THRUST BENCH FOR IC ENGINES
Our Thrust-Bench for Internal Combustion (IC) Engines is a rugged, military-grade testing platform engineered to evaluate and optimize tactical UAV propulsion systems.
Built to withstand high-vibration environments, this versatile bench delivers highly accurate thrust measurements in both KgF and N, enabling defense manufacturers to validate complete propulsion setups under repeatable, simulated mission profiles.
IC TEST RIG
Key Capabilities & Technical Features
MISSION-CRITICAL PROPULSION DIAGNOSTICS
Comprehensive Propulsion Testing
Capable of evaluating individual propeller designs, standalone IC engines, or fully integrated powerplant combinations.
Mission Profile Simulation
Features programmable cycle testing that allows engineers to script and automate unique, real-world usage patterns — simulating everything from rapid combat climbs to prolonged loitering.
Critical Performance Metrics
Accurately isolates and logs vital data points to determine operational range, payload efficiency, thermal stability, and long-term mechanical endurance.
Streamlined Data Ecosystem
Equipped with advanced, easy-to-use calibration protocols and robust automated analysis tools, ensuring rapid data turnaround and precise diagnostic insights.
Tactical Mission Validation
// FORCE CALIBRATION:
Continuous dynamic force cell monitoring recording real-time thrust output in both Kilogram-force (Kgf) and Newtons (N).
// HARSH DYNAMICS:
Structural damping and rigid cradle architecture isolated to absorb continuous harmonic transients from high-displacement tactical UAV two-stroke and four-stroke heavy-fuel powerplants.