ChevyParts
My Garage
My Account
Cart
OEM Chevrolet Uplander Drive Shaft
Axle Shaft- Select Vehicle by Model
- Select Vehicle by VIN
Select Vehicle by Model
orMake
Model
Year
Select Vehicle by VIN
For the most accurate results, select vehicle by your VIN (Vehicle Identification Number).
1 Drive Shaft found
Chevrolet Uplander Drive Shaft Part Number: 15176232
Chevrolet Uplander Drive Shaft
Want to cut long-term maintenance and repair costs? Choose OEM Drive Shaft. Those parts deliver top durability you can trust. On our site, you'll find a huge catalog of genuine Chevrolet Uplander parts. Prices are unbeatable, so you can keep more in your pocket. Every OEM Chevrolet Uplander Drive Shaft includes a manufacturer's warranty. You can also get an easy return policy that keeps buying risk free. Fast delivery, get your car on the road quickly. It's simple to search, compare, and order. Stop guessing about quality or fit. Order today and save with parts that last.
Chevrolet Uplander Drive Shaft is an important car part well known for its efficiency in transmission and interconnection of the engine power to the wheels. Specifically, for Chevrolet Uplander of 2005-2009, this Drive Shaft guarantees the proper functioning of your vehicle hence providing efficiency and safety in your use. The Uplander's Drive Shaft normally comes with universal or splined joints to allow for relative misalignment and relative distances which is so important to ensure the vehicle operates optimally in all the possible driving scenarios. Depending on the type of the car, one or two-part Drive Shafts can be integrated into the Uplander's models, which affect the weight distribution and crash safety and contribute to the improvement of the driving performance. In the all-wheel drive configurations, there are multiple drive shafts that work collectively with the aid of a transfer case to actually bring forth the power to the front and rear axles. The Chevrolet Uplander has a rather potent engine lineup and sophisticated transmission to boot, and is Julie of the rigid Drive Shaft that is also important for the adequate fuel efficiency and rather good motoring characteristics of the vehicle. Most conspicuously, there is a specific demand for the Uplander's Drive Shaft in the market since it does not rot and requires the least of alteration within the vehicle's powertrain system. In conclusion, the Chevrolet Uplander Drive Shaft can be considered one of the vehicle's premier features as it plays a vital role in the properly functioning of the Uplander and in providing comfortable driving experience for its owners.
Chevrolet Uplander Drive Shaft Parts and Q&A
- Q: How to replace the Drive Shaft on Chevrolet Uplander?A:Vehicle rising and support installation comes first when replacing the propeller shaft. Use a marker to find the reference points on the propeller shaft by the transfer case flange before extracting the propeller shaft-to-transfer case flange bolts. The installation starts with marking the propeller shaft at its torque tube flange before removing the propeller shaft-to-torque tube flange bolts. Use proper vehicle support then push the propeller shaft toward the trailing wheel position for removal. When installing the propeller shaft begin by mating its rear end to the torque tube flange while keeping their reference points aligned. Before assembling the bolts apply threadlocker GM P/N United States 12345493 P/N Canada 10953488 or equivalent onto the threads. The installation of propeller shaft-to-torque tube bolts should begin manually with crescent washers positioned correctly between each bolt pair. Drive the propeller shaft toward the back of the vehicle until you can join it with the transfer case flange while maintaining proper alignment of reference marks. Both propeller shaft-to-transfer case bolts must receive a crescent washer for installation before bolting to final torque values at 33 Nm (24 ft. lbs.) achieved in a cross sequence pattern. The technician should proceed with tightening the propeller shaft to torque tube bolts by following a cross sequence pattern to achieve the specified torque values. Finally, lower the vehicle.
