Fully operational cutaway model showcasing a self-locking hypoid differential, mounted on a sturdy table stand. This model includes a precise cross-section of a hypoid bevel gear pair, providing insight into the self-locking mechanisms and gear interaction. Designed for an in-depth study of differential operation, it allows trainees to explore OEM internal components.
Value for Students
- Learn the mechanics behind power transmission in self-locking hypoid differentials, including how torque is distributed to wheels based on traction needs.
- Explore the interaction of hypoid bevel gears, focusing on the reduction ratio and efficiency.
- Understand the self-locking feature and how it works for traction, mostly in slipping wheels conditions.
- Increase experience with open gear inspections, component analysis, and get to know the gear meshing process.
Value for Instructors
- Realistic, OEM components based demonstration of hypoid differentials. Explain of torque distribution principles in automotive field.
- Simple exposing of key components for understanding, students will fully understand how hypoid and self-locking operating.
- Teach theoretical and practical power distribution aspects for more dynamic and engaging teaching process.
- Easy to integrate into various classrooms or workshops due to its mobile, space saving and stable design. Allows concurrent use by multiple students
Features
- Cutaway model of a self-locking hypoid differential.
- Includes hypoid bevel gear pair with cross-section for gear and locking mechanism understanding.
- Uses OEM components for easy, safe, and realistic training that mimics real car.
- Mounted on a durable table stand for stability and ease of use in training sessions
- Mobile and space saving in the classroom, allows concurrent use by multiple students.
- Manual simulation for clear and engaging learning
Specifications
- Dimensions: 400 x 300 x 400 mm (15.75 in x 11.81 in x 15.75 in)
- Weight: approx. 25 kg (55 lb)
- Product number: AE411260M
