1686033C1
SHAFT, AXLE REAR RIGHT
Navistar International®

The rear axle shaft, right, is a vital component that connects the rear wheels to the vehicle's differential, facilitating the transfer of power and ensuring smooth operation. This part is engineered to endure significant stress and torque, making it essential for maintaining vehicle stability and performance. Typically constructed from high-strength steel, the rear axle shaft is designed to resist bending and breaking, even under heavy loads. Its precision design includes splines that ensure a secure connection to the differential and wheel hubs, promoting efficient power transfer and reducing wear over time.

With a longstanding tradition of excellence in the automotive industry, Navistar International Corporation has established itself as a trusted provider of components for heavy-duty vehicles. The rear axle shaft, right, is a vital part that connects the rear wheels to the differential, facilitating efficient power transfer. Navistar's expertise in engineering high-strength components is evident in this product, which is designed to endure significant stress and torque during operation. Constructed from durable materials, the rear axle shaft ensures optimal performance and stability, making it essential for maintaining vehicle integrity. By focusing on quality engineering, Navistar reinforces its reputation as a leader in the automotive market.

For anyone looking for a rear axle shaft, right, Source One Parts Center is the best place to shop. This vital component connects the rear wheels to the vehicle's differential, facilitating efficient power transfer. Source One offers axle shafts engineered to endure significant stress and torque, ensuring optimal performance and stability. The knowledgeable staff at Source One is dedicated to helping you find the right axle shaft for your specific vehicle, ensuring you receive expert guidance throughout your purchasing experience. With a commitment to quality and fast shipping, Source One is dedicated to helping you maintain optimal performance and reliability.