CUAV SKYE 2 Nano DroneCAN DLVR High Accuracy And Linearity Airspeed Sensor
CUAV SKYE 2 Nano DroneCAN DLVR High Accuracy And Linearity Airspeed Sensor utilizes a dual-wafer technology DLVR airspeed sensor, which has high accuracy and linearity and can support airspeed measurement up to226.8km/h, meeting the needs of most application scenarios. The self-developedM4C software architecture supports the DroneCAN protocol and ArduPilot platform. The airspeed sensor adopts an aluminum alloy shell, which is sturdy and durable.
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CUAV SKYE 2 Nano Airspeed Sensor Feature
- DLVR airspeed sensor with dual-wafer technology
- Support airspeed measurement up to 226.8km/h
- CUAV self-developed M4C software architecture
- Aviation aluminum alloy shell
- DroneCAN protocol
CUAV SKYE 2 Nano Airspeed Sensor Specification
Main Parameter |
|
| MCU | STM32F4 100MHz |
| Protocol | DroneCAN |
| Sensor | DLVR_L10D |
| Airspeed measurement | 0–226.8km/h |
| Error | 1% |
| Compatible controller | ArduPilot/PX4 (CUAV/Pixhawk e.g.) |
| Operating Voltage | 4.75 ~ 5.3V |
| Operating temperature | -20 ~ 85℃ |
| Shell material | Aviation aluminum alloy |
| Weight | 15g |
CUAV SKYE 2 Nano Airspeed Sensor Description
Support airspeed measurement Up to 226.8km/h
Support airspeed measurement Up to 226.8km/hThe airspeed measurement is up to 226.8 km/h, which meets the needs of most unmanned systems applications.
DLVR airspeed sensor
DLVR airspeed sensorThe DLVR airspeed sensor using dual-wafer technology has the characteristics of good linearity. It can sensitively collect environmental conditions, achieve precise data output, and improve the working stability of the equipment.
Self-developed M4C software architecture
Self-developed M4C software architectureIt adopts the M4C software architecture developed by CUAV, which can achieve customized development and upgrades more efficiently and flexibly.
Built-in STM32F4 processor. Support for DroneCAN protocol
Built-in STM32F4 processor. Support for DroneCAN protocolSKYE 2 NANO airspeed sensor has a built-in STM32F4 processor, which has stronger data processing and data optimization capabilities. It also uses the DroneCAN communication protocol, supports ArduPilot and PX4 platforms, and has a wider range of applications.
Sturdy and reliable Aviation aluminum alloy shell
It adopts a high-hardness, corrosion-resistant aviation aluminum alloy shell, which is strong and reliable and can meet the requirements of use in complex environments such as high temperature and cold.
SKYE 2 Nano Dimensions:
SKYE 2 Nano Dimensions:AIRSPEED METER PRODUCTP RAMETER COMPARISON TABLE
| SKYE 2 | SKYE 2 NANO | SKYE | |
| MCU | STM32F4 | STM32F4 | STM32F4 |
| Protocol | DroneCan | DroneCan | DroneCan |
| Sensor | SM5391 | DLVR_L 10D | MS5525 |
| Measurement speed | 0–381.6km/h | 0–226.8km/h | ±500km/h |
| Accuracy | ±1%FS | ±1% | ±0.69Pa |
| Temperature measurement | -20℃ to 125℃ | – | -20℃ to 125℃ |
| Heater | Resistive heating*2 | – | Resistive heating*2 |
| Humidity measurement | 0–100% | – | 0–100% |
| Operating Voltage | 18–68V | 4.74–5.3V | 12–34V |
| Size | 101.9mm/28.2mm/29.9mm | 32mm/23mm/16.5mm | 82.5mm/30.4mm/28.2mm |
| Weight | 24.38g | 15g | 22g |
| Protection level | IP54 | – | IP54 |
| Flight control | PX4/ArduPilot | PX4/ArduPilot | ArduPilot |
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