Thunderbolt Surfboards
HARLEY INGLEBY | TOLHURST MID 6 TWIN 6'10" THUNDERBOLT CARBON FCS II 40L - FULL CARBON
HARLEY INGLEBY | TOLHURST MID 6 TWIN 6'10" THUNDERBOLT CARBON FCS II 40L - FULL CARBON
Low stock
Couldn't load pickup availability
*Sale price matching available on the same stocked items, just give us a call or email.
6'10" x 20 3/4" x 2 5/8" - 40L
Construction - EPS/Epoxy - Thunderbolt Carbon
Fins - Twin FCS II (fins not included)
Manufacturer description:
The Mid 6 Mini Twin has similar width and volume to the popular 7’0” model but with a slightly shorter 6’10” length and more pronounced plan shape curve. This makes it ideal for smaller pockets and perfect for a twin fin setup. Designed to pair with the FCS2 Power Twin fin set—created by Harley himself—this board blends speed, agility, and fun in a compact mid-length twin.
The Mid6 range has been designed to give maximum mid-length performance in all wave types. The fine, round pin tail, curvy plan shape, smooth rocker, with a bit of nose flip is equally comfortable turning deep in the pocket or long open-face arcs. High nose rails through to mid tucked and low hard in the tail, foiled from the centre for a nice balance of drive through sections while maintaining hold through tight turning arcs. While the Mid 6 fires in everyday surf, it is tuned enough to handle some pretty serious surf comfortably. Bill has blended the 6 channels perfectly. They are not so aggressive that they track in turns at all and it's very easy to break a line or adjust your arc length anywhere on the wave's face. With the channels balanced between your feet, when you push hard through a turn the response is immediate and the acceleration throughout is like no other board I have ever owned. The Mid 6 breaks the channel bottom stereotype that they're only good in clean waves. It has proven to be good in everything.
thunderbolt technolgy
Thunderbolt Technology employs cutting-edge materials and techniques to reduce weight while simultaneously enhancing performance, flexibility, board control, and durability. In stark contrast to mass-produced epoxy boards that tend to feel rigid and unresponsive, Thunderbolt's meticulously handcrafted boards elevate the use of superior epoxy materials to a whole new level. These boards offer the same feel and sensitivity as high-quality polyurethane boards but surpass traditional epoxy pop-out constructions in terms of performance. Riders who have experienced these state-of-the-art epoxy boards often claim that they actually provide a superior experience to polyurethane boards.
Each Thunderbolt board is crafted entirely by hand. The process starts with an EPS foam core equipped with a multi-component carbon fiber stringer system, meticulously engineered to deliver optimal flex and responsiveness. Proprietary designs incorporating internal carbon fiber components are strategically positioned on both the deck and the bottom of the board to ensure precise control over flex and maximize strength.
The core shield PVC layer acts as a flexible protective barrier, bolstering the board's durability and strength without compromising its inherent flex and twist characteristics. Abundant use of carbon fiber and fiberglass in the deck, bottom, and rails ensures that Thunderbolt boards not only outperform but also outlast traditional polyurethane boards and other epoxy designs.
THUNDERBOLT BLACK / MAXIMUM PERFORMANCE
Carbon Fiber hand Lamination
High performance Weight & Flex
Hand-Crafted
Thunderbolt Black is our lightest and highest-performance technology. The board is laminated with carbon fiber, which increases rebound speed and enhances durability without significantly adding weight. The Thunderbolt Black blank features internal fiberglass flex components and is hand-laminated with 6oz carbon fiber and 2oz fiberglass cloth on both the top and bottom. This construction offers the lightest weight and fastest rebound rate in our range, making it the most responsive technology we offer. Thunderbolt Black is designed for surfers seeking maximum performance, with a focus on speed, control, and durability across a wide range of conditions.
