Sensors for Aerospace Applications
HITEC designs and manufactures state-of-the-art force, movement, and torque sensors for civil and military aviation as well as governmental and private spaceflight programs. Our custom solutions are optimized to meet the uniquely specialized requirements of the aerospace industry, delivering on our uncompromising standards of performance, quality, and reliability.
Over the course of our 50+ year history, we have developed an exceptional range of sensor capabilities, gaining a unique insight into the aerospace industry’s demands for sensor functionality, space and weight-saving, ease of integration, reliability in extreme conditions, and meeting certification requirements. While we also provide the industry with general-purpose sensors, our greatest contribution is our ability to customize sensors to the rigorous specifications of the most vital aerospace sensor applications.
CUSTOM SENSORS FOR THE AEROSPACE INDUSTRY
Flight Controls
Dual & Single Axis Force Sensor
Measure Pilot input (force applied) and feeds into flight control system
Quad Redundancy
Enhance the reliability and fault tolerance of critical systems
Multi-Axis Force Sensor
Enable measurement of complex control inputs in three-dimensional space for advanced flight applications
Active Control Systems
Support real-time monitoring of pilot and system forces in active control and active parallel actuation architectures
Haptic Feedback
Provide active tactile response to pilot inputs, improving situational awareness and control precision
Airframe & Structural Integrity
Custom Load Cells
Provide accurate force measurement across aerospace components and structures. Custom-engineered to meet the performance, space, and durability requirements of specific aircraft systems
Miniature Sensors
Compact sensors designed to measure a multitude of parameters in aircraft systems where space and weight are limited
Research & Development Support
Enable aircraft design validation through structural load testing, strain measurement, and data acquisition in R&D settings
Strain Gauge Installations
Strain gauge installations for load testing to ensure structural design efficacy in lab and field environments
Flight & Field Testing
Perform instrumentation and in-situ data collection to validate aircraft modifications and monitor real-world performance
Zero Failure Benchmark
Successfully gauged fuselage with zero recorded failures, demonstrating proven sensor reliability in critical aerospace testing
Brake Systems
Aircraft Electric Brake Sensor
Large weight savings over traditional hydraulic braking systems
Compact Integration
Designed to operate within tight space constraints where every gram of system weight impacts aircraft efficiency
All-Electric Aircraft Support
Engineered to support next-generation electric aircraft architectures and braking systems
Rugged & Thermal Shock Resistant
Built to withstand harsh environments and rapid temperature changes without compromising sensor accuracy or durability
Turbine Blade Gauging
Turbine Blade Gauging
Used within the design and development of turbine engines to measure stress and strain during operational and test conditions
Field Instrumentation Services
Support blade testing and health monitoring in real-world environments with onsite strain gauge installations and data acquisition systems
Secondary Load Path Sensors
Secondary Load Path Sensors
Functions as part of the secondary load path engagement detection system
Primary-to-Secondary Load Transfer
Monitors system response when load shifts from the primary to the secondary path, typically at the rear of the aircraft
Sealed for Harsh Environments
Built with rugged, sealed designs to ensure reliable performance in extreme aerospace conditions
Continuous Level Sensors
Continuous Level Sensors
Designed to measure and monitor the level of waste or fluid in aircraft tanks
Sealed for Fluid System Integrity
Fully sealed construction ensures reliable performance in fluid and waste systems, preventing contamination or failure
Maintenance Optimization
Provides real-time feedback to indicate when servicing is required, helping optimize maintenance schedules and reduce downtime
What Sensors are used in Aerospace?
Our custom sensor designs are found on well-known flight platforms including the Airbus A220 and A350, Gulfstream G500 and G600, Embraer E170/190, and are soon to be installed on the Block 2 version of the Boeing CH-47F. They provide precise, repeatable measurement for airframe structural analysis and fatigue testing, electric actuation systems, health and usage monitoring systems (HUMS), advanced cockpit controls, and many other applications.
Our team also performs strain gauge installations and field instrumentation, supporting structural testing and validation on in-service aircraft, both in lab and operational environments.
Monitoring the fuselage of an aircraft is critical to safety and performance, our miniature sensors can be placed throughout an aircraft to provide sensory data on the health of the structure.
Our Torque Thrust Load Cell sensors provide pilots with haptic feedback from the flight control sticks to give them more information and greater control while they fly.
We specialise in providing bespoke custom strain gauge sensors for the aerospace industry to suit any application.
Apply strain gauge technology directly to your component or system and measure static and dynamic forces and loads without adding an external sensor.
WE PROVIDE FULL LIFE CYCLE END TO END CUSTOM SOLUTIONS IN HOUSE
Safer Aircraft Through expert engineering
As the aerospace industry makes increasing use of electric actuation, data-based monitoring, and standardized control systems, HITEC is the ideal partner for sensors that are available today and engineered for the long-term future.
Our experts work in direct collaboration with yours. For example, we can work with your engineers to customize best-fit sensors for your aircraft. We can come to your site to install strain gauges throughout your airframe, with all data routed to a single point for analysis. We understand certification requirements and can help you meet them for individual sensors and integrated assemblies.
We proudly operate an Aerospace Center of Excellence in Sri Lanka, featuring a cleanroom manufacturing facility dedicated to high-precision aerospace sensor production. This enables us to deliver consistent quality and scalability for programs around the globe.
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