Introduction

maXpeedingrods lowering springs feature a progressive design that combines a lowered stance with comfort. Made from durable SAE 9254 spring steel, they are ideal for daily driving and enhance both your vehicle's appearance and driving experience.

Application

Compatible for BMW 7 Series (E65, E66, E67) 730 Ld, 730d, 730i, Li, 735i, 735i, Li, 740i, Li, 745i, Li, 750i, Li 2002-2008

Specification

Front Spring Rate: 2.7 kg/mm ( 151.2 lbs/in)
Front Spring Length: 335 mm
Front Drop Height: About 1.3 inches / 33.02 mm, depending on the vehicle models
Front Material: SAE9254
Front spring inner diameter: 105-143-122 mm
Item weight: About 7.6 kg
Fitment Type: Direct Replacement
Placement on Vehicle: Front
Color: Blue

Package included

Package included：
2x Front Lowering Springs

Feature

1. Enhanced Handling and Stability:
These springs effectively lower your vehicle's center of gravity, improving cornering stability and reducing body roll for a more responsive and controlled driving experience.

2. Precision Engineering for Superior Functionality:
Each spring is expertly designed to match your vehicle's specific weight and dynamics, ensuring optimal handling and comfort.

3. High-Quality Materials:
Made from SAE 9254 cold-wound steel, providing long-lasting durability. It has high strength and good elasticity, maintaining stable mechanical properties in high-temperature environments.

4. Superior Corrosion Resistance:
Treated with an advanced anti-corrosion coating, significantly extended lifespan, making them reliable for any driving environment. This coating protects against moisture, salt, and chemicals, ensuring consistent durability over time.

5. Compatibility and Easy Installation:
These springs are designed for direct installation and are compatible with OEM or aftermarket shocks, allowing for a hassle-free upgrade with minimal modifications.

6. Rigorous Testing:
Undergone extensive testing, including 200,000-cycle fatigue test and 720-hour salt spray test. These tests ensure exceptional durability and corrosion resistance, allowing them to perform reliably under repeated stress and in harsh environments.