The robotic co‑pilot that learns how you ride.
Ride Pilot™ is a rider-centric robotic product for compatible CVT scooters and electric bikes and scooters. Its S2P2™ Edge stack learns rider behavior and manages braking and throttle decisions through high-precision actuators. It can be integrated by an OEM or configured as a model-specific add-on kit.
Assistance that behaves like a rider, not a computer.
Six systems working as one closed loop — from learning your habits to executing safe decisions, with safety checks running in both the hardware and software path.
Learns the rider
On-board ML profiles how you brake, lean, and roll on the throttle — then blends assistance around your style, not a generic rider model.
Decides, then acts
Braking and throttle decisions are executed through high-precision actuators — robotic control with automotive-grade repeatability.
Sees in the dark
Low-light efficient cameras paired with 77 GHz radar give a perception stack tuned for dawn commutes, night highways, and everything between.
Warns where you look
Inferences and warnings surface on Ride Pilot's own display or the rider's mobile device — no head-down distraction required.
Real-time by design
Perception, an AI module running the ML algorithms, and an automotive-grade MCU for decision control — all tightly synced in real time.
Override is yours
A twist of the wrist throttle, a pull of the brake lever, or a single button press — the rider always has the final word, instantly.
Sense → Sync → Predict → Perform.
S2P2™ Edge keeps every stage in one tightly synchronized real-time loop, from sensing a threat to performing a safe intervention and informing the rider.
Perceive
Low-light cameras + 77 GHz radar watch the road and traffic around the two-wheeler.
Infer
An AI module runs the ML algorithms — threat prediction and rider-state understanding, on the edge.
Decide
An automotive-grade MCU makes the braking and throttle decision with deterministic timing.
Act
High-precision actuators modulate brakes and throttle — smoothly, and only as much as needed.
Inform
Warnings and inferences render on the Ride Pilot display or the rider's mobile device.
Safety is the priority — not a feature.
Ride Pilot runs continuous safety checks in both the hardware and software loops. And because no machine should ever trap its rider, an emergency manual override is always one natural gesture away.
- Wrist throttleA deliberate twist reclaims throttle authority instantly.
- Brake leverPressing the brake lever hands braking back to the rider, no lag.
- One buttonA single press disengages robotic actuation entirely.
Built in, or bolted on.
Ride Pilot can be packaged for supported existing platforms or integrated into a new OEM program. Every fitment is model-specific, calibrated, and validated before robotic control is enabled.
Retrofit ready
Ride Pilot is engineered as a flexible add-on kit for validated, compatible CVT scooter and electric two-wheeler models, or as an OEM-integrated system.
Model-specific fitment
Brackets, harness routing and calibration profiles are defined per model, so the kit adapts to the machine instead of forcing a redesign of it.
Non-invasive install
A model-specific installation preserves factory interfaces and requires calibration and safety validation for each supported platform.
Start small, scale up
Begin with perception and warnings on the same hardware, then enable brake and throttle actuation when the programme is ready for it.
Fleet-scale rollout
One bike today or a thousand next quarter — rider profiles and calibration travel with each kit, so a rollout stays repeatable.
Serviceable by design
Modular components and a documented swap procedure keep downtime short: you replace a module, not the motorcycle's wiring.
One compact robotic unit.
Everything Ride Pilot needs — perception, inference, decision control, and precision actuation — lives on the two-wheeler. No cloud round-trips, no dependence on connectivity.
| Perception | Low-light efficient cameras · 77 GHz radar |
| AI module | On-board ML algorithms (edge inference) |
| Decision control | Automotive-grade MCU |
| Actuation | High-precision brake & throttle actuators |
| Fitment | Flexible add-on kit · retrofit or integrated |
| Rider interface | Ride Pilot display · rider's mobile device |
| Override | Wrist throttle · brake lever · button |
| Safety | Dual hardware + software safety checks |
| Sync | Real-time, all stages tightly coupled |