Oxdog HIGHLIGHT CARBON MBC

The Oxdog Highlight blade pushes the boundaries of lightness and precise ball control. It is designed for players who seek maximum feel and speed when handling the ball without sacrificing stability and strength. Thanks to its construction and materials used, it is one of the lightest blades on the market.

The blade features a medium concavity (9 mm) that starts at the heel and smoothly transitions to the tip. This shape supports technical play, allowing precise ball handling and effective shooting, especially with a pull shot. The closed front edge (1 mm) helps keep the ball under control during contact with the blade, which is appreciated by technically skilled players.

In terms of construction, the Highlight shares many similarities with the performance-oriented Oxdog GATE blade – particularly in the frame and ribbing, which ensure high torsional rigidity and efficient energy transfer to the ball. While the Highlight is lighter and technically finer, it delivers precise and powerful shots, especially with a pull shot, thanks to its similar geometry and stiffness.

The Oxdog Highlight blade is simply designed for maximum control, feel, and fast ball handling. It is ideal for players who want to seize every opportunity for an accurate and quick shot – with minimal effort and maximum efficiency.

Carbon wafer

The blade contains a carbon wafer. When choosing a floorball stick, you may notice the letters MB/MBC or NB/NBC on Oxdog blades. These letters indicate the hardness of the blade (MB - medium Blade, NB - normal(soft) Blade). The letter C in the name indicates the carbon plate incorporated into the blade (MBC - medium Blade with Carbon, NBC - normal Blade with Carbon). **The carbon plate should prevent the blade from twisting and make the blade even stiffer. The blade's increased hardness enhances energy transfer to your shot, resulting in a sharper and more powerful strike! OxDog also uses the indication MBC/NBC + a digit (2). This is a regular blade with a carbon wafer, but the digits indicate the number of the wafers.