Akko Tac87 Red Bean Matcha TKL RGB Wireless Mechanical Keyboard - Stellar Rose Switch

Matcha Red Bean TAC87 Mechanical Keyboard

The Akko Matcha Red Bean TAC87 masterfully blends form and function—an eye-catching color palette, tough double-shot keycaps, flexible connectivity, and satisfying mechanical response.

It’s a TKL keyboard that’s perfect for anyone looking to elevate both style and performance on their desk.

10000mAh Battery

Equipped with a powerful 10000mAh battery, the TAC87 ensures extended usage time for long gaming or productivity sessions.

RGB Backlit

Explore over 20 built-in RGB effects via hotkeys or customize lighting with the Akko Cloud Driver software. Fully programmable without needing the software to run continuously.

PBT Double-shot Keycaps

Advanced Double-shot technology produces vibrant, durable legends across every keycap surface. Made from high-quality PBT material, the legends resist fading over time.

5-Pin Hot-Swappable

Premium hot-swappable sockets allow users to easily swap switches, enabling effortless customization and upgrades.

88‑Key Tenkeyless Layout

A compact TKL design provides more desk space without sacrificing essential keys, perfect for gamers and professionals alike.

Gasket Mount

The TAC87 uses gasket mounting with silicone or neoprene between the plate and PCB, creating a floating switch design. This adds flex and cushioning for a softer, more comfortable typing experience.

2.4Ghz Wireless

Matcha Red Bean TAC87 Mechanical Keyboard is equipped with a receiver that allows users to utilize the 2.4GHz wireless mode, providing low latency suitable for gaming and typing purposes.

BT 5.0

Matcha Red Bean TAC87 Mechanical Keyboard makes it easy to connect up to 3 devices with a simple Fn+E/R/T combination, enabling seamless switching between tablets, computers, and phones.

USB-C Wired Mode

Matcha Red Bean TAC87 Mechanical Keyboard offers a choice for users who prefer a USB-C wired keyboard, ensuring consistent and rapid response times for FPS gaming and minimal input lag.