Industrial-grade threaded pressure sensor

Main Features:

This series comprises industrial‑grade threaded pressure sensors specifically designed for the low‑altitude economy—covering applications such as drones, manned aerial vehicles, and low‑altitude operational platforms. Featuring a composite housing of high‑strength aluminum alloy and engineering plastics, paired with a high‑precision piezoresistive pressure sensing element and a standard threaded mounting interface, these sensors can be directly integrated into aircraft and low‑altitude work equipment, enabling precise monitoring of atmospheric pressure, altitude, and ambient pressure. They are widely compatible with the navigation, attitude control, and safety‑monitoring requirements of various low‑altitude platforms.

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Category:

Low-altitude economy

Keyword: Industrial-grade threaded pressure sensor

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Core Features

High precision and high stability : Featuring a built-in high-precision piezoresistive pressure sensor and a temperature-compensation circuit, it delivers stable pressure measurement across a wide temperature range, with high accuracy and excellent repeatability, providing reliable data support for aircraft altitude estimation and attitude control.
High-strength and environmentally resistant design It features an industrial-grade composite housing and a reinforced sealing structure, capable of withstanding vibration, impact, and temperature fluctuations during low-altitude operations. With a high protection rating, it effectively prevents the ingress of moisture and dust, making it well-suited to complex and variable low-altitude environments.
Standardization and Easy Integration Design It features a standard threaded interface, compatible with the mounting holes of most low‑altitude UAVs; its modular design enables rapid integration and easy replacement, and it supports communication protocol interoperability with mainstream flight control systems, reducing integration costs.
Wide operating condition adaptability The overall structure is made of high-temperature‑resistant, aging‑proof materials, enabling stable operation across a wide temperature range of –40°C to +125°C and meeting the long-term operational requirements of low‑altitude platforms under varying environmental conditions and altitudes.

Typical application scenarios

Barometric Altitude Monitoring and Navigation Assistance for Drones and Multirotor Aircraft
Environmental pressure acquisition for manned low-altitude aircraft and eVTOL electric vertical takeoff and landing vehicles.
Pneumatic and altitude data monitoring for low-altitude work platforms and inspection robots
Pressure sensing module for meteorological monitoring equipment and low-altitude environmental data acquisition terminals

Technical Specifications Reference

Measurement range: 0–100 kPa (customizable to suit specific applications; supports absolute and gauge pressure measurements)
Measurement accuracy: ±0.1% FS (optimizable upon request)
Output signal: Analog voltage / Digital I2C/SPI (customizable)
Housing material: High-strength aluminum alloy with an engineered plastic composite structure
Installation type: Standard threaded mounting (customizable specifications)
Operating temperature: -40°C to +125°C
Protection rating: IP67 (at the probe tip; can be upgraded upon request)
Certification standards: RoHS, REACH; supports aerospace‑related verification standards.

Customized Solutions

We offer end-to-end custom solutions, tailoring pressure ranges, output signals, thread specifications, mounting dimensions, and electrical interfaces to suit your specific low‑altitude vehicle application scenarios, helping your low‑altitude systems achieve precise and reliable pressure and altitude monitoring.

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