Heavy-duty 4130 4 Link Housing Brackets (small Tire) Limited Time 45% Off [U76g2IJL]

4130 4 Link Housing Brackets for Small Tire

At the heart of your small tire setup, the 4130 4 Link Housing Brackets are a game-changer. Designed to meet the specific needs of small tire applications, these brackets offer a clean, streamlined design that maximizes shock adjustment while keeping the bracket elevated off the ground. Engineered with precision and crafted from high-quality 4130 material, these brackets are built to last and provide the stability and adjustability you need for optimal performance.

Robust Construction and Key Specifications

Our 4130 4 Link Housing Brackets are constructed with 1/4" 4130 material for unparalleled strength and durability. Enhanced with 1/8" 4130 doublers for added support, these brackets are designed to withstand the rigors of intense racing and off-road conditions. Key specifications include a 3.5" axle tube radius, 1/2" bolt holes, and a 5/8" hole adjustment spacing, allowing for precise adjustments. With an upper cross support tube hole and 6 1/2" of shock adjustment on 1/2" spacing, you have the flexibility to fine-tune your setup to perfection. Additionally, the Pro-Jack notches and 14 1/4" spread between upper and lower holes ensure ease of use and compatibility with various vehicles.

Practical Applications and Benefits

Whether you're a professional racer or an avid off-road enthusiast, the 4130 4 Link Housing Brackets are an essential component for your small tire setup. The 1" shorter bracket on the bottom allows for more space between the bracket and the race surface, making it ideal for professional jack usage. This design not only enhances safety but also provides a sleeker appearance. With a kit that includes 4ea 4 link housing brackets, 4ea upper doublers, and 4ea lower doublers, you have everything you need to upgrade your vehicle and take your performance to the next level. Invest in the 4130 4 Link Housing Brackets for small tire applications and experience the difference in stability, adjustability, and overall performance.