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GKN drivetrain components are trusted by mechanics and Land Rover specialists for their durability, precise fitment and OEM quality engineering. Known for producing high quality driveshafts, CV joints and driveline components, GKN parts are widely used on Land Rover vehicles that require dependable power transfer, smooth operation and reliable performance on road and off road.
Universal Joint for the propeller shaft, of the 82mm cap-to-cap type. The universal (cardan) joint connects two sections of the propshaft, transmi...
View full detailsUniversal Joint for the propshaft, transmitting rotational drive between shaft sections while accommodating the angular movement of the driveline. ...
View full detailsUniversal Joint for the axle half shaft, allowing the shaft to transmit drive through an angle. The joint sits within the half shaft and lets it t...
View full detailsBoot Kit - Front Drive Shaft and Hub
Propshaft Universal Joint for V8 driveline applications. The universal joint lets the propeller shaft transmit drive through the changing angle be...
View full detailsHalfshaft for the front axle, left-hand side. The halfshaft transmits drive from the front differential through to the constant-velocity joint and ...
View full detailsUniversal Joint for the propeller shaft, measuring 75 mm across the bearing caps with a 27 mm cap diameter. The universal joint is the cross-and-b...
View full detailsYes. GKN is a major original equipment manufacturer and is widely recognised for producing high quality drivetrain and driveline components.
Common GKN components include driveshafts, CV joints, propshaft assemblies and other driveline parts used in power transfer systems.
Typical signs include clicking noises when turning, grease leakage from damaged boots and vibration during driving.
Yes. Worn driveshafts or CV joints can cause vibration, noise and poor driveline smoothness, especially under acceleration or load.
Yes. GKN components are widely used in Land Rover driveline systems and are trusted for reliable fitment and performance.