The Redshift ShockStop (a suspension stem and a suspension seatpost) dampen the road vibration including potholes, curbs, cobblestone, cracked asphalt to the level equivalent or better of what premium air-spring fork and damper can do. Rapid vibration is cushioned even better by the elastomer.
The only thing making suspension fork and damper better is off-road, where it is vital both wheels maintain contact with the ground at all times; and on finishing a jump. Yes, proper front or full suspension contributes to the ride comfort very much but not to the level believed by many. It is enough to mention I once was bombing rocky mountain fireroad downhill at high speed to notice later my FOX 36 (150 mm travel) suspension was inadvertently locked out... it was 2.6" lowly inflated tyres that did the job.
Necessary to mention gravel cyclist almost never use any form of suspension, and yes, they ride off-road.
• The ShockStop PRO
Stem is only available in +/-6 degree angle and 1 1/8" steerer:
- 80, 90, 100, 110, and 120mm lengths
• Effective suspension travel:
-
Up to 20mm (~3/4")
• The ShockStop
Seatpost is available in two length options:
- 280mm and 350mm
•
35mm (~1-3/8") of active suspension travel
the above is copied from Redshift's website. i added the ~inches conversion.
i think Stefan is correct that for smaller amplitude bumps, full suspension is not necessarily better.
but i also think that for larger amplitude bumps, a longer travel full suspension can absorb more without upsetting the frame and rider.
my Powerfly is a 4" rear/ 5" front cross country type of suspension and will not handle larger bumps that a mountain bike 6" rear/ 7" front suspension travel will handle.
same for the mountain bike to downhill bike. the longer the travel, the larger the bump that can be absorbed.
obviously, longer travel has drawbacks, which is why i believe the cross country level of travel makes a lot of sense for an all-around on pavement-off pavement application like the Powerfly. tim