Chevrolet K3500 Crew CAB Pickup

Car parts and drivetrain components for Chevrolet K3500 Crew CAB Pickup.

Products for Chevrolet K3500 Crew CAB Pickup

2 products
1 - 2 of 2
Item no.:621047
  • Diameter: 29 mm
  • Total length: 93 mm
Item no.:621358
  • Diameter: 27 mm
  • Total length: 92 mm

Frequently Asked Questions about Drivetrain Parts for Chevrolet K3500 Crew CAB Pickup

What are the most common signs of worn universal joints on a Chevrolet K3500?

The most common symptoms include chassis vibrations under acceleration, a clunking noise when shifting between drive and reverse, and squeaking sounds from the propeller shaft that change with vehicle speed.

How do I find the correct universal joint for my K3500 Crew CAB?

The easiest and most reliable method is to select your vehicle's make, model and engine variant on cvjoint24.com. This filters our catalogue down to the exact parts engineered for your pickup's specific configuration.

Is there a difference between the drivetrain of a K3500 and a Silverado 1500?

Yes, there is a substantial difference. The K3500 is a heavy-duty pickup featuring substantially heavier-duty axles, larger universal joints, and often a more robust prop shaft setup to cope with significantly higher payload capacities and torque outputs.

What does the fitment guarantee at cvjoint24.com cover?

Our fitment guarantee ensures that the part will fit your Chevrolet K3500 when selected using your exact make, model and engine variant, eliminating the hassle of ordering incorrect parts and dealing with unnecessary returns.

How often should I grease the universal joints on my pickup?

If your universal joints are equipped with grease nipples, they should be greased at every engine oil change or after driving in particularly wet or muddy conditions to ensure maximum service life and reliable operation.

Can a failing centre bearing cause vibrations in my Chevrolet K3500?

Yes, absolutely. A worn or deteriorated centre bearing can no longer support the propeller shaft in proper alignment, leading to driveline imbalance and noticeable vibrations felt throughout the entire vehicle.