Megan Racing MR-LS-N3Z Coilover Lowering Spring

Drop Height & Daily Usability

With the MR-LS-N3Z Springs:

• You get a clean, aggressive drop that improves wheel gap and stance.

• The lowered center of gravity enhances handling — less body roll, better turn-in, more control under braking.

• Because the rates are tuned for street use, ride quality remains acceptable for daily drives, not just track bangs.

Megan Racing performance lowering springs are constructed of SAE 9254 cold wounded steel, one of the strongest materials available.

Vehicle Specific Fitment

This kit is confirmed to fit the following vehicles (RWD only):

• Nissan 350Z (model years 2003 to 2008)

• Infiniti G35 (Coupe & Sedan, RWD) model years 2003 to 2008
  Note: This kit is designed for rear‐wheel drive (RWD) versions only. If you drive an AWD or special edition with different suspension geometry, verify before purchase.

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.

Why Choose MR-LS-N3Z for Your Car?

• Tailored specifically for the 350Z/G35 platform — reliable fitment and optimized rates.

• Builds on OEM suspension with upgraded steel, better handling without radical sacrifices.

• Low drop that still keeps suspension travel credible for everyday roads.

• Simple upgrade: direct spring replacement, less complex than full coilover often.

• Recognized by fitment specialists as the right choice for these models.

Carefully matched springs rates provide exceptional handling, response, control and balance. These springs offer a generous drop to your car while remaining very “street able” 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.).