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Aerospace Sensor Solutions | High Temp & High G Sensors Replace Kulite/PCB
High-precision pressure sensors and accelerometers for engine testing, wind tunnels, flight hydraulics, and structural health monitoring. 1:1 drop‑in replacements for Kulite, PCB, and Druck – with 4‑6 week lead time.
Critical Aerospace Applications
Engineered for extreme environments where accuracy and reliability are non‑negotiable.
Engine Test Cells
- High-frequency dynamic pressure measurement
- Combustion analysis & surge detection
- Performance optimization & stability test
Structural Health Monitoring
- Vibration analysis for airframes
- Fatigue monitoring of engine components
- Long-term structural reliability test
High-Temperature Environments
- -55°C up to 500°C continuous operation
- Turbine & exhaust monitoring
- Thermal shock & stability testing
Wind Tunnels
- Boundary layer mapping & telemetry
- Wing profile dynamic pressure test
- Unsteady aerodynamics measurement
Flight Hydraulics
- Transient pressure monitoring
- Landing gear & braking systems
- Flight control actuator detection
Propulsion Systems
- Rocket engine testing
- Hypersonic vehicle development
- Dynamic pressure transducer measurement
Recommended Sensors for Aerospace
Direct replacements for Kulite, PCB, and Druck – same performance, faster delivery.
MPTW100 High Frequency Pressure Sensor
0~35MPa | -55℃~150℃ | 400kHz Response
Direct Replacement: Kulite XCQ-062 Series
MPTW100 High Frequency Pressure Sensor
0~35MPa | -55℃~150℃ | 400kHz Response
Direct Replacement: Kulite XCQ-062 Series
688A08 High Temp Triaxial Accelerometer
Max 500℃ Working Temp | IEPE Output High-G Model
Direct Replacement: PCB High Temp Vibration Sensor
688A09 IEPE High Temp Triaxial Accelerometer
Max 500℃ Working Temp | IEPE Output High-G Model
Direct Replacement: PCB High Temp Vibration Sensor
MPT500 Aerospace Grade Pressure Transmitter
Wide Temp Range | High Stability for Wind Tunnel Test
Direct Replacement: Kulite HKM-17-500
MPT100 Miniature Pressure Sensor
Wide Temp Range | High Stability for Wind Tunnel Test
Direct Replacement: Kulite HKM-17-500
Aerospace Project Case Study
Customer Pain Point：Original Kulite delivery cycle up to 7 months, expensive unit price, partial models discontinued without spare replacement, blocking wind tunnel test progress.
Our Custom Solution：1:1 consistent dimension, thread, output signal, customized temperature calibration from -55~150℃, full factory aviation-level certification report.
Industry Pain Points & Our Solutions
Customer Pain Points
- Original Kulite/PCB long lead time 8~16 weeks
- Import aerospace sensors with excessive brand premium
- Discontinued imported models with no alternative spare parts
- Poor stability under ultra high temp & strong vibration
Our Custom Solutions
- 1:1 form-fit drop-in replacement for Kulite & PCB
- In-stock standard models ship within 7 working days
- Custom range/size/cable according to aviation specs
- Full technical support for whole test project development
QA Calibration & Traceability
Traceable Aerospace Quality Standards
All our aerospace-grade sensors follow ISO9001 full production management, every unit passes multi-item environmental test before delivery to satisfy aviation test strict requirement.
- Aerospace alloy raw material incoming full inspection & chip precision screening
- Mid-production cycling test: high-low temp cycling, random vibration & pressure aging screening
- Multi-point full-range calibration under standard constant temperature laboratory, optional official calibration certificate
- 100% powered burn-in aging test to eliminate early product failure
- CE & RoHS certified production, complete batch production traceability record
- 12-month global warranty + professional after-sales technical support for aviation projects
FAQ for Aerospace & Test Customers
Can your sensor directly replace original Kulite/PCB aviation sensors?
Yes. Same dimension, mounting thread, output signal and internal parameter, no modification needed for test equipment or program.
Do you support customized aviation grade parameters?
We customize measuring range,frequency response,cable length and mechanical structure based on customer’s aerospace project requirement.
What’s lead time for customized aerospace sensors?
Customized products finished within 10~14 working days,much shorter than overseas original manufacturers.
Discuss Your Aerospace Project
- 24-Hour Turnaround Our specialists review competitor datasheets, aerospace layout envelopes, and temperature margins, replying in 2 hours with customized equivalent proposal documents.
- 15-Day Adaptability If mechanical threads (e.g., standard M5x0.8, 10-32 UNF, or custom NPT fittings) or integrated connection boots require modifications, our engineers complete redesigns within 15 days.
- Sample Validation Qualified aerospace, defense, and wind tunnel labs can request certified testing samples for direct comparative bench testing prior to bulk procurement.
