6-Speed ​​Transmission Model - A Perfect Teaching Tool for Car Shifting

• Handling time>> Priority is given to delivery after payment
• 💯Payments Via PayPal® or Credit Card
• 🌈 Guarantee>> We have a a risk-free 90-day guarantee
• 🎯Shipping takes different depending on location
• 99.6% Reviewers Buy 2 or more!

I. Product Highlights

(I) Ultra-Intuitive Visual Design

Utilizing 3D-printed colored gears, the gears in different gear positions are distinguished by vibrant colors such as red, yellow, green, and blue, with the internal transmission structure fully exposed. When operating the shift lever, the meshing, disengagement, and rotation of each gear can be clearly seen, instantly making the complex principles of car shifting clear and understandable, breaking the abstract and difficult-to-understand barriers of traditional teaching.

(II) Accurate Reproduction of Car Shifting Logic

This model accurately replicates the structure and shifting mechanism of a 6-speed car transmission (including reverse), equipped with a professional shift lever and clearly labeled gear positions (1, 2, 3, 4, 5, R). From starting in 1st gear to high-speed driving in 5th gear, and then switching to reverse, every shift operation is highly consistent with the working logic of a real car transmission, allowing learners to immerse themselves in the mysteries of car power transmission and gear shifting.

(III) High-Quality 3D Printing Technology

Core components, including gears, are manufactured using high-precision 3D printing technology. The material is durable and the surface is smooth, ensuring smooth gear meshing and stable transmission. The overall model is meticulously crafted and compact, measuring 190mm × 125mm × 210mm, making it convenient for classroom demonstrations, experimental experiments, and individual research.

II. Teaching Application Scenarios

(I) Automotive Engineering in Vocational Colleges

In courses such as "Automobile Structure" and "Automobile Transmission System," teachers can use this model to vividly explain the components of the transmission, the transmission ratios of each gear, and the power transmission path. This helps students quickly grasp the core principles of the transmission and lays a solid theoretical foundation for subsequent skills development in vehicle maintenance and modification.

(III) General Technology/Physics Extension Teaching in Middle Schools

Used in general technology classes in middle schools, it can stimulate students' interest in mechanical transmission. When expanding on the topic of "Mechanical Motion and Force" in physics classes, it can visually demonstrate the relationship between speed and force in gear transmissions, making abstract physics knowledge tangible and enhancing students' practical and investigative skills.

(III) Self-Learning Tool for Auto Enthusiasts

Auto enthusiasts can use this model to independently explore the mysteries of car shifting, gain a deeper understanding of the differences in speed, power output, and other aspects between different gears, and satisfy their curiosity and desire for exploration in automotive technology.

III. Product Structure

The model includes core components such as a TT motor-simulated engine, an engine transmission gear set, gears for each gear (1st-5th, reverse), shift forks (2nd/1st, 4th/3rd, and R/5th), a shift lever, a transmission case, and a power take-off shaft. Each component has a clear division of labor and works together to accurately reproduce the complete process of a car transmission, from power input to power output in different gears.

IV. Usage

Connect a power source (to simulate motor power input, connect an adapter; the motor will drive the engine transmission gear set).

Operate the shift lever and move it to the corresponding gear position according to the gear markers (1, 2, 3, 4, 5, and R).

Observe the meshing state, rotation speed, and direction of the colored gears in different gear positions, feel the changes in power transmission, and gain a deeper understanding of gear shifting principles.

V. Reasons to Buy

Efficient Teaching: Makes complex gearbox principles visible and tangible, significantly improving teaching efficiency and student understanding.

Reliable Quality: 3D printing ensures gear precision and model durability, allowing for long-term use in teaching demonstrations and experiments.

Versatile: Suitable for teaching scenarios from middle schools to vocational schools, and also suitable for self-study by automotive enthusiasts, it is highly practical.

Choose this 6-speed gearbox model and embark on an intuitive, engaging, and efficient learning journey into automotive gear shifting principles!