We are ISO 9001 qualified and pride ourselves on our state-of-the-art R&D capabilities and our extensive experience with in-house systems integration and manufacturing. Our closed-loop FOG (fiber optic gyro) technology provides significantly enhanced performance over not only open-loop solutions but also other closed-loop FOG IMUs. With one of the best cost-to-performance ratios on the market, it features improved linearity, reduced bias drift and cancelling of phase shift. This solid-state technology also ensures robust resistance to noise and vibration, and significantly lowers maintenance requirements. In addition to our portfolio of inertial sensor products, we also offer a range of GNSS anti-jamming solutions that protect drones and robotic vehicles against threats to accurate navigation and positioning.Fiber Optic Gyros
Our family of advanced single-axis fiber optic gyros offers a variety of performance options to suit a range of requirements, and is ideal for UAV and autonomous vehicle navigation as well as stabilization and attitude control. Featuring an entirely solid state design, the gyros deliver ultra-reliable performance even in noisy and high-vibration environments.
FG 150
SAG-SS
P-FOG Space-grade single-axis FOGFOG-Based IMUs
Our tactical- and navigation-grade FOG-based inertial measurement units provide robust and reliable measurement of angular velocity and linear acceleration, and are ideal for unmanned systems position, orientation and motion tracking in highly dynamic environments.
 FI 180 Tactical-grade FOG IMU |
| 88.9 x 84.5 mm, 810g 0.5o/hr gyro bias repeatability 8 / 15 / 40g accelerometer ranges 1.0 / 1.3 / 1.5 mg accelerometer bias repeatability |
 FI 200P Tactical-grade FOG IMU |
| 88.9 x 84.5 mm, 900g 0.5o/hr gyro bias repeatability Up to 50g accelerometer range 0.3 mg accelerometer bias repeatability |
 FI 210 Navigation-grade FOG IMU |
| 225.5 x 189 x 156 mm, 8 kg 0.025o/hr gyro bias repeatability 40g accelerometer range 0.18 mg accelerometer bias repeatability |
FOG-Based INS
Our FOG-based inertial navigation systems calculate accurate position, velocity and orientation even in dynamic GPS-denied environments, and are ideal for autonomous vehicles and robotics operating in all domains.
 FN 210G INS for gyrocompassing applications |
| 330 x 192 x 180 mm, <15 kg 0.1o x sec lat heading accuracy 0.01o attitude accuracy |
 FN 180-S Dual-antenna GNSS-aided INS |
| 160 x 149 x 96 mm, <2.1 kg 0.08 – 0.15o heading accuracy (w/ dual antenna) 0.005o RMS pitch & roll accuracy (w/GNSS) |
 FN 180-C FOG-based INS/AHRS/MRU |
| 88.9 x 129 mm, 950g 0.08 – 0.15o heading accuracy (w/ dual antenna) 0.005o RMS pitch & roll accuracy (w/GNSS) |
MEMS-Based Inertial Sensors
We provide industry-leading MEMS-based sensor solutions from Inertial Labs, offering excellent price-to-performance ratios is a highly compact and lightweight package.
 TAG-304 MEMS three-axis gyroscope |
| 19.5 x 15.2 x 5.5 mm, 10g 2o/hr bias in-run stability 0.2o/√hr ARW |
 Kernel-210 MEMS IMU |
| 28.38 x 19.5 x 10.5 mm, 15g 1o/hr gyro bias in-run stability 0.2o/√hr ARW 8 / 15 / 40g accelerometer ranges |
 INS-U Single-antenna MEMS GPS-aided INS |
| 82 x 40 x 26 mm, <200g 0.3o RMS heading accuracy 0.05o RMS pitch & roll accuracy (w/GNSS) |
GNSS Anti-Jamming Solutions
Our anti-jamming solutions provide robust mitigation of GNSS interference, delivering critical PNT (position, navigation and timing) protection for UAVs and robotic vehicles. With a low SWaP footprint, these receivers and antenna arrays can be easily integrated into small drone platforms.
 NF2002-D10 Low-SWaP dual-band anti-jamming GNSS receiver |
| 40 x 80 x 35 mm, 120g L1/L5 or L1/L2 Up to 90 dB interference resistance |
 NF4002-D00 Anti-jamming GNSS receiver with multiple simultaneous deployment capability |
| 80 x 80 x 30 mm, 250g L1/L5 or L1/L2 Up to 90 dB interference resistance |
 NF-4102-T10P Advanced multiband GNSS anti-jamming receiver with integrated CRPA |
| 137 x 111 x 34 mm, 750g L1/L2/L5/S Up to 100 dB interference resistance |
Applications
UAVs
The FI 200 is a low power IMU ideal for a range of critical UAV applications, including flight control, antenna stabilization, and navigation, and is also an essential component for inertial navigation systems (INS).
Underwater ROVs
The FI 200 is a high performance, low power IMU that provides accurate positioning and attitude data that aids navigation, stability and control for ROVs operating in challenging marine and maritime environments.
Mapping & Surveying
Our 3-axis IMUs provide critical stabilization for UAV and mobile mapping platforms, enabling high-precision data to be captured that can be used to create accurate deliverables.
Autonomous Vehicles
The FI 200’s high-accuracy data can be used by an INS to calculate position and velocity data that allows autonomous vehicles to navigate precisely, even during satellite outages or in GNSS-denied environments such as tunnels and urban canyons.
Pipelines
Our high-accuracy fiber optic IMU can be used for precision pipeline position estimation, enabling easy maintenance and analysis operations such as identification of unwanted movement and bending strain.
Satellites
Able to withstand the rigours of space, the FI 200 is a tactical-grade FOG IMU that has been incorporated into orbital satellites, providing precise data that enables platform positioning and orientation.
