
Latest content
Latest guides
All →
Knowledge base
All terms →Interactive tools for aeromodellers
Lightweight educational calculators and visualisations for the workshop and the field. No login, no tracking, everything runs in your browser. Start with center of gravity and wing loading.
Center of Gravity Visualizer
Enter components, masses and positions to get the CG in mm and as % MAC, with a clear visual.
- CG in mm and as % MAC
- Recommended balance range
- Export your result as PNG
Model Behaviour Diagnostic
Pick symptoms (dives, stalls, spirals…) and get a list of likely causes and a checklist.
- Pick symptoms from a clear list
- Get likely causes ranked by probability
- Step-by-step pre-flight checklist
Educational estimates, ready for the workshop.
Wing Loading Calculator
Compute wing loading in g/dm² (and oz/ft²) with a plain-language interpretation.
→RC Electric Flight Time
Estimate realistic flight time including a safety reserve and pack energy in Wh.
→Model Balance Bench
A workshop aid that shows whether the model tends to nose-drop, tail-drop or sits close to neutral balance.
→The whole portal at a glance
Key sections of the portal: model classes, competition calendar, clubs, shops, guides and knowledge base.
