Engine and turbine testing
Precision measurement for engines, turbines, compressors and powertrain under high speed, temperature and vibration — blade dynamics, shaft torque, rotating telemetry, thermal mapping and high-speed imaging.
How Sensicore Technologies Enables Propulsion Testing
High-performance engines and turbines, and their subsystems including compressors and powertrain, demand precision measurement under extreme and harsh conditions — high speed, high temperature and high vibration.
Sensicore Technologies delivers advanced sensing and test technologies that help propulsion teams validate designs, monitor durability and optimise performance across the aerospace, automotive, energy and industrial sectors.
Whether you are testing jet engines, gas turbines, e-axles or powertrain components, our solutions provide the data clarity needed to accelerate development, validate prototypes and reduce risk.
Our portfolio supports full-cycle propulsion testing, from lab to field
- Real-time insight into blade dynamics, shaft torque, strain, vibration and temperature.
- Contact and contactless sensing for rotating components, including blade tip timing, blade tip clearance, torsional vibration and angular position.
- High-speed telemetry from rotating parts such as shafts and gearboxes.
- Thermal mapping with infrared and contact sensors for brake systems, turbine casings and clutch assemblies.
- Structural health inspection of critical components.
- Non-intrusive instrumentation with rapid deployment.
- Advanced high-speed imaging for combustion, material failure and fluid dynamics, using high-speed visible and infrared cameras.
From endurance runs to validation campaigns, Sensicore Technologies helps propulsion teams test smarter, troubleshoot faster and validate with confidence.
