Shock absorber 23247470 is suitable for Cadillac ATS 3.6L 2.0L 2013-2019.
This Cadillac shock absorber seamlessly blends high performance with ultimate comfort, offering exceptional driving experiences whether navigating bustling city streets, speeding along open highways, or tackling rugged off-road terrains. In harmony with Cadillac's advanced magnetic ride control system, the shock absorber's stiffness adjusts with millisecond precision, significantly enhancing the vehicle's handling responsiveness and ride comfort.
Moreover, with its remarkable shock absorption and roll control capabilities, this shock absorber significantly boosts the vehicle's stability and safety during high-speed or aggressive driving. Whether on smooth highways or uneven off-road paths, it intelligently adapts to real-time road conditions, ensuring that drivers enjoy the smoothest, most stable driving experience under any driving scenario.

Shock Absorber A2133200800 is suitable for Benz AMG CLS50 4MATIC 2020.
This shock absorber not only focuses on comfort but also strives for excellence in sports performance, significantly enhancing your vehicle's handling agility and driving stability under intense driving conditions. It integrates precise tuning techniques with advanced material science, maintaining a high level of riding comfort while delivering exceptional athletic performance.
Shock absorbers play a pivotal role in ensuring precise vehicle control and smooth driving stability. With its outstanding performance, this shock absorber effectively regulates vehicle dynamics, drastically reducing roll and sway, keeping your vehicle steady even during sharp turns or high-speed travel, and safeguarding your driving safety.

Shock Absorber LR024444 is suitable for Land Rover Range Rover Evoque L538 2011-2019.
This shock absorber not only focuses on enhancing ride comfort but also emphasizes optimizing vehicle handling performance. Especially on complex or uneven terrains, it can effectively control the vehicle's vibrations, ensuring that the wheels remain firmly in contact with the road surface, thereby significantly improving the vehicle's stability and traction. This is of great importance for drivers to enhance vehicle handling performance when exploring off-road or navigating rugged terrains.
Moreover, it is equipped with advanced electronic controlled shock absorber systems that can dynamically adjust the damping force of the shock absorbers in real-time based on the vehicle's driving conditions, load changes, and the driver's actual needs. With this precise control technology, the vehicle can achieve a perfect balance between ensuring ride comfort and enhancing handling performance.

Engine mount LR021635 is suitable for Land Rover Freelander2 2.2L CR DI 16V Diesel Version All-Wheel Drive 2011.
This Land Rover engine mount employs premium rubber material, which not only boasts exceptional elasticity and remarkable durability, enabling it to effortlessly withstand the immense pressure and intense vibrations generated during engine operation. Moreover, it efficiently absorbs the vibrations and noise produced by the engine, significantly enhancing the quietness within the driving compartment, and creating a more comfortable riding environment for passengers.
Additionally, by effectively reducing engine vibrations, it improves the vehicle's driving stability and handling performance, thereby ensuring a safe and worry-free driving experience.

Engine mount 22116859413 is suitable for BMW F20 F30.
This BMW engine mount incorporates cutting-edge rubber and composite material technology, effectively isolating vibrations generated during engine operation. Its unique design significantly reduces the transmission of vibrations between the engine and the vehicle body, minimizing interior noise and vibration, thereby delivering an ultimate comfort experience for drivers and passengers. Meanwhile, BMW ensures engine stability by meticulously balancing the stiffness and elasticity of the materials, effectively curbing unnecessary engine movements and making driving responses more precise and direct.
Moreover, this engine mount utilizes high-quality and durable rubber and composite materials, exhibiting exceptional heat resistance and anti-aging properties. This means it maintains stable performance in various extreme environments, such as high temperatures, humidity, or cold weather, ensuring the vehicle's engine support system remain

Engine mount 2222407800 is suitable for Benz Maybach S-Class S560 W222 Petrol 2019.
Engine mounts, as the core connecting components between the engine and the vehicle body, play a crucial role in effectively reducing engine vibration and noise, while significantly enhancing driving stability and passenger comfort. Their primary function is to absorb and isolate vibrations generated during engine operation, thereby enabling drivers to enjoy a smoother and more enjoyable driving experience.
This engine mount is crafted from a meticulous combination of high-strength rubber and metal composite materials, incorporating advanced design and manufacturing techniques to ensure superior performance even under extreme operating conditions. The specially selected rubber material boasts exceptional vibration absorption capabilities, effectively isolating vibrations generated by the engine. By significantly reducing the transmission of vibrations between the engine and the vehicle body, it not onl

The left front drive shaft is a critical component for transmitting engine power, responsible for delivering the transmission's output torque to the left front wheel. It allows flexible angle adjustments during vehicle turns while maintaining stable power delivery, ensuring flexible and smooth vehicle handling. When the vehicle travels over bumpy roads or carries varying loads, the drive shaft works in coordination with the universal joint and CV joint to absorb and mitigate the vertical motion of the suspension system, ensuring continuous power output and reducing impact transmission.

The primary function of the left front drive shaft is to transfer the engine-generated power through the transmission to the left front wheel, ensuring the vehicle operates smoothly and efficiently. Its design emphasizes precision and durability to meet various driving scenarios and requirements.