🎉 Up to 70% Off Selected ItemsShop Sale
HMX XLLAB - Taro Ball Linear Switches
HomeStore

HMX XLLAB - Taro Ball Linear Switches

HMX XLLAB - Taro Ball Linear Switches

Select Pack Size
Select Bottom Out
From $15.24

Original: $43.54

-65%
HMX XLLAB - Taro Ball Linear Switches

$43.54

$15.24

The Story

Co-developed by XLLAB and HMX, the Taro Ball Linear Switch lives up to its name with a elastic tactile feel and soft, glutinous sound. It adopts HMX’s latest H2 small ball bottom stem (different from traditional large ball bottom designs), making the sound more concentrated.
Its new mold features a slightly reduced bottom case buckle size for easier plugging and unplugging. The brand-new H2 mixed-material stem, paired with a P2 bottom case, ensures no vibration on bottom-out, delivering a muffled sound with moderate loudness. Mature factory lubrication ensures smooth operation, with only a faint friction sound when pressed close to the ear, and excellent stability with minimal stem wobble.

HMX XLLAB - Taro Ball Linear Switches - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

HMX XLLAB - Taro Ball Linear Switches - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

HMX XLLAB - Taro Ball Linear Switches - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

Co-developed by XLLAB and HMX, the Taro Ball Linear Switch lives up to its name with a elastic tactile feel and soft, glutinous sound. It adopts HMX’s latest H2 small ball bottom stem (different from traditional large ball bottom designs), making the sound more concentrated.
Its new mold features a slightly reduced bottom case buckle size for easier plugging and unplugging. The brand-new H2 mixed-material stem, paired with a P2 bottom case, ensures no vibration on bottom-out, delivering a muffled sound with moderate loudness. Mature factory lubrication ensures smooth operation, with only a faint friction sound when pressed close to the ear, and excellent stability with minimal stem wobble.