Dynamometer System – Aerospace Precision, Industrial Power
Engineered for uncompromising accuracy. Built for dynamic industries.
Experience the next generation of high-performance testing with our fully-automated Dynamometer System, originally developed for military-grade Jet Fuel Starter (JFS) testing and now tailored to serve the automotive, energy, aerospace, and industrial sectors.
Designed to operate under extreme mechanical and thermal conditions, the system delivers millisecond-level monitoring of:
- Exhaust Gas Temperature (EGT)
- Oil Pressure
- Shaft Power
- Vibration
- Corrected Horsepower
- Gearbox Vent Pressure
Its intelligent safety shutdown logic ensures real-time risk mitigation by instantly responding to out-of-limit parameters—guaranteeing both operator and equipment protection.
Key Features
- ✅ SAE AS84 REV C Compliance – Precision aligned with aerospace standards
- ✅ Advanced Automation – One-click startup, seamless load profile execution
- ✅ Modular Sensor Interface – Expandable to match sector-specific requirements
- ✅ Data Logging & Diagnostic Suite – Real-time analytics for performance validation
- ✅ Custom Load Profiles – Supports internal combustion, electric motors, turbine drives, and hydraulic systems
Applications Across Industries
- Military Aerospace – JFS & APU testing
- Automotive – EV/ICE engine & transmission evaluation
- Wind Energy – Drive simulation and load curve mapping
- Industrial Hydraulics – Pump & motor durability trials
- R&D and Academia – Experimental setup for thermodynamic & vibration analysis
Built for Precision. Ready for Expansion.
Whether you’re pushing the limits of a jet engine or fine-tuning an EV drivetrain, our dynamometer system delivers the reliability, accuracy, and compliance you need—today and into the future.
Primary Application Domains:
- Military Aerospace:
Precision testing of Jet Fuel Starters (JFS), APU, and gas turbine start-up systems, including those in F-16-class aircraft. - Automotive Industry:
Validation and calibration of internal combustion engines, EV motors, transmissions, and complete powertrain units. - Renewable Energy Sector:
Load simulation for wind turbine drives and hydroelectric generation units. - Industrial Hydraulic Systems:
Performance benchmarking of hydraulic motors, gear pumps, and heavy-duty actuators. - Academic & Research Institutions:
Used in lab-scale R&D setups for thermodynamic, mechanical efficiency, and materials fatigue testing.
Key Advantages
- 🔧 Fully Automated Control Logic
One-click system boot and intelligent shutdown with integrated safety interlocks. - 📊 Real-Time Performance Monitoring
Captures EGT, oil pressure, vibration, corrected horsepower, gearbox pressure, and more. - 🛡️ Aerospace-Grade Protection Parameters
Shuts down under conditions like EGT > 1325°F, oil pressure anomalies, or excess vibration > 0.5 mil. - ⚙️ Customizable Hardware Interfaces
Compatible with a wide range of sensors and load configurations across industries. - 🔄 Scalable for Variable Load Ranges
Handles test regimes from <50HP up to 250HP dynamically.
