Galaxy68 65% Wireless Mechanical Keyboard - Anodized Aluminum, Marble

In this review of the Galaxy68 65% keyboard, the bottom line is simple: this board is for users who want a premium, compact mechanical keyboard with deep customization and a notably creamy typing feel. The Galaxy68 pairs a sturdy 1.25kg powder-coated anodized aluminum case and a tactile metal volume knob with QMK/VIA programmability and a dual 3000mAh battery system, making it an attractive pick for gamers and productivity users who value build quality, long wireless runtime, and detailed sound dampening. If you want a compact layout without sacrificing essential keys, this keyboard delivers.

Key Features

• 65% Aluminum Case: The powder-coated 1.25kg anodized aluminum shell provides a premium, durable chassis that resists flex and looks refined on a desk.
• Custom VIA/QMK Support: Full QMK firmware compatibility and VIA web configuration let you remap keys and create macros without complex flashing for personalized layouts.
• Long Battery Life: Dual 3000mAh batteries give exceptionally long wireless runtimes, with light-off longevity and extended Bluetooth or 2.4GHz use between charges.
• Creamy Lubed Switches: Factory-lubed linear switches and tuned stabilizers produce a deep, thocky sound and a smooth, low-friction keypress experience.
• Comprehensive Dampening: A multi-layer dampening stack including PORON and IXPE foams reduces hollowness and enhances acoustic quality for focused typing.
• RGB Side and Backlighting: South-facing per-key LEDs plus side and logo lighting deliver bright, customizable illumination without interfering with Cherry profile keycaps.

Who It's For

The Galaxy68 is best for gamers who want a compact 65% layout with reliable wireless performance and fast polling in 2.4GHz or wired modes, plus creators and programmers who will use QMK/VIA to tailor layers and macros. Its metal knob and sturdy build also suit desk setups where premium feel and appearance matter.

People who need a full-size keyboard with dedicated function rows or those who prefer hot-swap variety beyond the included creamy switches may want to look elsewhere, as this model emphasizes a specific factory-tuned switch and a compact 67-key arrangement.

Pros & Cons

Pros

• Solid aluminum construction and a tactile metal knob create a premium, durable feel.
• Extensive customization via QMK and VIA makes remapping and macros straightforward.
• Excellent acoustic design from lubed switches and multi-layer dampening yields a pleasing, deep sound.
• Long wireless runtime from dual 3000mAh batteries supports extended unplugged use.

Cons

• Compact 65% layout may omit some dedicated keys that certain users rely on, requiring layer use for access.
• Comes set with creamy linear switches, so users seeking other switch types must source replacements.

Specifications

Layout	65% / 67 keys
Case Material	Anodized powder-coated aluminum (1.25kg)
Switches	Factory-lubed creamy linear switches
Battery	Dual 3000mAh (6000mAh total)
Connectivity	Wired, Bluetooth, 2.4GHz wireless (1000Hz polling)
Lighting	Per-key RGB, side/backlight, logo light (south-facing LEDs)
Mount	Gasket-mount with multi-layer dampening

Our Verdict

The Galaxy68 is a compelling compact keyboard for users who want a premium aluminum build, deep customization with QMK/VIA, and outstanding acoustic refinement from lubed switches and layered dampening. It represents strong value for gamers and power users who prioritize wireless endurance and tactile, buttery typing over a full-size keyset or immediate switch-swapping flexibility.

Frequently Asked Questions

Does the Galaxy68 support remapping without flashing firmware?
Yes, VIA support allows real-time remapping and layer adjustments through its web interface without reflashing firmware.

How long does the wireless battery last?
The keyboard uses dual 3000mAh batteries for extended runtime, offering very long light-off use and many hours of lit wireless operation between charges.

Can I change the switches?
This model ships with lubed creamy linear switches; replacing switches requires a hot-swap variant or soldering depending on the specific PCB configuration.