Archive for December, 2009

Every year many hunters and fishermen spend hard-earned money on new suspension accessories only to complain about the vehicle’s lack of performance. The fundamental mistake is that new components were installed on a vehicle with a worn-out suspension. The problem is difficult to self-diagnose because a suspension slowly loses efficiency over the years.You won’t even notice the day-to-day wear.
“When a customer calls, our first question is, ‘How old is the truck?’” says Bruce Snyder, marketing manager of Trailmaster Suspension. “We want to know if the ball joints, tie rod ends, and other original-equipment parts—including the springs, bushings, and shock absorbers—are worn-out.You gotta fix those first.”
According to Snyder, two of the most important yet overlooked suspension components are bushings and bumpstops. Bushings are designed to separate metal parts and absorb the energy created by the motion of the suspension. You’ll find them throughout the truck—major locations are leaf springs, shock absorbers, the sway bar and its end links, suspension control arm mounts, and engine and transmission mounts.
“Most people are shocked to find that worn-out bushings can mean a gradual loss of braking and cornering performance, poor steering control under acceleration, and a loss of some shock-absorbing action,” Snyder says. “And they fail to appreciate how fast stock bushings can wear out. That’s because original-equipment bushings are made of rubber, which is highly susceptible to oil degradation, chemicals, UV rays, salt, and dry rot.
“The idea] replacement bushing is one made from polyurethane. Bushings made from this material will last longer and perform better, and that means your truck will ride and handle better longer.”
The bumpstop controls or limits upward suspension travel before it encounters the frame. Bumpstops can be found on control arms, leaf springs, and traction bars. Again, replacing the stock rubber bumpstop with a polyurethane bumpstop will deliver an improvement in longevity and performance.