A Retarder Rotor comprises a series of strategically positioned fins or vanes that facilitate the dissipation of energy and the conversion of kinetic energy into heat. It is housed within a sealed chamber filled with transmission fluid. The internal fins or blades are made to optimize fluid flow and maximize energy absorption. The rotor also has passages for coolant circulation to manage heat generated during operation.

Attributes:
• Provides additional braking power on steep grades
• Manufactured to precise specifications and is built for durability and reliability

Applications:
A Retarder Rotor engages and rotates along with the drivetrain. As the rotor spins, the fins or vanes create resistance against the flow of air, generating drag and converting the machine's kinetic energy into heat. This heat is then dissipated through the rotor's surface and surrounding components, effectively slowing down the machine and assisting in maintaining a controlled descent.