What to Do When the Inner CV Joint Can't Be Pryed Out?

2 Answers
DeElias
07/28/25 8:06pm
Solution for when the inner CV joint can't be pryed out: Hit it with a hammer first, then pry it out. The CV joint is a component found in almost every vehicle, located on the driveshaft as part of the drivetrain. The CV joint allows the driveshaft to operate at varying angles. Typically, CV joints have rubber protective boots and contain lubricating grease inside. If the rubber boot is damaged, the lubricating grease inside the CV joint will leak out, leading to abnormal wear. When the CV joint wears out, the clearance increases, causing noise from the CV joint.
Was this review help?
20
0
Share
OClaire
08/12/25 12:55am
I've encountered situations where the inner CV joint wouldn't pry out, usually due to rust seizure or deformation during installation. In such cases, I first spray lubricant like WD-40 at the connection point and wait a few minutes for it to penetrate and loosen. Then I carefully tap the edges of the CV joint with a pry bar, being careful not to use too much force to avoid damaging the driveshaft. If it still won't budge, I use a hammer for gentle tapping or heating tools like a hair dryer to soften the metal, but remember not to use open flames as they can be dangerous. When all else fails, I'll ask a mechanic for help - they have specialized pullers that can handle it. For regular maintenance, I periodically check the axle boot for wear and apply grease to prevent rust. This trouble is no small matter, but with patience, it can always be resolved.
Was this review help?
3
3
Share
Expand All
More Forum Discussions

Should I buy the Audi A3 with 1.4T or 2.0T?

Here is the relevant introduction about Audi A3 1.4T and 2.0T: 1. Engine Introduction: The Audi A3 mainly promotes the 1.4T turbocharged engine, and there is also a 2.0T turbocharged engine available for selection, both matched with a 7-speed dual-clutch transmission. In terms of chassis, the Audi A3 adopts the form of front MacPherson and rear multi-link. 2. Power Aspect: The 35TFSI model is still equipped with the high-power version of the EA211 1.4T turbocharged engine, with a maximum power of 110kW (150PS) and a maximum torque of 250N·m. These figures remain quite competitive in the current market. The 40TFSI model, on the other hand, uses the third-generation EA888 2.0T engine with a fuel hybrid injection system, boasting a maximum horsepower of 140kW (190PS) and a torque of up to 320N·m, providing very ample power. The transmission is still paired with the 7-speed S-tronic dual-clutch gearbox, which has been time-tested in Volkswagen and Audi models, demonstrating excellent performance and reliability.
15
4
Share

What model is the Mercedes-Benz WDDUG5FB?

Mercedes-Benz WDDUG5FB is the vehicle model (WDDUG5FB) manufactured by: Daimler AG, Germany. The first letter 'W' in the VIN indicates that it is an imported Mercedes-Benz. Mercedes-Benz is a world-renowned luxury car brand. In January 1886, Karl Benz invented the world's first three-wheeled automobile and obtained a patent (Patent No.: DRP37435[1]), earning him the title of 'the inventor of the automobile'. At the same time, Gottlieb Daimler, another founder of Mercedes-Benz, invented the world's first four-wheeled automobile. From then on, the world was changed. In June 1926, Daimler-Motoren-Gesellschaft merged with Benz & Cie. to form Daimler-Benz AG. Automobiles bearing the Mercedes-Benz name represent high-quality and high-performance automotive products. In addition to premium luxury cars, Mercedes-Benz is also one of the world's most famous manufacturers of buses and heavy-duty trucks. Mercedes-Benz is a company under the Daimler AG group.
19
4
Share

Difference Between 9-Speed and 6-Speed Transmissions

9-speed and 6-speed automatic transmissions differ mainly in the number of forward gears. Comparatively, the 9-speed transmission offers better power performance, higher transmission efficiency, and closer gear ratios, resulting in smoother gear shifts and lower fuel consumption. An automatic transmission with manual mode combines both manual and automatic gear functions. It is a type of automatic transmission that allows manual gear selection. The manual mode in these transmissions differs from pure manual transmissions; although they include a clutch mechanism, it does not require driver intervention, meaning the clutch operates automatically. A conventional automatic transmission typically includes a neutral gear, drive gear, first hill-climbing gear, second hill-climbing gear, and reverse gear. In addition to these, an automatic transmission with manual mode provides a function for the driver to manually shift gears, usually marked as '+' and '-' gears. These transmissions combine both manual and automatic gear functions and are a type of automatic transmission that allows manual gear selection. They do not have a clutch pedal because they are still automatic transmissions, and the clutch is not controlled by the driver.
14
1
Share

Why does a dual-clutch transmission lack power in reverse or roll back?

The phenomenon of a dual-clutch transmission lacking power in reverse or rolling back mainly stems from its structure. Some manufacturers call it DSG, while others refer to it as DCT, but they all rely on the working structure of two clutches. This clutch is similar to the one we used when learning to drive, except now it is controlled by a computer, which solves the difficulty of operation but cannot address the issue of semi-engagement. In theory, a dual-clutch transmission does not have the concept of semi-engagement; it only has the notions of engagement and disengagement. Therefore, when the program determines that the clutch is disengaged, the reverse gear lacks power and the vehicle rolls back. When we release the throttle, the program likely causes the clutch to disengage, resulting in no power and the vehicle rolling back due to gravity. Of course, some transmission programs are slightly better. For example, after releasing the throttle, there is still a 1-2 second engagement period. During this time, even if the throttle is released, the engine's torque can still keep the vehicle stationary or moving slowly, preventing immediate rolling back.
16
3
Share

Does the BMW 530le come with a dash cam?

Yes, it is equipped with a dash cam, which is connected to the fuse box and controlled by a switch at the front end. The dash cam should function normally while the car is in motion. Additionally, it can continue recording for a few hours after parking (for anti-theft monitoring). When the battery level drops slightly, the dash cam will stop recording to protect the battery and ensure sufficient power for the next engine start. Introduction to Dash Cams: A dash cam is a device that records images, sounds, and other relevant information while the vehicle is in motion. In simpler terms, it's akin to the black box installed on airplanes—essentially a black box for cars. In reality, it functions as a car camera, capable of capturing high-definition footage and comprehensively recording images, sounds, and vehicle condition data during driving. Assisting in Handling Traffic Accidents: It enables the quick, truthful, and accurate use of video footage to assist traffic police in handling accidents fairly, justly, and reasonably, helping to avoid unjust treatment.
13
3
Share

Can Crude Oil Refined by Indigenous Methods Be Used in Vehicles?

No, it cannot be used. At best, it may cause the engine to be scrapped, and at worst, it may lead to a car explosion. Poor combustion, increased carbon deposits, and insufficient engine power. The production process of crude oil refined by indigenous methods is simple, making it prone to safety accidents during production. Moreover, due to the backward production equipment, necessary stratified refining of the oil products cannot be performed, resulting in extremely poor oil quality. Illegally refined oil products also disrupt market order. Therefore, the production and sale of crude oil refined by indigenous methods have always been explicitly prohibited by the state. Crude oil refined by indigenous methods is produced by farmers in remote areas who purchase refining equipment through various channels and then dig a ditch in their yards or fields. They place waste engine oil, used tires, and other materials purchased from middlemen into iron tanks buried in the ground and "refine" diesel oil through simple boiling or other methods. Workshops producing crude oil by indigenous methods generate a large amount of toxic and harmful gases during production, with high concentrations, posing serious threats to the physical and mental health of producers and nearby residents. Arable land is polluted, soil fertility is severely reduced, and water sources and the environment are also damaged to a certain extent.
12
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.