Megan Racing Lowering Springs MR-LS-A402FW


✚✚✚ Megan Racing Lowering Springs MR-LS-A402FW

Megan Racing Performance Lowering Springs are constructed of SAE 9254 Cold Wounded Steel, one of the strongest materials available. The high tensile strength and phosphate powder coating delivers outstanding spring rates that are extremely durable and resist premature sagging. The result is a spring that specifically offers racecar handling, yet maintains smooth and comfortable ride characteristics. Carefully matched springs rates provide exceptional handling, response, control and balance. These springs offer a generous drop to your car while remaining very "streetable" by having enough clearance to avoid bottoming-out; and the lowered center of gravity improves performance and increases stability, as well as enhancing the appearance of the vehicle. (Note: Spring rates and drop amount vary by different vehicle application and chassis load.)IMPORTANT: Due to the complexity of the suspension system and safety devices in the Audi, proffesional installation is required to prevent possible damage to any of the sensitive sensors on the suspension system. Megan Racing is NOT responsible for any damages during installation.- 02-05 A4 (1.8/3.2) FWD only- Lowering front 1.5" and rear 1.25"- Japan SAE 9254 high quality steel- 320 lbs front & 280 lbs rear- Color in RED

Read more
Megan Racing Lowering Springs MR-LS-A402FW - Megan Racing Performance Lowering Springs are constructed of SAE 9254 Cold Wounded Steel, one of the strongest materials available. The high tensile strength and phosphate powder coating delivers outstanding spring rates that are extremely durable and resist premature sagging. The result is a spring that specifically offers racecar handling, yet maintains smooth and comfortable ride characteristics. Carefully matched springs rates provide exceptional handling, response, control and balance. These springs offer a generous drop to your car while remaining very "streetable" by having enough clearance to avoid bottoming-out; and the lowered center of gravity improves performance and increases stability, as well as enhancing the appearance of the vehicle. (Note: Spring rates and drop amount vary by different vehicle application and chassis load.)IMPORTANT: Due to the complexity of the suspension system and safety devices in the Audi, proffesional installation is required to prevent possible damage to any of the sensitive sensors on the suspension system. Megan Racing is NOT responsible for any damages during installation.- 02-05 A4 (1.8/3.2) FWD only- Lowering front 1.5" and rear 1.25"- Japan SAE 9254 high quality steel- 320 lbs front & 280 lbs rear- Color in RED.

Features

Megan Racing Lowering Springs MR-LS-A402FW?

Are you searching for Megan Racing Lowering Springs MR-LS-A402FW with low price ? We already found the great Megan Racing Lowering Springs MR-LS-A402FW for you. We has evaluated the price with kinds of online store and confirm affordable price from Amazon. Check prices update & more satisfactory for this product reviews !!!

A number of suggestions
• If you are interested in purchasing Megan Racing Lowering Springs MR-LS-A402FW if you try to find the full description and product details.
• Reading the reviews of the product that you need to have a complete understanding of the benefits and the risks.
• Try to find the items you want to compare and sometimes helps in choosing to buy.
• If you try to view discussions to find.
• See the details of each product and information delivery.
• If you try to find the product characteristics.
• Megan Racing Lowering Springs MR-LS-A402FW or other products are generally purchased on the Internet as I know, the outlets on users and stores, shipping, gift ideas, city contracts, sales, coupons, online, new, holiday & the reviews, cheap & low rates of interest in daily deals, bargain, Megan Racing Lowering Springs MR-LS-A402FW special offers, best, discount coupons, top & hot deals, great offers, including a last-minute agreements and, therefore, Best Buy, PRODUCTS ...Additional Information





Filed Under:

Comments (0)

Post a Comment

Subscribe to: Post Comments (Atom)