Aerospace Pressure Sensors & Transmitters
Aerospace engineering demands instrumentation that performs flawlessly under extreme conditions. From ground-based engine test cells and hydraulic system rigs through to flight-critical fuel and pneumatic systems, pressure sensors in aerospace applications must deliver exceptional accuracy, rapid dynamic response, and long-term stability across wide temperature and vibration envelopes. Stork Solutions supplies a range of industrial pressure transmitters, high-pressure transmitters, and OEM pressure sensors that meet the demanding requirements of aerospace test, manufacturing, and ground support operations. Our product range spans from low-range differential and absolute pressure measurement through to ultra-high-pressure sensing up to 5000 bar, with output options including millivolt, 4-20 mA, voltage, and digital protocols such as RS485 Modbus RTU.
Key Aerospace Applications:
Fast-Response Pressure Transmitters for Aerospace Test and Dynamic Measurement
Aerospace test environments generate rapid pressure transients that standard industrial transmitters cannot capture. Engine test cells, wind tunnel instrumentation, shock tube experiments, and hydraulic fatigue rigs all produce pressure events measured in microseconds, requiring sensors with the dynamic bandwidth to track these changes without signal loss or distortion. The DMP 320 Precision Pressure Transmitter with Fast Response Time is engineered specifically for these applications. With response times as low as 9.5 microseconds and measurement frequencies exceeding 65 kHz at higher pressure ranges, the DMP 320 captures high-speed pressure events with the fidelity that aerospace test engineers need for accurate data acquisition and analysis. Its piezoresistive sensing element and compact stainless steel construction make it suitable for direct installation on test rigs, pressure vessels, and flow circuits where space is limited and vibration levels are high. For applications requiring precision across a broader range of steady-state and quasi-dynamic measurements, the DMP 331i / DMP 333i Precision Pressure Transmitters provide 16-bit digital signal processing for enhanced accuracy and long-term stability, making them well suited to calibration laboratories, environmental test chambers, and quality assurance stations within aerospace manufacturing facilities.
High-Pressure Measurement for Propulsion, Hydraulic, and Structural Test Systems
Aerospace propulsion systems, hydraulic actuation circuits, and structural proof-test rigs routinely operate at pressures that exceed the range of general-purpose industrial transmitters. Rocket engine test stands, aircraft landing gear hydraulic systems, and composite pressure vessel qualification tests all require sensors rated for extreme pressures with no compromise on accuracy or safety. The SHP 1000 High Pressure Transmitter is designed for exactly these applications, with measurement ranges from 2000 bar up to 5000 bar. Its robust construction withstands the mechanical stresses and vibration inherent in high-pressure aerospace test environments, while delivering the measurement accuracy needed for performance characterisation and safety certification. For hydraulic system monitoring and test applications in the 0 to 2200 bar range, the DMP 334 Industrial Pressure Transmitter and its precision variant, the DMP 334 i, provide the accuracy and long-term stability required for hydraulic rig instrumentation, burst and fatigue testing, and production line pressure verification. Where pressures fall in the mid-to-high range and chemical compatibility with aggressive hydraulic fluids or fuels is required, the DMP 333 Industrial Pressure Transmitter offers a welded stainless steel sensor with no internal seals, eliminating a common failure mode in high-pressure aerospace service.
Compact OEM Pressure Sensors for Aerospace Equipment Integration
Aerospace test equipment, ground support systems, and avionics test benches often require pressure sensors that can be embedded directly into custom housings, manifolds, or pneumatic circuits. Standard industrial transmitters with large housings and cable glands are frequently too bulky for these integration requirements. Stork Solutions’ OEM pressure sensor range provides compact, lightweight sensing elements designed for direct integration into bespoke aerospace hardware. The 17.600 G OEM Pressure Transmitter offers a heavy-duty stainless steel construction in a miniature form factor, suitable for embedding into test fixtures and ground support equipment where space and weight are constrained. For cost-sensitive, high-volume integration into production test systems, the 30.600 G OEM Pressure Transmitter provides a low-cost solution with millivolt output, allowing aerospace OEMs to incorporate reliable pressure measurement into their equipment without the overhead of a fully amplified transmitter. The 18.605 G Submersible OEM Pressure Transmitter extends the OEM range to immersed applications such as fuel tank level sensing and hydraulic reservoir monitoring, where the sensor must operate fully submerged in aerospace-grade fluids.
Absolute and Barometric Pressure Measurement for Altitude Simulation and Environmental Testing
Aerospace environmental test chambers, altitude simulation facilities, and engine test cells require accurate absolute pressure measurement to replicate and verify performance across a range of simulated flight conditions. Unlike gauge pressure sensors that reference atmospheric pressure, absolute pressure transmitters measure against a sealed vacuum reference, providing readings that are independent of local barometric conditions and directly comparable across test sites and altitudes. The DMP 331 Industrial Pressure Transmitter, available in absolute pressure variants, provides stable, low-drift measurement for vacuum and low-pressure altitude simulation chambers. For applications where both atmospheric reference and temperature data are needed, such as engine test cell ambient condition monitoring, the ATM/T Dual Output Pressure and Temperature Transmitter delivers simultaneous pressure and temperature readings from a single compact device, simplifying instrumentation on test stands where measurement points are at a premium. The SBPT Barometric Pressure and Temperature Transmitter, with its 500 to 1200 mbar range and excellent thermal stability, provides the atmospheric reference signal that test data acquisition systems use to normalise engine performance data and validate altitude simulation accuracy.
Partner with Stork Solutions for Your Aerospace Instrumentation Requirements
Aerospace programmes demand instrumentation partners who understand the precision, traceability, and documentation standards the industry requires. Whether you are specifying sensors for a new engine test facility, upgrading measurement capability on an existing hydraulic test rig, or sourcing compact OEM sensors for integration into bespoke ground support equipment, Stork Solutions’ UK-based engineering team can support you from initial application review through to product selection, calibration, and delivery. We work with aerospace primes, tier-one suppliers, MRO organisations, test houses, and research institutions to deliver reliable, high-performance pressure measurement solutions. Contact us today to discuss your application, request datasheets, or arrange a technical consultation.