Forces
Thrust and gravity act on the same body.
Inside the simulator
Built around
the aircraft.
A connected flight model, multiple ways to fly and an aircraft you can make your own. Available on Android.
4Independent motors
3Manual-flight modes
FPV + third personCamera perspectives
ConfigurableAircraft & controls
The flight model
A force.
A response.
A different line.
Each aircraft is a rigid body. Four motors spool independently, differential thrust controls pitch and roll, and alternating reaction torque controls yaw.
Default physics precision is 120 Hz, with selectable 250/500 Hz options. Performance depends on the device and settings.
Try the interactive modelInertia
Rotation has momentum, not instant stops.
Drag
Air resistance grows with movement.
Rate control
Your stick sets a requested rotation rate.
Battery
Voltage and load affect available power.
Flight modes
How much assistance
do you want?
01Assisted attitude
Angle
Find your balance.
Self-leveling pitch and roll. Start with orientation, a steady hover and deliberate turns.
Explore Angle02Blended response
Horizon
Explore the transition.
Leveling near the stick center, with rate behavior toward the edges. Build coordination progressively.
Explore Horizon03Manual rate control
Acro
Own the whole line.
Command rotation rate. Manage attitude, entry and recovery yourself, from racing lines to freestyle.
Explore AcroBuild & customize
An aircraft that starts
with your choices.
Choose a frame, power system, camera and supporting components. The Garage brings the parts and the resulting build information into one place.
Choose the structure
Start with a frame and the type of flying you want to explore.
Configure the systems
Compare motors, props, battery, electronics, camera and accessories.
Make it recognizable
Choose colors and lights, then save and equip the aircraft.
Reference specifications for the original four airframes
These are reference simulator configurations, not the complete current fleet or fixed specifications for every custom build.
| Aircraft | Class | Mass | Peak thrust / motor | Thrust-to-weight | Max RPM |
|---|---|---|---|---|---|
| H5 Strata | 5″ Freestyle | 0.64 kg | 15.5 N | 9.9:1 | 26,000 rpm |
| H5 Apex | 5″ Racing | 0.54 kg | 17 N | 12.8:1 | 31,000 rpm |
| C25 Orbit | 2.5″ Cinewhoop | 0.28 kg | 3.6 N | 5.2:1 | 38,000 rpm |
| L7 Nomad | 7″ Long-Range | 1.08 kg | 18 N | 6.8:1 | 18,000 rpm |
Tuning
Change one thing.
Feel the difference.
Rates, response curves, camera angle and controller calibration shape the experience. Keep your route consistent while you compare a setting.
Explore the settings guide
The input model
Different devices.
The same four commands.
Throttle. Yaw. Pitch. Roll. Configure the device, then verify every channel before flying.
Touch first
On-screen controls are included in the Android game.
Explore touch inputHardware with evidence
Experimental and planned controller categories remain clearly distinguished.
Read compatibilityA deliberate setup
Connect, inspect, map, calibrate and save the profile.
Follow the setup guideProduct details
Before your next flight.
Does customization change more than appearance?+
The current release includes component-based drone building as well as visual customization. Compare the Garage build information when changing a component.
Can I download a desktop version?+
Windows and Linux builds remain in development. Use the official Android listing for the public release.
Does a browser controller test prove native support?+
No. Browser input demonstrates only the input the browser receives. Native device and platform acceptance are separate checks.
Your next flight
The line starts
with you.
Android available now · Desktop builds in development.