Discmania P2X
A collection page of Armory Disc Golf Shop
About
The Complete Discmania P2x Collection If you are looking for a reliable, low-profile putter that handles high power off the tee and sits flat in the hand for inside-the-circle putting, the Discmania P2x belongs in your bag. Co-designed with 2025 Disc Golf World Champion Gannon Buhr, this mold features a shallow profile and a distinct big bottom bead that gives players an incredibly clean release. Whether you need a stiff baseline plastic for hitting chains, a glow blend for night rounds, or a premium blend for windy approaches, this family delivers absolute precision. See how it stacks up against the rest of our lineup by checking out the main putters collection , or view all gear from this manufacturer by exploring the full Discmania Discs Collection . We weigh and take individual photos of every single disc so you can find your exact favorite color and stamp layout with total confidence. Understanding the Flight Dynamics & Stability The P2x operates on official flight numbers of 2 | 2 | 0 | 2, offering a straight-to-stable path that heavily resists turning over under high power. Because it is a low-profile, beaded putter with a low glide rating, it cuts through the air with minimal wind lift and won't float past the basket. When thrown hard off the tee box, it holds a straight rope for up to 300 feet before dropping flat with a dependable, biting low-speed fade that keeps it close to the pin. Speed Glide Turn Fade 2 2 0 2 What this collection brings to your game: Clean Release Geometry: The noticeably shallow rim, flat top, and big bottom bead provide a secure contact point, preventing finger snags on spin putts or drives. Torque Resistance: Handles high velocity and clean snap off the tee without fluttering or leaking over to the right. Distance Control: The low glide rating (2) ensures checked-up landings, slowing down with a forward fade that prevents giant skips or dangerous rollaways on sloped greens. Choose the Right P2x Plastic Each plastic offers a dif