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Inertial Systems Suppliers in United Kingdom

Discover United Kingdom-based suppliers of Inertial Systems

Suppliers: Inertial Systems

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Advanced Navigation
Advanced Navigation

Advanced Inertial Navigation Systems (INS) for Reliable Navigation in Challenging Operational Environments

Impact Subsea
Impact Subsea

Innovative Underwater Sensor Technology for Naval and Security Missions

Silicon Sensing
Silicon Sensing
UK

MEMS Inertial Sensors, Gyroscopes & Accelerometers for Inertial Guidance, Control & Stabilization

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Products

9 Cutting-edge Solutions
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Boreas A70 & A90
Boreas A70 & A90

Rugged FOG navigation for resilient platform operation

Rugged FOG navigation for resilient platform operation
...uts. Supported applications include unmanned aerial vehicles, autonomous vehicles, gimbal...
Certus Mini N
Certus Mini N

Miniature L1/L5 GNSS/INS for platform navigation

Miniature L1/L5 GNSS/INS for platform navigation
...SBL. Supported applications include UAV navigation, georeferencing, stabilisation and pointing,...
Boreas D70
Boreas D70

MIL-STD-810H-compliant FOG GNSS/INS with ultra-high accuracy

MIL-STD-810H-compliant FOG GNSS/INS with ultra-high accuracy
...OG) GNSS-aided Inertial Navigation System (INS) providing precise position, velocity, and... ......d vehicles, naval systems, and defense-grade survey applications, backed by a three-year...
Boreas 50 Series
Boreas 50 Series

FOG AHRS & INS for GPS-denied navigation & resilient heading

FOG AHRS & INS for GPS-denied navigation & resilient heading
...tem (AHRS) and Inertial Navigation System (INS) engineered for military navigation, guidance, and...
Zenith®
Zenith®

Compact closed-loop acceleration sensing for aerospace platforms

Compact closed-loop acceleration sensing for aerospace platforms
Zenith® (CAS150/170) from Silicon Sensing is a closed-loop, single-axis MEMS accelerometer develope...
CRG21 Single-Axis MEMS Gyroscope
CRG21 Single-Axis MEMS Gyroscope

High-performance rate sensing for demanding defense environments

High-performance rate sensing for demanding defense environments
...nomous vehicle applications, the CRG21 provides high resistance to shock and vibration without...
DMU41 MEMS IMU
DMU41 MEMS IMU

High-performance alternative to FOG IMUs

High-performance alternative to FOG IMUs
...ide variety of military applications involving stabilisation, navigation, precision mapping and...
DMU11 MEMS Inertial Measurement Unit
DMU11 MEMS Inertial Measurement Unit

6-DoF IMU for high-volume motion sensing & control applications

6-DoF IMU for high-volume motion sensing & control applications
...ng and control applications requiring excellent performance. Combining three axes of MEMS angular...
ISM3D Attitude & Heading Reference System
ISM3D Attitude & Heading Reference System

Advanced MEMS-based AHRS for underwater naval vehicles & platforms

Advanced MEMS-based AHRS for underwater naval vehicles & platforms
The ISM3D is an advanced MEMS-based AHRS that provides high-accuracy real-time roll, pitch and headi...

Related Articles

Compact Inertial Navigation for Tactical & Autonomous Naval Craft
Compact Inertial Navigation for Tactical & Autonomous Naval Craft

Exail's new Marins M1 inertial navigation system uses fiber-optic gyroscope technology to provide resilient navigation for smaller naval platforms and uncrewed vessels in GNSS-denied environments

Nov 05, 2026
Selecting the Right IMU: Stabilization, Navigation and Motion Control
Selecting the Right IMU: Stabilization, Navigation and Motion Control

AMCORIS explores the critical performance factors, environmental considerations, and interface requirements engineers must evaluate when selecting the ideal inertial measurement unit for advanced stabilization, navigation, and motion control applications

Nov 05, 2026
Evaluating IMU Reliability Beyond Datasheet Radiation Metrics in Space Applications
Evaluating IMU Reliability Beyond Datasheet Radiation Metrics in Space Applications

Silicon Sensing has highlighted how rigorous total ionizing dose & single event effect testing reveals true inertial measurement unit survivability & operational recovery for critical space missions

Nov 02, 2026
Countering GNSS Spoofing with Multi-Layered Navigation Systems
Countering GNSS Spoofing with Multi-Layered Navigation Systems

As sophisticated GNSS spoofing threatens autonomous and defense platforms, Advanced Navigation's layered architectures combining smart antennas, anomaly detection receivers, and inertial sensor fusion ensure resilient positioning across contested operational environments

Oct 30, 2026
Inertial Labs Launches Programmable INS-NV Platform for Alt-PNT Development
Inertial Labs Launches Programmable INS-NV Platform for Alt-PNT Development

Inertial Labs' new INS-NV combines tactical-grade MEMS sensors, GNSS reception, and NVIDIA Jetson Orin NX processing to support visual navigation and alternative PNT system development

Oct 27, 2026
Silicon Designs Introduces Precision MEMS Accelerometer with Tighter Thermal Performance
Silicon Designs Introduces Precision MEMS Accelerometer with Tighter Thermal Performance

Silicon Designs has introduced the Model 1523, an industrial MEMS accelerometer with tighter thermal specifications for precision instrumentation, robotics, inertial sensing, and industrial monitoring applications

Oct 21, 2026
Multi-Sensor Architecture Sustains UAV Flight During GNSS Jamming
Multi-Sensor Architecture Sustains UAV Flight During GNSS Jamming

UAV Navigation examines how novel multi-layered navigation architecture is integrating inertial, air data, and visual sensors to enable unmanned aircraft to maintain precise positioning and velocity during severe GNSS jamming and spoofing disruptions

Oct 06, 2026
Honeywell Aerospace Validates Resilient Navigation System for Tactical Drones
Honeywell Aerospace Validates Resilient Navigation System for Tactical Drones

Honeywell Aerospace has flight tested Kestrel, a compact GPS and inertial navigation system designed to provide resilient PNT capability for tactical drones in contested environments

Sep 30, 2026
Silicon Sensing Debuts Zenith Closed-Loop MEMS Accelerometer for Mission-Critical Applications
Silicon Sensing Debuts Zenith Closed-Loop MEMS Accelerometer for Mission-Critical Applications

Silicon Sensing expands its sensor portfolio with a low-noise, high-precision Zenith MEMS accelerometer built for demanding defense, space, and autonomous systems

Aug 28, 2026

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