A water draining, stable grip 2 piece blade guard. Designed to universally fit all ice skate styles and sizes.
To design a two piece blade guard that uses springs to fasten together. Avoiding existing patents, design and create a guard that can compete with and outperform the Guardog ‘Top Notch’ guard.
SFR has a soft feel brand presence, focussing on functionality.
When exploring the brief, it was vital to find areas that were critical to the products functionality, as well as unique selling points to make it competitive.
Designing both a unique and function tread.
Using different material thicknesses to ensure flexibility.
Creating a universal fit for all ice skates, including figure and hockey skates.
Using water outlets to allow water to drain from the skate blade and to prevent rust.
Having unique front and back ends to help users know which was around to place them, and differ from competitors.
SFR has established itself as a leading brand in both the ice skating and sports protection industries. Building on this success, there was a clear opportunity to develop blade protection that not only safeguards ice skate blades but also helps prevent users from slipping while off the ice.
For the product to work, have water outlet points, and keep costs at the required price point, a 3-piece injection mould was used.
Maintaining a constant dialogue with the manufacturer was essential throughout the design process of the blade guards. This ensured the product remained within budget while benefiting from industry expertise to achieve the best possible outcome from the injection moulding process.
Careful consideration was given to the guard’s orientation to prevent mould collisions, and draft angles were incorporated to allow for smooth and efficient removal from the mould.
Ridges and holes to allow water to leave the guard.
A common issue skaters face with blade guards is water retention, which can lead to rust and unpleasant odours. To address this, drainage holes were incorporated into the design, allowing water to flow through the guard and away from the blade. Additionally, ridges were strategically added to guide water out, particularly when inserting or removing the skate, further reducing the risk of moisture buildup.
A unique tread pattern and independent front and rear ends.
1] To clearly differentiate the front and rear of the guard, a heel grip was incorporated alongside distinct design accents, such as a cut-out flick at the back and a pointed front.
2] Existing blade guards on the market typically featured a single-depth linear tread pattern. In contrast, I designed a multi-level tread with varying depths, spacing, and lengths, providing users with greater stability when walking both on and off the ice.
3] A common complaint with previous blade guards was the lack of distinction between the front and rear, leading to an improper fit on skates. To address this, the front of the guard was designed with a shorter height, ensuring a universal fit across all skate models.
Designing flex points to help users apply and remove the skate and give users a guide for cutting.
Blade guards can often be challenging to put on and remove. By varying the material thickness, the design allows for flexibility in key areas, making it easier for users to apply and remove the guards. Small cut-outs were incorporated to serve as measurement guides, enabling users to customise the guard to their skate size. These cut-outs not only provide a clear visual reference but also help securely position a blade or scissors for precise cutting.
A rust preventing, sturdy, universal skate guard, that is easy to use.
The SFR 2-Piece Blade Guard has become an essential accessory for ice skaters and hockey players alike. Available in a variety of colours and scents, it can be easily customised to fit any skate size using the top indents as cutting guides. The unique multi-directional tread pattern enhances grip, reducing the risk of slipping. Water outlet ridges help direct moisture away, minimising the chance of blade rust, while the soft edges protect against blunting when walking. Designed with flexibility in mind, the indentations and cutting guides allow the guard to adapt seamlessly to the shape of the blade.
