Heavy-Duty Chassis Suspensions for the Toughest Jobs
No matter the industry or application, Link offers a heavy-duty chassis suspensions that is second to none. Engineered to outperform in the toughest environments, our chassis suspensions provide high roll stability, low maintenance costs and a smooth ride. Link’s durable chassis suspensions are designed for the toughest industries—including heavy duty vocational trucking, cranes, logging, and more.
Air Link®
The Air Link® Tandem Drive Suspension is a unique combination of air and walking beam technology. It delivers everything you demand in a heavy-duty suspension — high roll stability, low maintenance and a smooth ride. The unique design also ensures maximum traction and load equalization.
Air Link® Redline
The Air Link® tandem drive axle suspension is a unique combination of air spring over walking beam technology. It delivers everything you demand in an emergency vehicle suspension — high roll stability, low maintenance and a smooth ride. The unique design also ensures maximum traction and load equalization. The distinctive Air Link® design provides optimum ride height and premium on or off highway performance.
SWB Tandem Steer
The SWB (Spring Walking Beam) tandem steer suspension provides the added carrying capacity required in today’s heavy trucking industry. The suspension dynamically load equalizes through its spring over walking beam design. The innovative combination ensures proper axle tracking and weight distribution by minimizing possible overload scenarios. The 40K SWB tandem steer suspension was specifically designed to reduce axle stress, suspension weight and maintenance costs.
UltraRide®
UltraRide® has been the chassis air suspension system of choice for manufacturers seeking to improve the ride and handling of light and medium duty vehicles. The air suspension provides increased operator and passenger comfort, ease of access and overall safety. With an additional cross member and adjustable height sensor, UltraRide ensures proper alignment, increased stability, and reduced frame stress across multiple applications.