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Full Locking Differential Cutaway Educational Model AE411290M

Full Locking Differential Cutaway Educational Model AE411290M

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.

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