Sensorsan designs and manufactures MEMS‑based inertial navigation solutions that combine high‑performance accelerometers, gyroscopes, and multi‑GNSS integration for precise position, velocity, and attitude estimation in air, land, and maritime applications. 01°.
Funding
Funding not disclosed
Founders
Product
Problem
Accurate inertial navigation in air, land, and maritime environments requires high‑precision motion sensing that can operate reliably under varying conditions, yet many existing sensors lack the stability, low drift, and integration capabilities needed for demanding applications.
Solution
Sensorsan designs and manufactures MEMS‑based advanced inertial navigation solutions that combine high‑performance accelerometers, gyroscopes, and integrated GNSS modules. Their product line offers compact, low‑power sensors with exceptional drift stability—down to 5 µg for linear acceleration and 0.01 °/h for angular rate—enabling precise position, velocity, and attitude estimation. By fusing MEMS data with multi‑constellation GNSS (GPS, GLONASS, Galileo, BeiDou) and optional correction services (DGPS, RTK, SBAS), the systems deliver accurate heading and dynamic accuracy even in harsh environments. Sensorsan provides tailored hardware and algorithmic integration to meet the specific navigation requirements of aerospace, defense, robotics, and marine platforms.
Target Audience
Primary customers are aerospace and defense manufacturers, unmanned vehicle developers, marine navigation system integrators, and industrial robotics firms requiring reliable inertial navigation and attitude sensing.
Features
- SENS‑IMU: high‑stability MEMS inertial measurement unit with 5 µg bias stability and 1 °/h angular rate stability
- SENS‑GYRO: optimized for electro‑optical, gimbal, pan‑tilt, and laser stabilization with low power consumption and compact form factor
- SENS‑INS: multi‑GNSS compatible (GPS, GLONASS, Galileo, BeiDou) INS that fuses satellite data with inertial measurements for full 6‑DOF navigation
- SENS‑INS‑R: rugged variant offering ≤0.08° heading accuracy and ≤0.01° dynamic accuracy, supporting DGPS, PPK, RTK, and SBAS corrections
- SENS‑DINC: real‑time inclination calculation using MEMS angular rate and acceleration data with high static and dynamic accuracy
- Integrated precision algorithms for sensor fusion, bias estimation, and real‑time attitude determination