// Stealth Mode Active · L-01
Mechanical Survival Telemetry for Adventure Motorcycles.
Designing high-fidelity edge nodes and passive CAN-bus loggers for the world's most demanding terrain.
// Stealth Mode Active · L-01
Designing high-fidelity edge nodes and passive CAN-bus loggers for the world's most demanding terrain.
Hardware Specification
SPECIFICATION_SHEET_V1.4
Non-intrusive CAN-bus monitoring via passive OBD-II machine-interface. Extracts real-time engine strain data without modifying factory ECU parameters.
MIL-STD-810G vibration-rated enclosure designed for sustained high-frequency impacts. Potted electronics with conformal coating for dust and moisture defense.
Fully submersible single-pour silicone-potted enclosure rated to withstand deep water crossings and continuous exposure to hostile weather conditions.
Dual-band L1/L5 GNSS receiver with GPS, Galileo, and BeiDou constellation support for high-precision positional telemetry in deep-canyon environments.
On-board dual-core MCU processes engine strain algorithms locally at the edge. No mobile dependency or cloud latency during field operation.
Hardwired 12V input with automatic failover to supercapacitor backup ensuring graceful shutdown and zero data corruption on power loss events.
System Architecture
DATA_FLOW_VISUALIZATION
L-01 Node records high-fidelity engine, terrain, and positional telemetry at rates up to 100Hz.
Node processes data locally for immediate task-critical analysis. Zero cloud dependency in the field.
TorqMap aggregates field data for post-session performance briefing and long-term machine health tracking.
Join the waitlist for the L-01 Tactical Node. Early access members receive priority shipping and exclusive access to the TorqMap Beta.
Join the Waitlist// All inquiries are encrypted via enterprise-grade protocols.