Outboard Marine Reverser Cutaway Educational Trainer AE47930M

AutoEDU

Product number: AE47930M

ASE category: A1

Mechanical reverse system designed for marine outboard motors, manually operated through a crank handle. Professionally sectioned for instructional use, the trainer showcases internal structures with components highlighted in distinct colors to identify cross-sections, lubricating circuits, and moving parts. Chromium-plated and galvanized finishes enhance durability for long-term educational use.

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Data Sheet

Features

Mechanical reverse system for marine outboard motors, manually operated via a crank handle.
Sectioned design with visible cross-sections and clear identification of internal parts.
Differentiated parts using professional painting and color coding for better understanding.
Chromium-plated and galvanized finishes ensure durability and resistance to wear over time.
Compact, lightweight structure for easy transport and storage.

Value for Students

Provides a detailed view of the internal workings of a mechanical reverse system, enabling hands-on understanding of key principles like gear engagement and torque transmission.
Enhances comprehension of lubricating circuits, showcasing oil flow paths and their role in reducing friction and wear.
Improves technical knowledge of universal reverse systems commonly used in marine applications, preparing students for real-world troubleshooting and maintenance.
Encourages practical skills in identifying, explaining, and analyzing parts such as gears, shafts, and bearings, essential for a strong foundation in marine mechanics.

Value for Instructors

Offers a safe and controlled environment for demonstrating the mechanical principles of reverse operation in marine outboard motors.
Simplifies complex concepts through clear visualization of internal components, enhancing the teaching process.
Reduces preparation time with a ready-to-use, plug-and-train design ideal for hands-on learning.
Supports various instructional methods, from visual demonstrations to in-depth discussions on maintenance, functionality, and wear analysis.