Firewire Firewire 2 + 1 Flat Traction Pad

The Firewire 2+1 Flat Traction Pad is a versatile, high-performance surfboard traction solution, designed for surfers seeking superior grip and board feel across a wide range of surfboard shapes, from grovelers to wider tails. Designed with adaptability in mind, this flat traction pad can be fitted as a two-piece or three-piece pad, depending on the desired width and foot placement, making it suitable for shortboards, hybrids and boards with wider tails.

Made from BLOOM high-performance foam, derived from algae biomass, the Firewire 2+1 Flat Traction Pad combines enhanced durability, excellent shock absorption and a lower weight compared to conventional tractionmaterials, promoting a strong connection between surfer and board without compromising performance.

The flat profile and square diamond tread pattern offer maximum sensitivity and grip, allowing surfers to maintain confident foot control during critical manoeuvres, tight turns and powerful cutbacks. The 3M adhesive backing ensures a secure attachment to the deck, whilst the customisable 2+1 configuration allows surfers to optimise pad placement for comfort and performance.

With dimensions to suit a variety of tail shapes and sizes, this traction pad is ideal for surfers seeking improved grip and board feel without the bulk of raised arch or kick elements. Whether you’re surfing on grovel boards with wide tails or more traditional shortboard designs, the Firewire 2+1 Flat Traction Pad helps you stay focused and firmly planted on your next wave.

Key Features

• Customisable two-piece or three-piece flat traction pad for an optimal fit
• Square diamond tread pattern for improved grip and sensitivity
• Made from durable, lightweight algae-based BLOOM foam
• Sturdy 3M adhesive backing for long-lasting attachment
• Designed for wide tails, shortboards and hybrid shapes

This traction pad delivers reliable performance and versatility, enabling surfers to improve their board control and confidence in a variety of wave conditions.