Airspeed to 550 km/h
Measures dynamic pressure across the full UAV envelope — accurate readings from loiter speed up to 550 km/h.
NDAA Compliant · Made In The USA
Sensors
SKU · AAD-WINDCORE-CAN · CAN Airspeed module
A digital CAN airspeed sensor for fixed-wing and VTOL UAVs — immune to electromagnetic noise from the power system. It feeds the autopilot clean airspeed data to prevent critical stalls and hold flight efficiency, where analog sensors are swamped by noise.

A digital CAN interface immune to electromagnetic noise from UAV power systems — reliable airspeed data where analog sensors are swamped by noise.
Core specs and the features that set WindCore CAN apart on the airframe.
Measures dynamic pressure across the full UAV envelope — accurate readings from loiter speed up to 550 km/h.
Two sensor variants — MS5525 or DLVR-L10/L60 — to match the airframe's speed range and pressure resolution.
Pure digital CAN telemetry to the autopilot — no analog ADC line to pick up motor and power-system noise.
Integrated heating module clears icing and condensation, keeping the pitot accurate in cold, humid air.
Complete technical data, connection interfaces, and package contents.
| Max speed | up to 550 km/h |
|---|---|
| Pressure sensors | MS5525, DLVR-L10, DLVR-L60 |
| Protocol | DroneCAN |
| Power | 5V or via VBAT 9–34V (stable 5V generated on the module) |
| Connector | Redundant power — JST-GH 1.25 7-pin (dual power), so the sensor stays powered on partial bus failure |
| SKUs | 2 sensor variants |
| Firmware | ArduPilot |
| Includes | Pitot tube, heating module |
Airframes where reliable airspeed is mission-critical — from high-speed strike to long-endurance recon.
Stall protection & cruise efficiency
Safe hover-to-cruise handoff
Accurate airspeed to 550 km/h
Technical Documentation
Wiring diagrams, CAN and CSI pinouts, power rails, expansion options, and step-by-step setup — everything on WindCore CAN lives in our Knowledge Base.
Learn More in Our Knowledge Base →Built to work as one system on the AAD CAN-bus stack.
Up to 550 km/h using MS5525 / DLVR-L10 / DLVR-L60 pressure sensors, over a DroneCAN interface immune to UAV power-system noise, with an included heating module for the pitot tube.
WindCore CAN is built to run as one system on the AAD stack — it pairs with BattleCore FC7, NavCore DualBand, SensCore and PowerRail 14S.
It connects via 2× CAN connectors (CAN_H, CAN_L, VBAT, 5V, GND); Daisy-chain onto the shared CAN bus; Redundant dual-power feed.
1× WindCore CAN module · 1× pitot tube · 1× heating module · CAN cabling.
Yes — WindCore CAN is NDAA-compliant and made in the USA.