Educational Car Differential - 3D Printable Kit

Note: "Reduce the scale up to 50 percent for printing it on a small scale as the present objects are designed to its original dimensions "

Unlock the fascinating world of automotive engineering with our 3D printable Educational Car Differential Kit! Designed for fun, education, teaching, and scientific exploration, this kit allows you to build and understand the fundamental principles behind a differential system, a critical component in modern automobiles.

Key Features:

Ring Gear and Power Gear: The kit includes a precisely engineered ring gear and power gear that form the heart of the differential mechanism. These gears are designed to mesh smoothly and provide the necessary torque distribution between the wheels.

Wheels and Speed Distributor Gear: Two wheels, along with a speed distributor gear, enable the differential to transfer power to each wheel independently. As the differential rotates, the speed distributor gear ensures that the wheels receive varying speeds based on their traction and resistance.

Sturdy Stand and Wheel Gears: The included stand provides stability and support to the differential mechanism, ensuring smooth and accurate operation. The wheel gears connect the power gears to the wheels, allowing the power to be transmitted efficiently.

Motor Coupler: The motor coupler allows you to connect a motor to the differential, enabling hands-on exploration of how different power sources can drive the differential mechanism. The coupler is designed with flexibility, allowing users to drill a hole according to the motor size they wish to use.

Rotation Handle and Stopper: The rotation handle provides a convenient way to manually rotate the differential mechanism, allowing users to observe the intricate interactions between the gears. The stopper, connected to the speed distributor gear through screws, fills a 3mm diameter hole, providing precise control over the speed distribution.

High-Quality Bearings: bearings with a 26mm outer diameter and 10mm inner diameter. These bearings ensure smooth rotation and reduced friction within the differential assembly, enhancing its overall performance.

Embark on a journey of discovery with the Educational Car Differential Kit. Perfect for enthusiasts, students, and educators, this 3D printable kit offers an engaging and interactive way to explore the mechanics of a differential system. Whether you're interested in understanding vehicle dynamics or simply enjoy hands-on learning experiences, this kit is a must-have for your collection. Get ready to revolutionize your understanding of automotive engineering and have hours of educational fun!

large parts should be printed as 20 percent infill while small parts with 50 percent.
speed 65 mm/s
support with a stand is required. gears too require support but if good quality printers are used than no support is required.