Meletrix ZoomPad TIGA

The Meletrix ZoomPad TIGA is a customizable 75% mechanical keyboard kit designed for enthusiasts who want to build their own board with flexible mounting and sound options. It suits users comfortable with DIY assembly who want wireless and wired connectivity, programmable layouts, and a solid aluminum case. It does not include switches or keycaps, so it is best for hobbyists who plan to select and install their own components.

Key Features

• Three connection modes: wired USB-C, Bluetooth, and 2.4 GHz wireless, offering versatile use across devices.
• Programmable with QMK and VIA, allowing extensive customization of key functions and layers.
• Hotswap PCB supports easy switch changes without soldering, enabling experimentation with different switch types.
• Three sound absorbency editions (Standard foam, Cork, Poron foam) let users tailor typing acoustics and feel.

Build Quality

• Full CNC aluminum case provides a sturdy and durable frame.
• Two mounting options: traditional top mount and silica gel mount, affecting typing feel and vibration dampening.
• Multiple case colors and plate materials available to customize aesthetics and typing response.

Typing Experience

• Sound profiles vary by edition, from higher-pitched (Standard) to muted and soft (Poron), supporting different preferences.
• Non-flex 1.6mm PCB contributes to a stable typing surface.
• Assembly required, so final feel depends on user’s choice of switches, keycaps, and build quality.

Compatibility

• Supports Windows and Mac operating systems.
• Layout is 75%, balancing compactness with access to function keys and arrows.
• Firmware support through QMK and VIA enables advanced remapping and macros.

Trade-offs

• Barebones kit requires users to source and install switches and keycaps, which may be challenging for beginners.
• Assembly is necessary, so it is less suitable for users wanting a ready-to-use keyboard.
• Battery capacity is 600mAh, but actual wireless runtime is unknown.
• Customization options add complexity and may increase build time and cost.