Ride smoother, faster and with more control on our patented Puma suspension platform. It is compact, ultra responsive and active. Great fun to ride.
Small lightweight rockers and upside-down-shock-mount reduce inertia of moving parts to an absolute minimum, on top of the derailleur and cassette being obsolete.
The shock is not linked to the primary rocker, which greatly reduces torsional forces and thus friction being transferred to the shock.
A limited rotation of the shock throughout its travel, high quality Enduro bearings and the use of high load needle bearings in many pivots make for both a very durable and a highly responsive layout.
The gearbox’ weight is positioned low in the middle of the suspended frame right below the rider. This results in a playful bike that is easily maneuverable.
Combined with a steep 76° seat tube angle, this makes for an excellent climbing bike.
Our bikes have a progressive suspension character. This way the suspension is supple and sensitive around sag, yet big hit capable. Plush with little risk of bottoming out. How progressive a bike is depends primarily on the regression of the leverage ratio.
Thanks to the patented Puma platform our team can tweak this independent of other kinematic factors. Something brands with a conventional single pivot or horst suspension can only dream of.
We tested prototypes with various leverage curves and found the sweet spot: a leverage ratio that decreases by 15% throughout the bikes’ travel.
If you want the suspension to be even more progressive there is the option of adding extra volume spacers in the shock. This is something we tweak when we set up the bike for you, based on your weight and where you plan to ride.
Mountain bikes from major brands tend to be advertised with a single anti-squat percentage. What they don’t tell you is they can suffer from vastly different anti-squat values when shifting down the cassette. We have measured deviations up to 75%.
All our bikes have a anti-squat value of around 115% at sag across all gears thanks to our chainline not being affected by gear shifts.
So, why 115% anti-squat? In short this compensates for 100% of pedal bob induced by the pedal torque and another 15% to account for your body movement on the bike.
Anti-squat values come down throughout the bikes’ travel: from more than 120% down to less than 90%. This way our team crafted a very efficient yet lively suspension platform.
Our gearbox driven bikes benefits from very little pedal kickback. Especially at high speed, in heavier gears kickback is negligible.
This is a major benefit because it means the suspension remains fully active and sensitive during quick descends, even when pedaling.
The R9 for instance features only 4.8° of pedal kickback in the toughest gear; comparing very favourable to most enduro bikes with pedal kickback of over 8° in similar gear ratios.
We achieved this thanks to a combination of our integrated gearbox and compact kinematics with limited chain growth.
Anti-rise levels are optimal at 90 to 100% throughout the bikes’ suspension travel.
This means that brake forces accurately compensate for any mass transfer during deceleration. Not only at sag-point but at any point throughout the bikes’ travel.
In effect this stops you and the bike from tilting excessively forward under hard braking.
At the same time levels around 100% still allow the suspension to remain active and sensitive throughout your braking zone.
This way you won’t feel like you’re on a hardtail once you approach some brake bumps.
Our suspension platform is designed to offer a near vertical initial axle-path. A vertical or rearward axle path improves the suspension’s smoothness.
When the vectors from trail obstacles and the wheel path are more in line this results in the suspension being compressed rather than the bike being ‘held back’.
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