How It Works
It might look like magic at first glance, but the technology behind the Handlebar has been carefully built to provide the smoothest flying experience.
Want to dig a little deeper into how the Handlebar RC works?
Let’s dive in!
Motion
Detection
6-Axis IMU Sensor: Tracks pitch, roll, and yaw in real time.
Pitch
Tilt forward/back → drone pitches
forward/back.
Roll
Lean left/right → drone banks left/right.
Yaw
Turn handlebars → drone rotates left/right.
Roll
Lean left/right → drone banks left/right.
Yaw
Turn handlebars → drone rotates left/right.
01
Light squeeze = hover/descend
02
Medium = cruise
03
Firm = climb
Throttle by Grip
Squeezable grips replace thumb sticks.
A quick 3-squeeze calibration tunes the throttle to your personal grip strength.
Signal Chain
You move → sensors detect motion
RF module transmits → drone responds instantly
Microcontroller processes → converts to CRSFv3 or PPM
Two Operating Modes
Gamepad (USB)
Plug and play for simulators.
RC (Wireless)
Bind to drone via CRSFv3 for real flight with telemetry feedback.
Sensitivity & Feedback
Motion/Throttle sensitivity:
Three levels for cinematography, general, or racing.
Audio alerts:
Armed, mode, battery, or signal warnings.
Haptics:
Power, throttle leveling, and critical alerts.
Quick Calibration
Motion (10 s)
Rotate once to align yaw
Throttle (3 squeezes)
Set grip pressure.
Safety Systems
Throttle lock prevents accidental launch. Low-battery and connection warnings keep you safe. Overcurrent and failsafe protections ensure reliability.
Channel Mapping
Action
Channel
Roll
01
Pitch
02
Throttle (Squeeze)
03
Heading/Yaw
04
Arm/disarm
05
Flight mode
06
Tilt
Pitch
02
Squeeze
Throttle
03
Turn
Yaw
04
Arm
Button
Motors spin up
05
Mode
Switch
Flight mode
06
Power & Charging
Dual 18650 cells (6.6–8.4 V)
→ 5h runtime
USB-C 15 W charging
→ full in 2–3h
Built-in protections
→ and LED indicators