Shock Therapy Fox QS3 Shock Set For Can-Am Defender HD10 Models

Shock Therapy Fox QS3 Shock Set For Can-Am Defender HD10 Models

This Kit is a set of 4 shocks with Shock Therapy Springs. We do not offer custom valving for these shocks at this time

The FOX Performance Series 2.0 Podium QS3 shock kit is a direct bolt-on four corner replacement for your stock Can-Am Defender HD10 shocks and springs. Take your Defender from a capable utility vehicle to a full-on sport vehicle to tackle the kind of off-road terrain that will leave you grinning ear to ear.

The FOX Podium 2.0 QS3 shocks replace your stock emulsion shocks with an internal floating piston (IFP) system housed in the piggyback reservoirs to keep the gas charge from mixing with the shock oil. This keeps the oil from effectively thinning out and losing damping control as the shocks get worked over washboards, rocks, and big dips.

The springs on the Defender’s stock shocks are fairly soft to give you a comfortable ride. We wanted to retain that level of comfort but also keep you from bottoming out at speed over the rough stuff. Using a combination of sophisticated valving and spring rate, we were able to ride trails we normally test aggressive sport UTVs without bottoming but still enjoy a ride as smooth as stock.

The Quick Switch 3-position compression damping adjustment allows you to quickly set your shocks to adapt to your riding conditions. Set the QS3 to setting 1 for the softest ride on smoother trails or rock crawling. Setting 2 firms things up a bit if you’re carrying extra passengers or gear. Setting 3 gives you bottom-out protection when you put your foot down and catch some air off a dune or sprint off into the desert.

Beyond the extra capability you gain after bolting on a set of FOX Podium 2.0 QS3 shocks, you’ll have peace of mind knowing that they’re ruggedly built with hard-anodized aluminum bodies and reservoirs that resist corrosion, 5/8-inch hard chromed shafts for smooth operation and longer seal life, and are fully rebuildable if you ever damage a part.