Business Details
46 Years
experience
Trusted Inertial Sensor Solutions Since 1980
Since 1980, Watson Industries has specialized in engineering inertial measurement solutions for demanding environments. Our expertise spans aerospace, automotive, marine, and industrial applications, delivering rugged sensors like accelerometers, rate gyros, and GPS-aided inertial systems. As an ISO 9001:2015-certified manufacturer, we prioritize precision calibration services conforming to NIST standards. Our patented technologies and technical papers presented at global symposia demonstrate deep domain expertise.With decades of experience in sensor development, we provide customized solutions for stabilization, navigation, and motion control challenges. Our quality assurance program ensures reliability across all production processes. We maintain global distribution networks while offering direct customer support through multiple communication channels. Our facility in Eau Claire, Wisconsin, serves as a hub for innovation in inertial sensing systems.
Services
Accelerometers
Attitude Gyros
GPS-Aiding Systems
Inertial Measurement Units
Magnetometers
Rate Gyros
Stabilized Mounts
Vertical Reference Systems
Details
- Year established: 1980
Highlights and features
- 40+ years of specialized experience in inertial sensor development
- ISO 9001:2015-certified quality management system
- NIST-standard calibration services for precision requirements
- Patented gyroscopic and inertial measurement technologies
- Proven solutions for extreme environmental conditions
Associations and certifications
- ISO 9001:2015
Services
Inertial Measurement Units
Our inertial measurement units combine gyroscopes, accelerometers, and GPS technology for precise motion tracking. These systems provide real-time data on orientation, velocity, and gravitational forces. Designed for harsh environments, they serve aerospace navigation, marine stabilization, and industrial automation applications requiring high reliability.
Rate Gyro Calibration
We offer precision calibration services for rate gyros up to 3000/sec angular velocity. All calibrations follow NIST traceable standards to ensure measurement accuracy. This service maintains optimal performance for existing sensor installations across various industrial applications requiring precise rotational measurement.
Gyro-Stabilized Mounts
Our gyro-stabilized mounts maintain equipment orientation in dynamic environments. Using advanced inertial sensing, these systems counteract motion disturbances for applications like satellite antenna tracking and maritime sensor platforms. They ensure consistent performance in aerospace and marine operations experiencing vibration or movement.
Vertical Reference Systems
These systems provide accurate vertical reference data using inertial measurement technology. Available in single and dual-axis configurations, they support applications requiring precise angular measurement for stabilization and navigation. Designed for reliability in extreme operational conditions across industrial and transportation sectors.
Heading Reference Solutions
Our heading reference systems deliver accurate directional data independent of magnetic interference. Using gyroscopic and GPS-aided technology, they provide reliable heading information for vehicles and platforms operating in challenging environments. These solutions serve aviation, maritime, and land-based navigation requirements with high precision.
Questions
What industries do Watson Industries' sensors serve?
Our inertial sensors support aerospace, automotive, marine, and industrial applications including satellite stabilization and deep-sea operations.
Are calibration services available for existing sensors?
Yes, we offer NIST-standard calibration for rate gyros up to 3000°/sec through direct email or phone contact.
What quality certifications does Watson Industries hold?
We maintain ISO 9001:2015 certification for our production facility in Eau Claire, Wisconsin.
Can you provide custom sensor solutions?
Yes, we specialize in custom-engineered inertial measurement systems tailored to specific application requirements.
