MaXpeedingrods Quick Complete Front Strut fit for Ford Mustang 2015-2023 3.7L 2.3L

Using Japanese ENEOS brand damping oil to to ensure stable shock absorber operation from -40℃ to 80℃.

The damping oil is rigorously tested in the lab fit for viscosity, density, high and low temperature function, etc. to ensure the stability of each batch of damping oil.

Thicker strut pipe and heavier spring provides better intensity.

The spring has undergone over 600,000 continuous fatigue testing to ensure its high tensile strength.

The installation dimensions are strictly controlled to ensure compability.

The extension and compression length of the spring are consistent with the stock strut, ensuring the same stroke as the original factory.

The damper has undergone 3,000,000 fatigue durability tests, showing no oil leakage, with a damping force decay rate not exceeding 20%.

The welded bracket has undergone 400,000 durability tests under a tensile pressure of 0.8MPa to ensure its strength.

The dust cover can pass 300,000 durability tests without breaking.

The high-rigidity top mount can reduce the vibration generated by the shock absorber movement and reduce the noise.

Parts and components are subject to comprehensive material control, and 7 quality manufacturing process checkpoints ensure product quality.

The use of environmentally friendly packaging can reduce pollution, which is based on our sustainable development concept.

★Manufacture Introduction:

MaXpeedingrods's STRUT ASSEMBLY use high-quality materials and advanced technology to provide customers with products comparable to the original equipment's quality.
Each strut assembly is carefully designed according to OE specifications and ISO quality standards, and is factory tested fit for reliability, durability and function to ensure that it can meet the specific needs of each vehicle model.
They effectively reduce the bumps and vibrations of the vehicle body, creating a smooth suspension system fit for a comfortable and stable driving and handling experience, while effectively reduce th