Silicon Sensing

High performance MEMS inertial sensors and systems for all applications


Modernising aircraft AHRS and flight control with ultra reliable, precise MEMS gyros & accelerometers

Survey and Mobile Mapping

Affordable, reliable and high performance MEMS alternatives to large and costly FOG gyros.

Downhole Drilling

Robust and accurate MEMS sensors developed specifically for downhole applications.

High Integrity

Sensors with high levels of fault detection and FMEA back-up for critical applications.

Unmanned Autonomous Vehicles

Low-cost, precision gyroscopes, accelerometers and IMUs for UAV and ROV AHRS, navigation & controls

Everything in motion

High precision MEMS inertial sensors and systems

Silicon Sensing specialises in the development and manufacture of precise, reliable and affordable MEMS gyroscopes, accelerometers and inertial systems. Established in 1999, but with a heritage in gyroscope technology dating back 100 years, Silicon Sensing has supplied over 20 million MEMS Inertial sensors to all commercial and industrial markets.

Buy Online

Most of our products are available to buy online. If the product you're looking for isn't available please contact us.

DMU30 is on course

The first of a family of High Performance IMUs (HPIMUs) due for release in the summer of 2015, DMU30 is a ground-breaking, non-ITAR, MEMS IMU alternative to more costly ‘FOG-grade’ IMUs for use in exacting motion sensing applications, ranging from unmanned vehicle navigation to surveying and mapping.


NEW - low cost IMU

DMU10 combines MEMS angular rate and linear acceleration sensors to create a precision, low-cost, six-degrees-of-freedom (6-DOF) IMU for complete motion sensing and control in three-dimensional space.


Come and meet Silicon Sensing

Come and see us! Here is a list of where we will be exhibiting and presenting papers in the coming months.


Foundry Service Launched

We can now offer our extensive experience of MEMS wafer fab processing to customers requiring access for development and production of their own designs.