We have decades of experience engineering and manufacturing high-performance navigation and sensor products for commercial, defense, industrial and space applications.
Accelerometers
With more than three million shipped since 2001, our quartz-based accelerometers have earned a reputation for being the industry standard because of their unparalleled accuracy, durability and quality.
Air Data Management
We provide several varieties of RVSM (Reduced Vertical Separation Minima)- compliant ADCs (Air Data Computers), which use our sensor technology to deliver products with industry-leading size, weight, power, accuracy and stability.
Alignment Systems
Our precision boresight alignment system (PBAS) is a non-optical, gyro-stabilized computerized system that uses navigation-grade inertial technology to capture and calculate boresight alignment corrections.
Alternative Navigation
Alternative navigation systems use cameras, LiDAR, radar, radios and star tracker sensors to augment and/or aid inertial navigation systems where GPS is unavailable.
Attitude Heading Reference Systems
Our micro-electromechanical system (MEMS)-based attitude and heading reference systems (AHRS) are designed to provide unparalleled reliability and performance with significantly reduced size and weight compared to similar systems.
Global Navigation Satellite System
The Global Navigation System Sensor Unit is designed to provide highly accurate GPS satellite navigation positions and is certified for the full range of flight.
Ground Based Augmentation Systems
Our magneto-resistive sensors and ground-based augmentation system (GBAS) provide cost-effective precision navigation solutions for everything from watches to airports.
Our precision gyroscope and portable alignment tool help make sure your vehicle is positioned accurately, filtering out ambient motion.
Our inertial measurement units serve our aerospace customers and emerging applications including autonomous vehicles, communications, marine, mobile mapping, oil and gas, platform stabilization and more.
Our customers around the world rely on our inertial navigation systems for air travel, especially in areas like urban air mobility. But they also deploy them in autonomous vehicles, drones, robots and unmanned aerial vehicles (UAVs) used for surveying and mapping.
Inertial Reference Systems
Our inertial reference systems perform to the highest standards with state-of-the-art technology and reliability.
Magnetic Sensing
Our low-field magnetic sensors are among the industry’s most sensitive and reliable, designed to accurately detect the direction and magnitude of external magnetic fields for compassing, magnetometry and positioning applications.
Non-Inertial
We offer a wide range of non-inertial positional and thermal sensors for commercial and military applications.
Precision Pressure
Our air data and pressure products are among the most accurate and stable sensor-based hardware in the industry.
Our third-generation integrated multi-mode receiver (IMMR) is the air transport industry’s only fully digital navigation receiver, incorporating instrument landing systems (ILS), global positioning systems (GPS), GPS landing systems (GLS) and VHF omnidirectional radio range (VOR).
Software Updates
Update your magnetic variation table every 10 years to avoid operational restrictions in northernmost airports like those serving Anchorage, Fairbanks, Glasgow and Edinburgh.
Thermal Switches
Our high-reliability thermal switches are the result of years of meticulous engineering. Customers can select any number of off-the shelf designs, eliminating the need for nonrecurring engineering.
Customized High Temperature Multi-Chip Modules (MCM)
AccelerometersAccelerometers
With more than three million shipped since 2001, our quartz-based accelerometers have earned a reputation for being the industry standard because of their unparalleled accuracy, durability and quality.
Air Data ManagementAir Data Management
We provide several varieties of RVSM (Reduced Vertical Separation Minima)- compliant ADCs (Air Data Computers), which use our sensor technology to deliver products with industry-leading size, weight, power, accuracy and stability.
Alignment SystemsAlignment Systems
Our precision boresight alignment system (PBAS) is a non-optical, gyro-stabilized computerized system that uses navigation-grade inertial technology to capture and calculate boresight alignment corrections.
Alternative NavigationAlternative Navigation
Alternative navigation systems use cameras, LiDAR, radar, radios and star tracker sensors to augment and/or aid inertial navigation systems where GPS is unavailable.
Attitude Heading Reference SystemsAttitude Heading Reference Systems
Our micro-electromechanical system (MEMS)-based attitude and heading reference systems (AHRS) are designed to provide unparalleled reliability and performance with significantly reduced size and weight compared to similar systems.
Global Navigation Satellite SystemGlobal Navigation Satellite System
The Global Navigation System Sensor Unit is designed to provide highly accurate GPS satellite navigation positions and is certified for the full range of flight.
Ground Based Augmentation SystemsGround Based Augmentation Systems
Our magneto-resistive sensors and ground-based augmentation system (GBAS) provide cost-effective precision navigation solutions for everything from watches to airports.
GyroscopesOur precision gyroscope and portable alignment tool help make sure your vehicle is positioned accurately, filtering out ambient motion.
Inertial Measurement UnitsOur inertial measurement units serve our aerospace customers and emerging applications including autonomous vehicles, communications, marine, mobile mapping, oil and gas, platform stabilization and more.
Inertial Navigation SystemsOur customers around the world rely on our inertial navigation systems for air travel, especially in areas like urban air mobility. But they also deploy them in autonomous vehicles, drones, robots and unmanned aerial vehicles (UAVs) used for surveying and mapping.
Inertial Reference SystemsInertial Reference Systems
Our inertial reference systems perform to the highest standards with state-of-the-art technology and reliability.
Magnetic SensingMagnetic Sensing
Our low-field magnetic sensors are among the industry’s most sensitive and reliable, designed to accurately detect the direction and magnitude of external magnetic fields for compassing, magnetometry and positioning applications.
Non-InertialNon-Inertial
We offer a wide range of non-inertial positional and thermal sensors for commercial and military applications.
Precision PressurePrecision Pressure
Our air data and pressure products are among the most accurate and stable sensor-based hardware in the industry.
Our third-generation integrated multi-mode receiver (IMMR) is the air transport industry’s only fully digital navigation receiver, incorporating instrument landing systems (ILS), global positioning systems (GPS), GPS landing systems (GLS) and VHF omnidirectional radio range (VOR).
Software UpdatesSoftware Updates
Update your magnetic variation table every 10 years to avoid operational restrictions in northernmost airports like those serving Anchorage, Fairbanks, Glasgow and Edinburgh.
Thermal SwitchesThermal Switches
Our high-reliability thermal switches are the result of years of meticulous engineering. Customers can select any number of off-the shelf designs, eliminating the need for nonrecurring engineering.
Customized High Temperature Multi-Chip Modules (MCM)
Reliability is crucial in navigational systems and sensors of all kinds. Ours are designed with every customer in mind and are engineered to last, providing world-class reliability in the air, on the ground or at sea.
1 / 3 2 / 3Whether in commercial, defense, industrial, or space applications, our navigation and sensor products are designed to function flawlessly in even the most demanding conditions.
2 / 3 3 / 3Our engineers work with customers to ensure that our highly accurate sensors are efficient and will work in any mission. Our systems and sensors are trusted by millions every day and are designed to withstand the harshest operating environments.