Alienware has announced a new collaboration with Team Liquid, bringing a themed collection of keycaps and mousepads inspired by the Star Wars universe. The release marks Alienware’s first custom keycap lineup, expanding its accessory portfolio with a focus on design while maintaining compatibility with a wide range of mechanical keyboards.
The keycap set is designed primarily for the Alienware Pro Series keyboards, including the company’s 75% wireless model. It uses Cherry-profile caps made from PBT plastic, paired with dye-sublimated legends to improve durability over time. Alienware includes a 143-key base kit, while a slightly trimmed 141-key version is offered for the space-themed variant. Support covers standard ANSI layouts and extends to basic UK ISO compatibility, including common bottom-row configurations such as 6.25u spacebars. Thanks to MX-style stems, the set should work with most modern mechanical keyboards beyond Alienware’s own lineup.
While the keycaps are aimed at keyboard enthusiasts, the accompanying mousepads are positioned as full-desk accessories. The lineup includes four designs based on locations and themes from the Star Wars universe, including Endor, Dagobah, Kamino, and a broader Galactic Conflict scene. The visual direction draws from the work of Ralph McQuarrie, whose early concept art played a key role in shaping the look of the original trilogy. This influence is reflected in the muted tones and landscape-focused artwork across the collection.
Each mousepad measures 88.9 x 40.64 x 0.3 cm, aligning with extended desk mat formats commonly used in gaming setups. The surface uses a cloth material designed for balanced glide, while stitched edges help reduce wear over time. A rubber base is included to keep the mat stable during extended use.
Pricing is set at $75 for the keycap set, while individual mousepads are listed at $40. Both products are currently available through Team Liquid’s official online store in the United States. The release targets users looking to match themed setups with widely compatible hardware, rather than limiting the design to a single ecosystem.
