Latitude 64 Bolt
Latitude 64 says this about the Bolt: "The flight of the Bolt is like an understable Halo. It goes very fast and has a high speed understable flight path with good glide. It will fit the player that doesn't have the power for the Halo."
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|
Customer questions & answers
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