Discmania PD2
175 g maxBeadless20 plastics
Distance Driver✓ Verified

Discmania PD2

The Discmania PD2 is a very overstable distance driver (12/4/0/4) - best for advanced players.

12
Speed
4
Glide
0
Turn
4
Fade
$22.99–$27.99typical retail
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Stability
Very overstable
turn 0 + fade 4 = +4
Beginner score
18/100
Advanced · advanced players
Estimated distance
Rec273 ft
Int344 ft
Adv420 ft
Where it fits
hard, reliable fade for wind and corners
Infinite: Advanced

Flight path

Estimated from the flight numbers (overhead view). Switch throw and power to see how the line changes.

0100200300400500Distance (ft)Fade / Turn

Strengths

  • +High speed (12) - serious distance ceiling for power arms

Weaknesses

  • Needs real arm speed (12) to reach its rated flight
  • Strong fade (4) - hooks left hard at the end (RHBH)
  • Overstable - resists turning, can be too much for low power

Discmania PD2 data sheet

Flight numbers12 / 4 / 0 / 4
StabilityVery overstable (+4)
TypeDistance Driver
Recommended skillAdvanced
Diameter21.1 cm
Height1.9 cm
Rim depth1.2 cm
Rim width2.4 cm
Max weight175 g
BeadBeadless
Plastics available20

How we verify: flight numbers are cross-checked against the Discmania listing on Infinite Discs and match. Distances, stability category, and beginner score are computed by Pine Tree Disc Golf from the flight numbers.

PD2 plastics

PD2 FAQ

Is the PD2 overstable or understable?

The Discmania PD2 is rated very overstable (stability +4), with flight numbers 12/4/0/4 - turn 0, fade 4.

Is the PD2 good for beginners?

Best for advanced players. With a speed of 12 and turn of 0, it is challenging to control for newer players (beginner score 18/100).

How far does the PD2 fly?

Roughly 273 ft at recreational arm speed, 344 ft at intermediate, and up to 420 ft for advanced players. Estimated from its speed (12) and glide (4).

Which PD2 plastic is the most stable?

Premium/durable runs like Metal Flake C-Line tend to fly the most overstable, while baseline plastics start flippier and season in over time.

Discs similar to the PD2