CUAV SKYE 2 Airspeed Sensor Meter
CUAV SKYE 2 Airspeed Sensor Highly integrated design Intelligent de-icing and drainage New generation linear structure M4C intelligent precise heating Shock resistance, low-temperature drift, high-precision Adopts DroneCAN protocol and supports ArduPilot and PX4 platform
Intelligent temperature compensation, Cold-proof and de-icing
It supports 68V voltage input, and the front end integrates a high-power 35W probe temperature compensation system. It can intelligently control the probe heating, de-icing and drainage according to the ambient temperature and humidity, avoiding data errors caused by ice and blockage of the probe, and greatly improving the reliability of UAV operations.
Renewed and upgraded double insurance and fully waterproof
The appearance adopts a new generation linear structure design, with lower wind resistance, tighter structural connection, and IP54 protection performance. Built-in drainage holes can automatically drain away excess rainwater during flight, providing all-round rain splash protection.
Highly integrated, multifunctional integration
The innovative highly integrated technology is used internally to integrate the pitot tube, airspeed sensor, temperature and humidity sensor, ARM M4 processor, and dual temperature compensation system into one, realizing the integration of multiple functional modules.
Precise temperature controlall-new M4c intelligent heating strategy
Adopting CUAV’s new generation M4C intelligent heating strategy, it can accurately heat, melt ice and drain water, making the UAV easily capable of operating in low-temperature environments.
New shock resistance, low-temperature drift technology
Built-in differential pressure sensor with low temperature drift and high vibration resistance, fast response and small data error. This ensures that oil-powered UAV can obtain accurate airspeed data in various environments, ensuring flight safety at all times.
Compatible with multiple platforms. Using DroneCAN communication protocol
It adopts CAN bus communication protocol, which compatible with open source platforms such as ArduPilot and PX4, and supports various types of unmanned system applications.
