Pedders Adjustable Sway Bars (Front & Rear)

Fits Most Chrysler/Dodge (05-17)

PED-814096

Transform your vehicle’s handling dynamics with the Pedders Adjustable Front & Rear Sway Bar Kit. Designed for enthusiasts who demand sharper turn-in, reduced body roll, and balanced cornering performance, this kit pairs a 35mm front sway bar with a 22mm rear bar to deliver precise, predictable, and confidence-inspiring control. Engineered with Pedders’ “No Bull” design philosophy, these sway bars maintain factory-like ride comfort and noise levels while significantly improving steering response and stability. Adjustable settings allow fine-tuning of front-to-rear stiffness to match your driving style—whether daily cruising, spirited canyon runs, or track-day competition. Manufactured in the USA using premium cold-formed steel and CNC-machined components, this kit ensures strength, precision, and long-term reliability. Finished in signature Pedders Red powder coat, it provides outstanding corrosion resistance and performance-focused style. Complete with high-quality bushings and lubricant, installation is straightforward and delivers immediate, noticeable improvement in handling balance and grip.

• Front (35mm) & rear (22mm) adjustable sway bars
• Significantly reduces body roll and improves cornering stability
• Enhances steering response and vehicle balance
• Fine-tune understeer/oversteer for preferred driving style
• Maintains smooth ride with no added noise or harshness
• CNC-manufactured, cold-formed construction for strength & accuracy
• Durable powder-coated finish in Pedders Red
• Includes premium bushings & lubricant for installation
• Engineered & manufactured in the USA
• Ideal first handling upgrade or performance suspension enhancement

Pedders is an Australia-born suspension specialist offering shocks, springs, coilovers, and vehicle-specific kits built to improve handling, ride quality, and control. From performance street setups to rugged off-road/overland packages, Pedders focuses on tuned suspension solutions that make vehicles feel more planted and predictable in real-world driving.