Superpro SPF2923-27K

Part #: SPF2923-27K

Overview

The Superpro 27mm Front Sway Bar Mount Bushing Kit is a high-quality upgrade designed specifically for Porsche 944 models from 1983 to 1991. This kit is intended for enthusiasts who want to restore or improve their vehicle’s handling characteristics, whether for spirited street driving, track days, or maintaining optimal factory performance. Crafted from durable materials, these bushings help support precise suspension movement, reduce unwanted play, and enhance overall stability during cornering and maneuvering. They are an excellent choice for those seeking to refresh worn components or upgrade their suspension setup for improved responsiveness and control.

Key Features

This bushing kit features a robust design focused on durability and performance. Key features include:

• Made from high-quality, wear-resistant polyurethane material
• Precisely engineered to fit 27mm sway bars on Porsche 944 models
• Designed to reduce suspension noise and harshness
• Helps restore factory handling feel and stability
• Easy to install with minimal modification required
• Supports improved steering response and cornering confidence

Construction & Design

The bushings are crafted from a durable polyurethane compound that offers a balance of flexibility and strength, ensuring long-lasting performance under demanding driving conditions. The precise molding and engineering ensure a snug fit on the sway bar mount, reducing unwanted movement and enhancing suspension response.

Installation & Fitment

Installation involves replacing the existing worn or degraded bushings with these new polyurethane components. The process is straightforward for those familiar with suspension work, typically requiring basic hand tools. Fitment should be verified against the vehicle’s specifications and the part number to ensure compatibility.

What’s Included

The kit includes all necessary bushings for both sides of the front sway bar mount, providing a complete upgrade for your vehicle’s suspension stability.