Hyperlite Shim – Brian Grubb Signature Surfer
The Hyperlite SHIM is perfect for intermediate to advanced riders looking to take their skills to the next level. The SHIM has a fast rocker that allows it to carry speed anywhere on the curl, its shorter profile makes it super maneuverable for rotational and air tricks. This shape also features our DuraShell Construction which combines the buoyancy and feel of a high-end EPS board and the durability of a compression molded shape. The SHIM delivers the best of all worlds, a crossover design for both skim and surf styles, run all three fins for the surf style hold or just the center fin so the board breaks free with easy for skim style maneuvers.
Combining the two most popular styles of wakesurfer, the skim and traditional surf style, the Shim is perfect for intermediate to advanced riders looking to take their skills to the next level. The Shim has a fast rocker allowing it to carry speed anywhere on the curl and its shorter profile makes it super maneuverable for rotational and air tricks. This new shape also features our all new Dura-shell technology which combines the buoyancy and feel of a high-end EPS board and the durability of a compression molded shape. Overall, this new board is the best of all worlds and one that a wakesurf enthusiast can't pass up.
Dura-Shell – The lightest most durable surfers available
This industry exclusive technology provides the durability and precision of a compression molded board with the buoyancy, speed and feel of a high-end EPS core surfer.
Layered Glass
Our fiberglass is available in 3 weights depending on the board. Over time, traditional woven glass fibers will separate. With layered glass every Hyperlite deck will have the same pop off the double up year after year.
Hyperlite Shim Wakesurfer Construction and Features
Shaped By: Butch Customs
Dura-Shell Construction
EPS Core
Futures Fin System
Single Concave Base Contour
Mellow Tail Channels
Molded EVA Pad
Monocoque Construction
Layered Glass
Fins: 2 - 1.5" Fish, 1 - 2.4" Fish
