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When drivers look at a set of springs, they concentrate mainly on the rates, but the material and manufacturing process is equally important. Most enthusiasts will tell you that all springs are the same... we asked some professional drivers for their opinions...
"I just replaced my springs to Swift Springs with same spring rate, and somehow the car behaves totally different now"
"Since I've swapped the springs from another brand to Swift, my lap times became very consistent throughout the entire race due to cooler tire temperatures, which saves tire wear"
"We have tested our Swift-equipped race cars on a shaker rig, and the Swift Springs have a lot less harmonic vibration"
"My car is a lot smoother with Swift Springs even though same spring rate were chosen, especially on bad surfaces"
The many positive comments Swift Springs receive would have you believe that Swift Springs is surprised to hear such things in the first place; we are simply getting confirmation that our engineering not only works on paper, but is also proven through use in the field (track). Now, allow us to provide a few reasons as to why we get this kind of feedback from our users.
Priorities that we always have in mind when we develop suspension springs
Surely you have read some spring manufacturers catalogues before, and you have read that they all claim to have the 4 factors listed below:
- The most consistent spring rate throughout the stroke
- The largest amount of stroke
- The highest durability against loss of spring height
- The lightest in weight
We like to believe that all suspension spring manufacturers try their best to achieve these 4 factors. Top suspension tuners know that these 4 factors play an intricate role when considering the effectiveness of the suspension coil spring.
Our parent company, Tohatsu, has been winding industrial springs since 1924. Tohatsu then decided to get in to the auto racing market in 1996. Based on long-time experience dealing with coil springs, we came up with one goal: "We must make the product that will revolutionize the ones we see on the market now." Keeping this goal in mind, we went back to the basics of coil spring design and asked ourselves what is the most important factor that we need to consider on this new project.
Maintaining tire grip is the key to faster times and suspension springs take on an enormous portion of this task!
All Springs are not created equal. The diameters and spring rates can be similar, but the process of manufacturing springs plays a huge factor in how they will perform. Through our extensive knowledge in performance springs, we have perfected the process of manufacturing springs that will outperform our competitors.
With this in mind, we set out to produce a new material for coil springs: a proprietary steel alloy we call "HS5.TW". This material was created in order to maintain the 4 factors listed above, as well as achieving the fastest reaction speed possible to get compliance on road surface conditions. Our springs are created with proprietary winding methods, as well as some other trade secrets focused on ensuring our springs separation from the standard market.
In the time since Swift Springs officially opened its doors in 1997, Swift Springs has dealt with many world class race teams in multitudes of different races including road racing, rally, off road, drift, autocross, pavement and dirt oval track, motorcycles, and more. Swift Springs has lifted many racers to a podium finish, and is still continuing to do so. With so much experience behind us, we feel confident that our springs will give you a leg up in any kind of race you participate in.
Try Swift Springs on your vehicle, and experience what many racers are talking about. We strongly believe that you will feel the difference just like every other racer, and you might even wonder why you didn't try it sooner.
Note: Some of our racers are using Swift Springs on 2 corners only, but to achieve the best results from Swift Springs, we highly recommend using them in all corners of the vehicle due to the very different characteristics of Swift springs.