Full Locking Differential Cutaway Educational Model AE411290M

Cutaway Models - Engines, Gearboxes & Drivetrain

AutoEDU

Product number: AE411290M

ASE category: A3

Cutaway training model of a full locking differential system, typically used in off-road and utility vehicles. The model is sectioned to display the internal structure and operation of the locking mechanism. It includes gearsets, bearings, housing, and fluid operation simulation via a connected syringe and tube. Designed as an automotive education tool to demonstrate how torque is equally distributed to both wheels when traction is lost.

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Features

Cutaway model of full locking differential system.
Displays internal components including ring gear, pinion, bearings, and lock mechanism.
Hand-actuated syringe and tubing simulate hydraulic/air actuation for lock engagement.
Mounted on metal stand for stability and classroom use.
Durable construction suitable for long-term use in technical schools and colleges.

Specifications

Type: Full locking differential cutaway model.
Materials: Metal gears, bearings, cast differential housing.
Actuation: Manual syringe with tubing to simulate lock mechanism.
Weight: 24 kg (52.9 lbs).
Dimensions: 500 x 350 x 350 mm (19.69 x 13.78 x 13.78 in).
Product number: AE411290M

Value for Students

Understand differential lock mechanism and torque distribution in off-road drive systems.
Observe internal components such as ring gear, pinion gear, spider gears, and locking mechanism.
Learn basic mechanical principles: gear engagement, torque transfer, rotational motion.
Practice identification of differential housing, bearings, seals, and shafts.
Gain knowledge of how full locking systems eliminate wheel slip in low-traction conditions.
Study effects of locking on vehicle drivability, especially in uneven or slippery terrain.

Value for Instructors

Visual tool for teaching full locking differential operation.
Clearly sectioned model helps explain gear interaction and locking behavior.
Supports hands-on lessons in mechanical power transmission and traction control.
Enables instructors to demonstrate practical applications in automotive training equipment context.