Naish Nimbus Custom 2027

Built for Flight. Tuned for Freestyle.

The Nimbus combines a wide, parallel outline with a classic wing-board shape and a compact length-to-volume ratio. The result is excellent balance for knee starts, quick re-pop off the water for freestyle, and confident, responsive handling on foil. The 50L Nimbus comes in a Custom version with upgraded PVC carbon construction, a more radical shape, and a more aggressive rocker line, making it a dedicated freestyle machine.

WHY THE CUSTOM

Easy planning, stable on the water, quick acceleration, good pop. The 50L Nimbus comes in a Custom version with upgraded PVC carbon construction, a more radical shape, and a more aggressive rocker line, making it a dedicated freestyle machine. 13" Track boxes. Ready for a full strap setup in centered or Y-strap position.

OUTLINE: The Nimbus Custom shares the same outline as the rest of the range, featuring a wider round nose, parallel rails and a square high-volume tail. This outline change allows us to distribute the volume uniformly, creating a stable and efficient platform.

SQUARE TAIL BLOCK allows for easier planning as your board will create better lift at low speeds, allowing for quick acceleration as well as improving control when landing airs.

PARALLEL STYLE OUTLINE allows for volume to be better distributed throughout the board, creating a thinner distance between the track box and deck - providing a more direct feel on foil.

ROUND BLUNT NOSE allows for more volume up front without having to add thickness, giving more stability when popping up and landing freestyle moves.

NOSE SPINE: The nose helps to disperse water on hard landings reducing the time where the board wants to stick to the water.

CONCAVE TAIL: A slight concave to the rail tough the boxes and tail of the board create a pocket of air when landing flat allowing for quick repop off the water during combos.

SQUARE RAILS: The square rails allow for a wide bottom with volume all the way out to the edges, providing stability and support when landing jumps off axis.