Educational Turbojet Engine Trainer
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Product Code : SCL-SK-12148
Educational Turbojet Engine Trainer (SKU SCL-SK-12148) is a teaching apparatus for explaining how a turbojet works: air enters the intake, is compressed, mixed with fuel and burned, expands through the turbine and leaves the nozzle to produce thrust. Engineering colleges, polytechnics, aviation training labs and TVET centres use it for propulsion lessons. Science Lab Supplies offers the trainer from Ambala, India to colleges, training institutes, tender contractors and distributors.
Specifications
The trainer is organised around the main gas-turbine stages in sequence, so students can follow the airflow from inlet to exhaust. Whether it is a static, cutaway, motorised or live-running unit, and its instrumentation, power, fuel system and dimensions, are not fixed on this listing and are confirmed on the quotation.
| Parameter | Value |
|---|---|
| SKU | SCL-SK-12148 |
| Type | Turbojet engine training model |
| Stages covered | Intake, compressor, combustion chamber, turbine, exhaust nozzle |
| Topics | Gas-turbine propulsion, Brayton cycle, thrust generation |
| Operating status | Static, cutaway, motorised or functional: stated on the quotation |
| Supplied by | Science Lab Supplies, Ambala, India |
Applications and Experiments for the Turbojet Engine Trainer
Instructors use the trainer to identify each engine section, trace the airflow path and relate each stage to the Brayton cycle and to thrust. It fits thermodynamics and propulsion modules in diploma and degree mechanical or aeronautical courses, aviation maintenance training and TVET programmes.
- B.Tech and diploma mechanical engineering: gas turbines and the Brayton cycle.
- Aeronautical and aviation maintenance training: turbojet layout and propulsion.
- TVET engineering modules on engines and turbomachinery.
- Physics extension: thrust as an application of Newton's third law.
Speed, temperature, pressure or thrust readings are possible only where the version offered includes instruments.
Standard Scope of Supply
The Educational Turbojet Engine Trainer is supplied as one training unit as described above. Items such as a base frame, labelled sections, instrument panel, control unit, safety guard or operating manual depend on the version offered, and the quotation lists every item supplied.
Packing, MOQ and Lead Time
Institutions can ask for one trainer or several for a propulsion or engine lab. The quotation gives packing, delivery time and price for that quantity, and other STEM science kits in India, such as the engine and mechanics models listed below, can be added to it.
As a registered exporter with an Importer-Exporter Code, Science Lab Supplies can ship to buyers in Tanzania, Uganda, the UAE, Saudi Arabia, Oman and the Philippines. Science Lab Supplies is registered for GST (GSTIN 06ADEPJ0574F2ZU). Use the contact page to ask about the operating status, the enquiry cart to list items, and the lab tender page for tender purchases.
Frequently Asked Questions
Is this a live-running turbojet?
The operating status is not fixed on this listing: it may be static, cutaway, motorised or functional. The quotation states which type is offered, together with any power or fuel requirements.
Which engine sections does it show?
It is built to teach the intake, compressor, combustion chamber, turbine and exhaust nozzle, following the airflow from inlet to exhaust and relating each stage to thrust.
Who supplies the Educational Turbojet Engine Trainer?
Science Lab Supplies supplies it from Ambala, India, as a laboratory equipment supplier in India serving engineering colleges, polytechnics and TVET centres, and quotes it alongside related training models.
What safety precautions are needed?
Use qualified instructor supervision. A functional trainer involves fuel, hot exhaust and fast rotating parts and must not run indoors without approved ventilation, guarding, fuel controls and emergency procedures.
Related Engine and Mechanics Models
Propulsion teaching links engine cycles, turbines and the physics of thrust. These items from the same Science Kit range add a piston engine model, a third-law model, a hydraulic brake model and a water turbine, giving an engine or mechanics lab several related demonstrations on one quotation.
- Two-Stroke Compression Ignition Engine Model — a piston engine cycle for comparison.
- Newton's Third Law Model lab — the action-reaction principle behind thrust.
- Hydrostatic Pressure Mechanical Brake Model — hydraulic force transmission.
- Water Turbine with Electric Generator Model — another turbine for comparison.
Browse the full Science Kit range or all educational lab equipment.
Last updated: 25 September 2026
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