The Drive Line Pinion Yoke is typically a U-shaped or forked metal structure with arms that extend outward. This design allows it to securely and flexibly connect to other components within a mechanical system. The yoke is often engineered with precision to ensure durability and efficient power transfer. The primary function of a pinion yoke is to act as an interface or coupling mechanism between the pinion gear and another component. This connection enables the seamless transfer of torque and rotational motion. These components must withstand significant forces and vibrations while maintaining a secure and efficient connection between the pinion gear and the rest of the drivetrain.

Attributes:
• Pinion yoke can assist in ensuring proper alignment
• Designed to withstand air pressure 138 kPa
• Typically made of high-strength steel for durability and resistance to wear and stress
• The pinion yoke may have teeth or splines that engage with the pinion gear shaft for secure coupling
• Load distribution for even stress distribution
• Stabilization of movement in specific applications

Applications:
This Drive Line Pinion Yoke is used in a power train to transfer rotational motion and torque from a pinion gear to another component.