CUAV SKYE - Smart Digital Airspeed Sensor (DroneCAN)

Precise Flight Data and Industrial Reliability

CUAV SKYE digitalizes air speed measurement, a critical aspect in UAV systems. Unlike standard analog sensors, it processes data digitally and transmits it to the flight controller (FC) via the DroneCAN protocol. This eliminates signal loss or electromagnetic interference (EMI) even over long cable distances. It minimizes the risk of crashes by providing the most accurate speed during VTOL aircraft transition phases and autonomous landings of fixed-wing aircraft.

SKYE Airspeed Sensor Key Features

• DroneCAN (UAVCAN) Protocol: Offers plug-and-play convenience through advanced digital communication. It reduces complex calibration processes and simplifies the system architecture.

• High-Precision Differential Pressure Sensor: Its advanced sensor design provides stable data even at very low speeds, ensuring accurate detection of stall speed.

• Dual-Temperature Compensation: Built-in temperature sensors automatically calculate changes in air density and temperature. This reduces the margin of error to almost zero in different altitudes and weather conditions (cold/hot).

• IP44 Protection Class: Thanks to its special casing design, it is resistant to dust and water splashes. It has a drainage structure that prevents water from leaking into the sensor in rainy or humid weather conditions.

• Compact and Lightweight Design: Despite weighing only 22 grams, it houses a powerful STM32 processor and processes data in real-time.

Technical Specification Table

Why Choose the SKYE Sensor?

Traditional I2C or analog sensors are easily affected by electrical noise generated by motors or telemetry modules and can provide inaccurate speed data. CUAV SKYE eliminates these risks by digitalizing data within the sensor and transmitting it over the CAN line. It is the safest choice especially for VTOL and Fixed-Wing platforms performing autonomous missions.