Quick Answer: Turbojet Engine Model shows the sections of a jet engine, from air intake and compressor stage through the combustion chamber and turbine section to the exhaust, on a support base, so teachers can explain how compressed air and exhaust flow produce thrust.
Last updated: October 2026
Key Features
Engine section representation with compressor stage and combustion chamber
Turbine section and exhaust arrangement
Mounted on a support base
Used to explain the sequence from air intake to exhaust thrust
Used manually, without electricity
Technical Specifications
Specification
Value
Sections shown
Air intake, compressor stage, combustion chamber, turbine section, exhaust arrangement
Mounting
Support base
Operation
Manual
Learning level
Secondary, senior secondary, undergraduate
About This Product
Within Physics Miscellaneous Products, the model is placed on a stable surface and its sections are identified in turn, then used to trace how air is drawn in, compressed, mixed for combustion and expelled as high-speed exhaust. It is a visual teaching aid for propulsion and turbine-based power topics.
Frequently Asked Questions
Q1. Which stages of a turbojet does the model cover? Air intake, compression, combustion, turbine action and exhaust thrust generation.
Q2. Does the Turbojet Engine Model need electricity? No. It is used manually unless it is paired with a separate demonstration accessory.
Export orders from Lab Equipments Ambala have gone to buyers in Kuwait, Laos, Namibia and Tajikistan, among other markets.
.jpg)
 (1).png)
 (1).png)
