Silicon Sensing is a world leader in inertial sensing technology. The company has supplied many millions of sensors globally, with products operating in many market sectors including...
Tiny CRM200 - Pinpoint® gyros will monitor motion on the Phobos rover vehicle during the MMX mission Silicon Sensing Systems Ltd has been contracted by the German Aerospace...
Latest IMU tested for performance in extreme space environment Silicon Sensing Systems Ltd and Japan’s leading science and technology university, Science Tokyo, have collaborative...
· All-silicon DMU30 inertial measurement unit (IMU) helps monitor and control the satellite throughout prolonged missions. Silicon Sensing Systems’ DMU30...
New head of sales – Americas, appointed. Dedicated support for the growing North American customer base. Silicon Sensing is to open its first US office, with a dedicated...
Ultra-precise motion sensing performance from a MEMS IMU that competes directly with much heavier, larger, less reliable, and more costly, fibre optic gyro-based units. DMU41 ...
A low-cost, low-noise, miniature IMU for high volume applications that need premium performance. DMU11 is a low-cost six-degree-freedom inertial measurement unit, designed for...
Industrial Grade MEMS IMU. Designed with robust applications in mind, the IMU20 has excellent dynamic range and is suitable for the highest impact and vibration environments. ...
DMU41 IMU now in use in multiple LEO applications 65% sales growth across the business in 5 years Visit us at Space-Comm Expo, stand J15. This year at Space-Comm Expo in...
Dr Mark Marshall has been appointed as Chief Engineer of Silicon Sensing Systems Ltd. Dr Marshall joined Silicon Sensing in 2017 as the lead engineer on numerous inertial...
· All-silicon DMU30 inertial measurement unit (IMU) helps monitor and control the satellite throughout prolonged missions. Silicon Sensing Systems’ DMU30...
New head of sales – Americas, appointed. Dedicated support for the growing North American customer base. Silicon Sensing is to open its first US office, with a dedicated...
Ultra-precise motion sensing performance from a MEMS IMU that competes directly with much heavier, larger, less reliable, and more costly, fibre optic gyro-based units. DMU41 ...
A low-cost, low-noise, miniature IMU for high volume applications that need premium performance. DMU11 is a low-cost six-degree-freedom inertial measurement unit, designed for...
Industrial Grade MEMS IMU. Designed with robust applications in mind, the IMU20 has excellent dynamic range and is suitable for the highest impact and vibration environments. ...
DMU41 IMU now in use in multiple LEO applications 65% sales growth across the business in 5 years Visit us at Space-Comm Expo, stand J15. This year at Space-Comm Expo in...
Dr Mark Marshall has been appointed as Chief Engineer of Silicon Sensing Systems Ltd. Dr Marshall joined Silicon Sensing in 2017 as the lead engineer on numerous inertial...
This IMU features KVH's exclusive photonic integrated chip (PIC) technology with improved reliability and environmental survivability over competing technologies. An advanced ...
This versatile, high-performance IMU features KVH's breakthrough PIC technology for increased reliability and upgraded high-performance accelerometers for superior performance...
The rugged P-1725 IMU features breakthrough PIC technology for increased reliability and upgraded 10g high-performance accelerometers for outstanding FOG performance as affordable...
With a data rate 10x faster than competing systems, KVH’s advanced GEO-FOG 3D inertial navigation system (INS) includes 3 KVH DSP-1750 gyros integrated with 3 low-noise MEMS acceleromet...
KVH’s benchmark photonic FOG-based P-1750 IMU is the core processor of the robust GEO-FOG 3D Dual INS. This precision commercial off-the-shelf inertial navigation system (INS)...
KVH Industries Inc. has introduced the P-1750 IMU and the P-1725 IMU to complement the previously released P-1775 IMU and create a full line of IMUs that feature high-performance...
