MVP says this about the Teleport: "The Teleport's straight-stable design produces a tight S-curve at high speeds, with plenty of stability to keep it headed toward its target. While high-power throwers and headwinds can produce these shallow turnover lines, average throwers will get a long and manageably resistant driver in the Teleport. Within the context of the 24.5mm class, Teleport has the most distance potential for the most throwers in the core distance slot."
The velocity required to reach a disc's optimal flight path. Range: 1 to 15.
The measure of lift generated by a disc to stay aloft. Range: 1 to 7.
The velocity, relative to the speed of the disc, required to cause the disc to turn with the direction of spin. Range: +1 to -5.
The low-velocity stability that causes a disc to hook at the end of its flight. Range: 0 to 5.
PDGA Disc Specifications
Phases of Flight
|As the disc slows and spin decreases, the disc pulls out of turn and begins to hook at the end of flight|
|The aerodynamic profile turns the disc with the direction of spin during the high-speed phase of flight|
|The initial thrust forward during the high-speed phase of flight|