Automatic Transmission Front drive 4-speed Cutaway AE411062M

Automotive training equipment built around a front-drive automatic transmission with 4 forward speeds and 1 reverse. This manual cutaway model is equipped with a hydraulic torque converter, front differential, epicyclical gear train, and multi-disk clutches. Mounted on a wheeled stand for classroom demonstrations. Components are visibly sectioned to show mechanical operation for hands-on training in automotive education.

• Transmission type: automatic, front-wheel drive.
• Gear system: 4 forward speeds + 1 reverse.
• Components: hydraulic torque converter, epicyclical gear train, front differential, multi-disk clutches.
• Trainer type: manual cutaway, not operational under power.
• Mounting: steel frame with wheels.
• Weight: 75 kg (165 lbs).
• Dimensions: 500 × 700 × 700 mm (19.69 × 27.56 × 27.56 in).
• Product number: AE411062M

• Understand automatic transmission operation by analyzing the hydraulic torque converter, gear train, and clutches.
• Learn power flow from engine to wheels via front differential and torque converter interaction.
• Visualize gear shifting by observing the engagement of planetary gears and multi-disk clutches.
• Study internal components: sun gear, planet carrier, ring gear, hydraulic channels.
• Identify wear-prone transmission components and discuss diagnostic inspection methods.
• Develop theoretical and practical understanding of torque multiplication and fluid coupling.
• Recognize how gear ratios are changed without direct mechanical engagement.
• Apply learning in context of automotive education and real-world transmission systems.

• Provides clear visual demonstration of automatic transmission internals.
• Enables structured lessons on gear ratios, torque transfer, and hydraulic control.
• Supports theoretical and practical sessions in automotive learning programs.
• Simplifies instruction of complex systems using real automotive training equipment.
• Safe and portable, ideal for class-based demonstrations and hands-on workshops.
• Allows repeatable manual shifting simulations for repeated teaching cycles.