Nike Mercurial Hardshell voetbal-scheenbeschermers Oranje DN3614 852 M

The Nike Mercurial Hardshell shin guards deliver high-impact protection in a lightweight, anatomical design. Built with a durable K-resin shell and EVA foam backing, they absorb and disperse impact energy while staying comfortable during intense play. The perforated shell enhances breathability, and the left/right specific fit ensures a secure, natural feel. Finished in bold orange, these slip-in guards are ready for match day.

Overview

Engineered for footballers who demand both protection and agility, the Mercurial Hardshell guards combine a rigid outer shell with a shock-absorbing foam layer. The anatomical shape follows the contours of your shin, reducing bulk and improving fit inside socks. The slip-in design keeps them in place without straps, while the perforations help manage moisture and heat.

What stands out

• High-impact K-resin shell for reliable protection
• EVA foam backing for comfort and shock absorption
• Anatomical left/right fit for a natural feel
• Perforated shell for breathability
• Lightweight construction for unrestricted movement
• Bold orange colourway with model code DN3614 852

Technical details

• Product Type: Shin Guards
• Sport: Football (Soccer)
• Collection: Mercurial
• Shell Type: Hardshell
• Shell Material: K-resin (or similar durable polymer)
• Backing Material: EVA Foam
• Protection Level: High-impact protection
• Color: Orange
• Color Code: 852
• Size: M (Medium)
• Fit Type: Anatomical (Left/Right specific)
• Closure/Attachment: Slip-in
• Ventilation: Perforated for breathability
• Durability: High
• Quantity: 1 Pair
• Target Audience: Unisex Adult/Youth

Our verdict

The Nike Mercurial Hardshell shin guards offer a compelling blend of protection, comfort, and style. The K-resin shell provides confidence in challenges, while the EVA foam and anatomical fit keep you comfortable throughout the match. The orange colourway adds a bold touch to your kit. A solid choice for players who want reliable protection without sacrificing mobility.