CUAV SKYE 2 Heated Airspeed Sensor for Pixhawk

Overview

CUAV SKYE 2 Heated Airspeed Sensor for Pixhawk is a cutting-edge device designed to enhance UAV performance, particularly in challenging environments. This sensor features a highly integrated design that includes intelligent de-icing and drainage capabilities. Its new generation linear structure, combined with M4C intelligent precise heating, ensures shock resistance, low-temperature drift, and high precision.

Intelligent Temperature Compensation, Cold-Proof and De-Icing

The SKYE 2 supports a 68V voltage input and is equipped with a high-power 35W probe temperature compensation system. This system intelligently manages probe heating, de-icing, and drainage based on ambient temperature and humidity, preventing data errors caused by ice or blockage. This significantly improves UAV operation reliability in cold environments.

Renewed and Upgraded Design with Full Waterproofing

The sensor’s appearance features a new linear structure design that reduces wind resistance and improves structural integrity. With IP54 protection, it is fully waterproof, and its built-in drainage holes automatically remove excess rainwater during flight, providing comprehensive rain splash protection.

Highly Integrated, Multifunctional System

The SKYE 2 uses innovative technology to integrate multiple components, including the pitot tube, airspeed sensor, temperature and humidity sensor, ARM M4 processor, and dual temperature compensation system, into one compact unit. This multifunctional integration ensures precise and reliable performance.

M4C Intelligent Heating Strategy

The sensor employs CUAV’s M4C intelligent heating strategy, which allows for precise heating, ice melting, and water drainage. This enables UAVs to operate efficiently in low-temperature environments.

New Shock Resistance and Low-Temperature Drift Technology

The built-in differential pressure sensor is designed for low-temperature drift and high vibration resistance, providing fast response and minimal data error. This ensures accurate airspeed data, crucial for the safe operation of oil-powered UAVs in various environments.

Compatibility with Multiple Platforms

The SKYE 2 adopts the DroneCAN communication protocol, making it compatible with open-source platforms such as ArduPilot and PX4. It supports a wide range of unmanned system applications, offering versatility for various UAV operations.

CUAV SKYE 2 Airspeed Sensor – FAQ

1. What is the main function and application of the CUAV SKYE 2 Airspeed Sensor?
The SKYE 2 is a digital airspeed measurement module designed for fixed-wing and VTOL UAVs, providing precise airspeed data by comparing dynamic and static air pressure for improved flight stability and control accuracy.

2. What sensor and technology are used in the SKYE 2?
It integrates a high-performance MS5525 differential pressure sensor with a wide detection range, ensuring reliable airspeed readings under varying atmospheric conditions and flight altitudes.

3. What communication and compatibility options does the SKYE 2 support?
The sensor communicates via the I2C interface and is fully compatible with CUAV and Pixhawk series flight controllers, allowing plug-and-play installation without external adapters.

4. What are the available purchasing and delivery options for the SKYE 2?
It is sold as a complete airspeed sensing kit including the pitot tube, silicon tubing, and connection cable. Motionew offers international shipping with full tracking and estimated delivery times during checkout.

5. Does Motionew offer OEM or bulk purchase options for the SKYE 2?
Yes. OEM and volume purchase options are available for UAV developers and enterprise clients. Custom cable lengths, connectors, and calibration services can be arranged through Motionew’s sales department.

6. What documentation and support resources are provided?
Detailed installation guides, wiring diagrams, and user manuals are available in the product’s documentation section. Technical support and firmware compatibility assistance are provided through CUAV and Motionew’s engineering teams.