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Jet Propulsion Lab for Engineering Colleges and Govt labs

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60kg Thrust Measuring Device X6 - X8 - X9 - X11

Jet Propulsion Lab for Engineering Colleges and Govt labs

Quick Overview

Study on Fuel and combustion

Study on Thermodynamics and propulsion Studies

Study on Fluid mechanics and aerodynamics

Study on Instrumentation and controls

Study on Mechanical and Structural

Interdisciplinary / Advanced Research

Study on Noise & Acoustic

₹1,200,000.00

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Jet Engine Laboratory for Engineering Colleges and Research Centers

Benefits for Colleges

Enhances your curriculum accreditation (AICTE, UGC, NBA, NAAC, ABET)
Provides a unique laboratory showcase for visitors & NAAC inspections
Creates research opportunities for students & faculty
Boosts industry collaborations with aerospace & defense sectors
Attracts students by showing cutting-edge facilities

Thermodynamics & Propulsion Studies

Brayton Cycle Analysis – measure pressure, temperature, and efficiency at different stages.

Thrust Measurement & Efficiency – correlation between fuel consumption, thrust, and exhaust velocity.

Specific Fuel Consumption (SFC) – evaluating energy efficiency of the turbine.

Heat Transfer in Turbines – exhaust gas temperatures, cooling methods, and energy balance.

Fluid Mechanics & Aerodynamics

Airflow Dynamics – study mass flow rates, pressure ratios, and compressibility effects.

Inlet and Nozzle Design Experiments – how nozzle geometry affects exhaust velocity and thrust.

Exhaust Jet Visualization – flow visualization techniques (e.g., smoke, schlieren imaging, PIV).

Instrumentation & Control

Sensor Integration – thrust, RPM, EGT (Exhaust Gas Temperature), fuel flow, pressure.

Control Systems – PID tuning for turbine speed, fuel control, and stability.

Data Acquisition & Analysis – using Arduino, DAQ cards, LabVIEW, or MATLAB for real-time monitoring.

Fuel & Combustion Studies

Fuel Comparison – Kerosene, Jet A1, Biofuels, and synthetic fuels.

Combustion Efficiency – studying flame stability, ignition characteristics, and emissions.

Emission Analysis – NOx, CO2, unburnt hydrocarbons (with gas analyzers).

Mechanical & Structural Studies

Vibration Analysis – measuring rotor balancing, resonance, and damping.

Bearing & Rotor Dynamics – study of lubrication, wear, and high-speed operation.

Thermal Stress Studies – impact of heating/cooling cycles on engine parts.

Interdisciplinary / Advanced Research

Hybrid Propulsion – coupling electric motors with micro turbines.

UAV Applications – mini jet engine as propulsion for drones / experimental aircraft.

Noise & Acoustic Studies – measuring noise levels, suppression techniques.

Renewable Energy Research – testing biofuels / hydrogen-based fuels in small turbines.

Please contact via Whatsapp Chat on 9502219200.

More than happy to connect you to you.

This system is designed and developed in India by DRDO Awarded scientist.

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