Viscous Coupling Differential Cutaway educational model AE411250M

AutoEDU

Product number: AE411250M

ASE category: A3

Accurately sectioned educational model featuring a Ferguson-type viscous coupling differential used in four-wheel drive (4×4) systems. The unit shows the internal structure and interaction of gear sets, viscous clutch, and differential housing. Mounted on a metal base for stable classroom use, this cutaway provides a clear understanding of torque distribution and viscous fluid resistance in all-wheel-drive systems.

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Features

Ferguson-type viscous coupling differential for AWD systems.
Cutaway design exposes multi-plate clutch, housing, and geartrain.
Mounted on welded steel base for stability.
Color-coded sections highlight key mechanical parts.
Static display model, non-operational for safety.
Built for drivetrain system visualization and analysis.

Specifications

Type: Ferguson viscous coupling differential.
Application: Four-wheel drive (4×4) vehicles.
Dimensions: 300 × 400 × 300 mm (11.81 × 15.75 × 11.81 in).
Weight: 20 kg (44.09 lbs).
Product number: AE411250M

Value for Students

Understand working principles of viscous coupling used in AWD vehicles.
Analyze torque transfer between front and rear axles based on wheel slip.
Identify key internal components: planetary gears, clutch plates, viscous fluid chamber.
Learn how silicone-based fluid provides resistance to rotational speed difference.
Observe differential behavior under simulated driving conditions.
Explore principles of heat generation and shear force in viscous media.

Value for Instructors

Demonstrates real Ferguson-type AWD differential design in cutaway format.
Enables clear visual explanation of viscous torque transfer principles.
Ideal for lessons on drivetrain systems in automotive education.
Easy to integrate with lectures covering AWD, 4WD, and traction control systems.