R$ 750,00

Haikyu Custom Mouse (Signature Cariok)

Designed by League of Legends pro player Cariok, inspired by the Haikyu anime uniform!

Make your mouse even more personal with you nickname on it!

Compare
SKU: CMREYNA-1 Category: Tags: , ,
Description

Description

Have the same mouse as pro-player Cariok, with the unique Haikyu design inspired by the anime. Customize with your nickname and position icon to match your gaming profile.

Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “Haikyu Custom Mouse (Signature Cariok)”
More Products

Fraguas Custom Mouse (Signature Fraguas84)

R$ 750,00

Custom Fraguas84 mouse designed for the top Brazilian reviewer, featuring personalized details.

Razer Viper V3 Hyperspeed Gaming Mouse Black (Wireless)

R$ 720,00

The Razer Viper V3 Hyperspeed Black offers high-speed wireless performance in an 82g design (with AA battery), with a FOCUS PRO 30K sensor up to 30,000 DPI, 750 IPS and dual connectivity for up to 280 hours of gameplay – ideal for intense, fast-paced action.

Pulsar X2H eS Wireless Gamer Mouse 4K Medium

R$ 1.280,00

Designed for eSports, the Pulsar X2H eS 4K Medium is a 65g wireless mouse with a dedicated OLED display and sensor tracking from 50 to 20,000 DPI – made for maximum competitive performance.

Pulsar XLite V4 Quiccs Edition 8K Mini Wireless Mouse

R$ 1.740,00

The XLite V4 Quiccs Edition 8K Mini packs revolutionary 8K sensor precision into a compact 52g design, offering ultra-responsive control and smooth movements for gaming on the move.

SheSheJia – Pink

R$ 460,00

The SheSheJia – Pink Mousepad offers a sleek and stylish addition to your gaming setup. The low-friction surface allows for quick, precise movements, while the non-slip base ensures it stays in place during intense gameplay.

ESP Tiger YanZi PTFE Skates – Universal Fit, High-Performance PTFE Skates

R$ 110,00

Upgrade your mouse glide with the new ESP Tiger YanZi PTFE Skates. Made from high-purity PTFE, these feet offer smoother movement and enhanced control, fitting any mouse model.