Four purpose-driven Scorpion Race tires rise from a collab with a rider who knows what rubber works for gravity riding: multiple Downhill world champion Fabien Barel.
Pirelli melds two rubber compounds for its new downhill and enduro tires, seeking to produce rubbers that grab the trail in any conditions but also hold up to repeat abuse.
The brand said in a press release that it poured 2 years of internal research and design into the Scorpion Race DH and EN tires. It also noted that it onboarded a decorated veteran in downhill and enduro disciplines to help its sponsored athletes test the tires: Fabien Barel, whose gravity racing career spanned 25 years.
The new tires arrived 3 years after Pirelli first launched the Scorpion line. The updated lineup folds in four new tread patterns, two new casing types, and the race-engineered hybrid compound.
Pirelli Scorpion SmartEVO DH Compound
Pirelli drew from its Motorsport division to produce the SmartEVO DH compound. As opposed to the all-around SmartGRIP compound the rest of the lineup uses, SmartEVO DH prioritizes competition. To make it, Pirelli threw down two different layers of rubber.
The layer on the tread surface looks to provide a high chemical grip. And the rubber under the tread prioritizes mechanical support for the blocks at high speed.

It aims explicitly at control during braking and leaning and looks to help riders feel out grip limits predictably. A gravity rider’s ability to perceive and overcome grip limits, and control drifts, are as crucial as their tires’ absolute grip.
Finally, Pirelli said it mixed up the compound “without forgetting” the low rolling resistance racers need.
Two New Casings
In the SmartEVO DH line, you can find one of two new casings: DualWall or DualWall+.
Pirelli constructed the higher-echelon DualWall+ casing with aggressive riders in mind and designed it for maximum stability and puncture protection. You’ll find a double-ply of 60tpi rigid casing with a rubber anti-pinch-flat insert and a fabric layer to stabilize the sidewall.


Tread Patterns and Availability



