key features

key features

The 2026 Wakeskate model brings together the best, rider-approved features from previous Heca models, now refined for even greater performance and reliability. At the core of this innovation is the perfectly balanced weight and flex, delivering superior pop and a skateboard-inspired feel that riders love. Whether you’re sliding over obstacles or carving through water, Heca wakeskates are engineered to provide best riding experience for riders of all skill levels.

BOARD CONSTRUCTION

BOARD SHAPE

Nose & Tail Comfort Angle

Anique design feature that reduces the angle of the sidewall edges at the nose and tail, widening the top surface. This tweak ensures greater rider comfort, smoother slides, and improved maneuverability across all skill levels.

TOP CORE

The main reinforced core of the board, made of wood, for better flexibility and strength of the board when subjected to three-point bending

Skateboard Flex & Pop

Optimized flexibility for bigger pop, paired with a convex bottom that enhances skateboard-like feel, speed, and controlled maneuverability on water and obstacles.

Expanded Size Range

Now available in 6 sizes, including the newest 38.5″, ensuring every rider finds their perfect fit.

BOTTOM CORE

Milled in wood in line with the geometry of the surface of the bottom of the Top Core, for better stability of the board

Custom Performance

Equipped with 4 inserts for lock-in fins, offering possibility to tailor your riding style and balance board weight for ultimate control.

CONSTRUCTION DETAILS

CONSTRUCTION DETAILS

NEW TECHNOLOGY AND INNOVATION

In partnership with the scientists from two Technical Universities from Poland, as well as with a group of professional wakeskate riders, we first scientifically examined all existing wakeskate brands available on the market.

We tested and classified their parameters (including rocker height, weight, buoyancy, flexibility) and eventually created a technologically improved wakeskate board, that ensures improved ergonomics, that is fully parametrized, provides possibility of personalization and that has been fully approved by pro-riders.

KEY R&D STUDIES CARRIED OUT

Development of numerical models for the hydrodynamic characteristics of the boards and a structural-strength model:

  • Selection of important parameters influencing the board performance, definition of requirements for the boards
  • CFD numerical studies of the hydrodynamic characteristics of the boards was conducted seeking to improve the aerodynamic profile of the board’s buoyant surface – methodology applied included the Smoothed Particle Hydrodynamics (SPH) method, a two-phase Reynolds Averaged Navier-Stokes Simulation (RANS) in the Volume of Fluid (VoF) formulation
  • Comprehensive FEM model validation or strength testing were applied to systematize the board parameters, like rocker height, weight, flexibility, seeking to improve the board’s performance and durability
  • Development of the base structure of the boards for testing

Experimental verification of the developed numerical models

  • testing of hydrodynamic characteristics
  • strength tests of experimental boards on test track

Advanced tools and software, were introduced to ensure high quality, accuracy and repeatability.The new construction was designed to give the board more skateboard feel.