SKYE 2 DroneCAN Airspeed with Intelligent De-icing Waterproof

Intelligent De-icing Waterproof Airspeed Indicator.
Integrated front-end heating system and smart temperature control system.
Runs on next-generation self-developed M4C firmware with intelligent heating strategies.
New anti-vibration, low-temperature drift, and high-precision airspeed sensors.
Supports DroneCAN protocol, compatible with open-source platforms like ArduPilot and PX4.

UAV DroneCAN Airspeed. 无人机 DroneCAN 空速计. SKYE 2

Intelligent Temperature Compensation | Cold Protection & De-icing

Supports 68V voltage input, with a high-power 35W probe temperature compensation system integrated at the front end. It can real-time detect and sense environmental temperature and humidity to intelligently control probe heating, achieving de-icing and drainage, thereby preventing data errors caused by probe icing blockage and significantly enhancing the operational reliability of drones.

Renewed Upgrade | Dual Protection Comprehensive Waterproofing

The exterior adopts a new-generation linear structure design with reduced aerodynamic drag, more compact structural integration, and IP54 protection performance. Built-in drainage holes automatically discharge excess rainwater during flight, providing comprehensive splash protection against precipitation.

Highly Integrated | Multifunctional All-in-One

Internally, it employs innovative high-integration technology to integrate the pitot tube, airspeed sensor, temperature and humidity sensor, ARM M4 processor, and dual temperature compensation system into a single unit, achieving unified integration of multiple functional modules.

ARM M4 Processor

Temperature and humiduty sensor

Pitot tube

Airspeed sensor

Intelligent temperature control system

M4C Intelligent Heating Strategy

Time

Target temperature

SKYE 2

Previous generation products

Temperature(℃)

Precision Temperature Control | New M4C Smart Heating Strategy

SKYE 2 employs CUAV’s next-generation M4C intelligent heating strategy, enabling precise heating, ice melting, and drainage, allowing drones to perform effectively in low-temperature environments.

dvanced Seismic Resistance | Low Temperature Drift Tech

The built-in differential pressure sensor with low temperature drift and high shock resistance features fast response speed and minimal data error, ensuring the drone obtains precise airspeed data in diverse environments and guarantees flight safety at all times.

Temperature Drift Performance Comparison Chart

Temperature profile

SKYE 2

Previous generation products

Airspeed data

Temperature(℃)

Time

Multi-platform compatibility | Adopts DroneCAN communication protocol

The system adopts the CAN bus communication protocol, which is compatible with open-source platforms such as ArduPilot and PX4, and supports various types of unmanned system applications.

SKYE 2 Specification

Sensor	SM5391
Processor	STM32F412 32bit Arm® Cortex®-M4 100MHz 512KB Flash 256KB RAM
Airspeed Range	0m/s ~ 106m/s
Pressure Rang	±6895Pa
Accuracy	±1% FS
Communication Protocol	DroneCAN
Data Rate	50Hz
Heater	Resistive
Pitot Tube Heating Power	35W (Max Power)
Firmware	CUAV Self-Developed Firmware - M4C
Support Controller	CUAV, Pixhawk etc.
Support Firmware	Ardupilot, PX4
Operating Voltage	16V
Operating Temperature	-20℃ ~ 85℃
Dimensions	102mm × 28.2mm × 30.5mm
Weight	26.1g
IP Rating	IP54 (Installation must comply with the requirements.)

HV HUB Specification

Operating Voltage	18V ~ 68V
Output	16V/3.5A
Weight	9g
Interfaces	Power (5023520200/5023510200)× 1 SKYE CAN (5025850470/5025780400) × 2 CAN (GH1.25 4 Pin) × 1

Dimensions chart

ArduPilot, Dronecode, and PX4 Long-Term Partners

CUAV Technology Co., Ltd. is a National High-Tech Enterprise and Guangdong Provincial Specialized, Sophisticated, Innovative SME that focuses on open-source unmanned system innovation technologies. It integrates R&D, production, sales, after-sales service, and technical support into a cohesive operation. The company maintains long-term collaborative partnerships with leading open-source organizations such as ArduPilot, Dronecode, and PX4.