Pedders Rear Spring Low Nivomat Conversion Each: Chrysler 300 (05-17) / Dodge Charger (06-17) / Challenger (08-10) / Magnum (05-08)

Pedders Rear Spring Low Nivomat Conversion

2005–2017 Chrysler 300 / 2005–2008 Dodge Magnum / 2006–2017 Dodge Charger / 2008–2010 Dodge Challenger

PED-2051

Overview:

The Pedders Rear Spring Low Nivomat Conversion is a premium suspension upgrade designed specifically for select Chrysler and Dodge models. Engineered to replace the original Nivomat self-leveling rear springs, this conversion coil spring offers a lowered stance and enhanced handling characteristics without compromising ride comfort. Ideal for enthusiasts seeking improved vehicle dynamics and a sportier appearance, these springs deliver consistent performance and durability for daily driving and spirited road use.

Manufactured to exacting ISO 9001 standards, Pedders SportsRyder coil springs maintain a tight tolerance of +/-2mm at loaded height, ensuring precise fitment and reliable performance. This product is perfect for owners of Chrysler 300, Dodge Charger, Dodge Challenger, and Dodge Magnum models within the specified year ranges who want to upgrade their suspension with a quality, engineered solution.

Key Features:

Designed with both performance and reliability in mind, the Pedders Rear Spring Low Nivomat Conversion offers the following key benefits:

• Premium lowered coil spring for improved handling and vehicle stance
• Manufactured to ISO 9001 quality standards with strict dimensional tolerances
• Engineered to replace factory Nivomat rear springs for a direct fit
• Enhanced cornering stability and reduced body roll
• Improved vehicle appearance with a lowered ride height
• Durable construction for long-lasting performance
• Developed through extensive R&D and real-world testing in both Australia and the USA
• Quiet and comfortable ride quality balanced with sporty handling
• Compatible with a wide range of Chrysler and Dodge models from 2005 to 2017

Construction & Design:

Pedders SportsRyder coil springs are crafted using advanced manufacturing techniques and high-quality materials to ensure consistent performance and durability. Each spring undergoes a rigorous production process adhering to ISO 9001 standards, with a strict tolerance of only +/-2mm at loaded height. This precision manufacturing guarantees that the springs maintain their designed ride height and handling characteristics over time.

The coil springs are engineered to address inherent weaknesses in the original equipment suspension, providing a refined balance between comfort and performance. The design process involves detailed analysis and testing to optimize spring rates and geometry, resulting in improved vehicle dynamics without sacrificing ride quality.

Installation & Fitment:

The Pedders Rear Spring Low Nivomat Conversion is designed for direct replacement of the factory rear Nivomat springs on compatible vehicles. Installation typically requires standard suspension tools and professional expertise to ensure proper fitment and safety. No major modifications are necessary, making it a straightforward upgrade for experienced mechanics and automotive enthusiasts.

Fitment covers a broad range of Chrysler and Dodge models, including:

• Chrysler 300 Base (2005–2007, 2011–2014)
• Chrysler 300 C (2005–2017), including Luxury, Platinum, SRT8, Limited, S, Signature Series, Touring variants
• Dodge Charger Base, Daytona, Pursuit, R/T, Scat Pack, SRT, SXT, and other trims (2006–2017)
• Dodge Challenger R/T, SE, SRT8 (2008–2010)
• Dodge Magnum R/T, SE, SRT8, SXT (2005–2008)

What's Included:

• One Pedders Rear SportsRyder Coil Spring (Low Nivomat Conversion)

Ideal For:

This product is ideal for automotive enthusiasts and drivers who own compatible Chrysler 300, Dodge Charger, Dodge Challenger, or Dodge Magnum models and desire a suspension upgrade that enhances handling, lowers ride height, and improves overall vehicle aesthetics. It suits those who want a reliable, high-quality coil spring replacement that balances daily drivability with sporty performance.