What is the lifespan of a half-shaft in kilometers?

1 Answers
ReidMarie
07/29/25 5:44pm
The lifespan of a half-shaft is generally over 10 years. Below is relevant information about half-shafts: 1. Introduction to half-shafts: In automobiles, a half-shaft typically refers to the drive axle, which is the mechanism located at the end of the drivetrain that alters the speed and torque from the transmission and transmits them to the drive wheels. The drive axle is usually composed of the main reducer, differential, wheel drive mechanism, and drive axle housing. For steering drive axles, constant velocity universal joints are also included. 2. Function of half-shafts: The drive axle is at the end of the power transmission system, and its basic functions are: transmitting the engine torque from the universal joint drive to the drive wheels through the main reducer, differential, and half-shaft, achieving speed reduction and torque increase; changing the direction of torque transmission via the bevel gears of the main reducer; enabling differential action between the two wheels through the differential to ensure the inner and outer wheels turn at different speeds; and supporting loads and transmitting torque through the axle housing and wheels.
Was this review help?
19
2
Share
More Forum Discussions

What Causes Steering Wheel Vibration in Cars?

Steering wheel vibration in cars is mainly caused by loose tie rod ends or abnormal braking. Loose Tie Rod Ends: When driving, if the tie rod ends are loose or the rubber bushings at the joints are detached, and the tires become irregular due to wear, the car should be sent to a professional repair shop for inspection and replacement of damaged parts. The vehicle may drive normally on smooth roads, but the steering wheel may vibrate when encountering rough or uneven surfaces. Abnormal Braking: Excessive or frequent braking can cause the brake discs and brake pads to overheat and deform when cooled, leading to steering wheel vibration. Generally, replacing the brake discs and brake pads can resolve this issue.
9
1
Share

What is the difference between 1.5t and 1.5gdit?

The difference between 1.5t and 1.5gdit is: 1.5gdit has direct fuel injection technology in addition to what 1.5t offers. Direct fuel injection is a technology that injects fuel directly into the cylinder to mix with the intake air. Its advantages include lower fuel consumption, higher power output, and a high compression ratio of up to 12. Compared to a general engine of the same displacement, both power and torque are increased by ten percent. Both 1.5t and 1.5gdit use turbocharging technology, which is a technology that uses the exhaust gas generated by the internal combustion engine to drive an air compressor. This technology can increase the amount of air entering the cylinder on the basis of improving the engine displacement, thereby enhancing the engine's power.
8
1
Share

How to choose between the new Honda XR-V and KAMIQ?

Comparison between the new Honda XR-V and KAMIQ: Dimensions: The new Honda XR-V measures 4328mm in length, 1772mm in width, and 1610mm in height; the KAMIQ measures 4390mm in length, 1781mm in width, and 1593mm in height. Engine: The new Honda XR-V is equipped with two engine options: a 1.5L naturally aspirated engine and a 1.5T turbocharged engine; the KAMIQ is equipped with a 1.5L naturally aspirated engine. Transmission: The new Honda XR-V is paired with two transmission options: a CVT continuously variable transmission and a 6-speed manual transmission; the KAMIQ is paired with three transmission options: a 5-speed manual transmission, a 6-speed automatic manual transmission, and a 7-speed dual-clutch transmission.
9
0
Share

What is the reason for the buzzing resonance in Hongguang?

The reason for the buzzing resonance in Hongguang is: the excessive gap between the drive shaft and the rear axle, which is a common issue with Hongguang. Rear-wheel-drive vehicles generally experience this situation. As long as the engine speed is maintained above 2000 RPM during driving or gear shifting, there will be no resonance. Hongguang is a crossover self-developed product launched by SAIC-GM-Wuling, positioned between commercial vehicles and passenger cars. With its smooth exterior design, diversified and practical spacious driving space, perfect balance between power and economy, and strong performance in handling and safety, it has overturned people's traditional impression of commercial vehicles.
1
2
Share

What is the difference between a reversing radar and a reversing camera?

The differences between a reversing radar and a reversing camera: 1. Different functions: The reversing radar relies on echo to detect distance and provides alerts through sounds of varying frequencies; the reversing camera uses a wide-angle far-infrared camera device, allowing the driver to clearly see obstacles behind the car via the in-car display. 2. Different methods: The reversing radar can only judge the distance to obstacles based on the urgency of the sound; the reversing camera allows the driver to see the obstacles, thereby determining their distance. Which one is more suitable for car owners, the reversing radar or the reversing camera, depends on the owner's habits. Everything has two sides, and both the reversing radar and reversing camera have different focuses. The reversing radar emphasizes sound effects, while the reversing camera focuses more on the visual aspect.
6
3
Share

What does a limited-slip differential mean?

A limited-slip differential is an improved type of differential that restricts wheel slippage, allowing a certain range of speed difference between the two drive wheels to ensure normal driving performance such as turning. The differential is designed to create speed differences between the wheels, enabling proper torque distribution between the left and right wheels during turns to achieve optimal turning performance. When the engine's power passes through the clutch, transmission, and driveshaft, and undergoes speed reduction and torque increase via the final drive's reduction gear, it then faces torque distribution between the left and right wheels. This allows the wheels to rotate at different speeds, enabling them to travel unequal distances in a pure rolling motion as much as possible, thereby reducing friction between the tires and the ground. This process is known as the differential action.
16
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.