Drive Input
Captures steering, throttle and braking from the simulator controls.
System architecture / overview
Signal in. Machine out. Data back.
A clear view of how professional simulator input becomes physical vehicle movement, with live vision and performance data returning to the driver.
Technical overviewPrototype architecture
01 Complete signal path
One control loop. Six connected stages.
Each stage turns driver input into real movement, then returns the live view and session data needed for the next response.
RLA / System overviewPrototype architecture
01Drive InputSteering / throttle / braking
02Race ConsoleDriver interface
03Command LinkControl communication
04RLA Drive ModuleOnboard integration
05Physical RC VehicleReal movement on track
06FPV + TelemetryVision and data return
02 Stage by stage
What each part does.
The experience depends on each layer doing one clear job inside the larger system.
Race Console
Combines the driver interface, live view and session information.
Command Link
Carries intended control commands through the RLA system.
RLA Drive Module
Integrates onboard control functions with the physical vehicle.
Vehicle Link
Produces real steering, throttle and braking response on the RC vehicle.
Track System
Returns live FPV, telemetry and timing information to the driver.
03 Closed-loop driving
See. Input. Respond. Measure.
The loop never stops while you drive.
The live onboard view informs the driver's next input. The physical vehicle responds. Telemetry and timing reveal the result. The next correction follows.
This continuous loop is what makes RaceLab Arena a physical racing experience rather than a conventional racing game.
CONTROL LOOP / LIVERLA
Driver response cycleINPUT → MOVEPhysical vehicle feedback returns
Live FPVTelemetry + timing
Explore the hardware layer
Meet the RLA Drive Module.
See the public product concept behind onboard control and telemetry integration.