Multilink suspension training model AE411206S

AutoEDU

Product number: AE411206S

ASE category: A4

Independent rear suspension system with five-arm multilink layout. Includes OEM components used in vehicles such as Alfa Romeo and Mercedes or similar. Each link features a spherical or ball joint. Model is mounted on a welded steel frame with integrated supports. Designed as a static educational model for automotive education and training purposes.

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Features

Complete multilink rear suspension system.
Five-arm configuration: upper/lower control arms, camber link, toe link, trailing arm.
OEM parts sourced from Alfa Romeo and Mercedes-type vehicles.
Each arm connected via ball/spherical joints.
Strong steel frame for safe handling and display.
Painted elements for corrosion protection and component distinction.

Specifications

Suspension type: Five-arm independent multilink.
Component mounting: Static, on welded steel frame.
Joints: Spherical/ball joints per link.
Application type: Rear axle systems.
Dimensions: 1700 x 750 x 1000 mm (66.93 x 29.53 x 39.37 in).
Weight: 84 kg (185.19 lbs).
Product number: AE411206S

Value for Students

Learn the structure and function of five-arm independent rear multilink suspension systems.
Identify components: upper/lower control arms, trailing arm, toe control link, camber link, subframe, and spherical joints.
Understand wheel alignment parameters: camber, toe, and caster adjustments in multilink systems.
Analyze load distribution across suspension arms under dynamic and static conditions.
Study vibration damping and how multiple links control longitudinal and lateral wheel movement.
Compare to other suspension types: torsion beam, double wishbone, and MacPherson.
Observe real OEM geometry and articulation without active motion.

Value for Instructors

Demonstrates real suspension layout in a static, clear format.
Allows detailed explanation of each component and its function.
Enables comparison with other rear axle systems during lessons.
Simplifies introduction of kinematic principles in automotive suspension design.
Suitable for group demonstrations in vocational and college settings.