The Swiss suspension fork and shock segment has been quiet for a long time. Now DT Swiss is taking off with a new suspension fork and a new rear shock. The amazing thing: With the F535 One suspension fork presents DT Swiss F 535 One is the first enduro suspension fork with up to 160 millimetres of travel, breaking completely new ground. The F 535 One has already impressed us on extensive test rides, you can find the ride report at the end of the article. The DT Swiss R 535 One damper is available as a counterpart for the rear triangle.
In order to present more than just another enduro MTB fork, the Swiss have implemented several innovations in the new forks. For example, the DT Swiss F 535 One has an air spring with an upstream steel spring (coilpair). In the travel range from 0 to 30 millimetres, the steel spring ensures very high sensitivity, while the air spring is responsible for the range from 30 to 160 millimetres and thus keeps the weight low.
DT Swiss also goes its own way when it comes to damping and relies on travel-dependent damping instead of the usual speed-dependent damping (Plushport). This technology changes the amount of compression damping depending on how far the suspension fork compresses on impacts. In the initial range of 0 to 30 per cent, the compression damping is very low for high sensitivity. From 30 to 50 per cent, the compression damping is somewhat stronger, but halfway through the range the compression damping becomes significantly stronger, which ensures that the MTB fork is high in its travel and does not dive as much.
The eye marrow has a special DT Swiss was also placed on the design. All adjustment knobs and the valve are concealed under removable covers. The Torx T10 spanner for opening the covers is located in the quick-release lever and is therefore always to hand. The spanner can also be used to adjust the compression and rebound damping.
The F 535 One responds extremely sensitively to small obstacles and offers excellent comfort and traction. The new fork also absorbs larger impacts very well and is very high in its travel on steep sections. However, with two volume spacers in the air chamber, we struggled to utilise the full travel. Even without volume spacers, the travel-dependent compression damping works so strongly from half of the travel that the full travel still cannot be fully utilised. A slightly lower damping support would be desirable here.