Max102 is designed with a focus on structural refinement, functional engineering, and system integration. The keyboard combines these elements to form a cohesive foundation, providing a complete and consistent framework that is elaborated in the following sections.

General

Brand: Weikav
Model: Max102
Layout: 100%
Number of Keys: 102
Switch Stems: Cross
Hotswap Sockets: Yes
N-key Rollover Support: Yes
Switch Mount Type: Plate
Firmware Compatibility: VIA
Backlight Modes: Default 7 mode, fully customizable
Compatibility: Windows, Mac, Linux, IOS, Android

Material

Case: 6063 aluminum
Craft: Anodizing/ Electrophoresis
Plate: FR4
Layers: Poron+IXPE+PET+EPDM+IXPE

Dimension & Weight

Long: 400mm
Width: 130.5mm
Front Height: 20mm
Rear Height: 40mm
Net Weight: 2100g

Additional Features

Exterior Lighting

The case integrates two distinct lighting features that reflect the brand’s design philosophy. A metallic-finished LED strip positioned below the Page Down key delivers a mirror-like reflective effect. On the right front corner, a geometric decorative light with a silicone diffuser distributes illumination evenly, forming a consistent visual element.

Surface Finishing

The case is manufactured with a 220-grit CNC process, producing a uniform surface texture with fine lines that enhance both visual consistency and tactile quality. This level of machining reflects precise control over material treatment and contributes to the overall structural refinement.

Full-Size Layout

The keyboard adopts an optimized 100% layout with refined key positioning. The arrow cluster is shifted for improved accessibility, while the arrangement of editing keys is restructured to achieve a more consistent and efficient layout.

Back Design

The rear structure integrates multiple design elements that align with the brand’s established identity. A triangular compartment functions as dedicated storage for the 2.4G receiver, paired with a cover featuring engraved linear details. The brushed metal backplate is combined with geometric sculpting across the surface, forming a layered composition of structural and decorative elements.

Function — Core Mechanics and User Interaction

Max102 incorporates mechanical structures, internal supports, and interaction components to ensure consistent key actuation and structural stability. The keyboard’s layout and internal design follow standardized engineering practices for full-size keyboards.

PCB-Gasket Structure

The keyboard features a PCB-silicone particle gasket structure. Compared to a plate-gasket configuration, the PCB-gasket design uses ten silicone particles to provide uniform acoustic characteristics and consistent key response across the board.

Ball-Catch Structure

The keyboard is equipped with a newly molded ball-catch system that regulates retention force for key removal. The mechanism is designed to optimize detachment and reinstallation of components while maintaining consistent engagement.

Pogo Pin Connection

The keyboard uses a two-part quick-release system combining magnetic pogo pins for power connection and a ball-catch mechanism for structural engagement. The pogo pins feature an 8-pin configuration to enhance corrosion resistance and connection stability.

Impact-Absorbing Silicone

Silicone pads are added to the four corners of the keyboard to provide soft contact between the top and bottom cases.

Driver Support

Max102 is fully compatible with QMK and VIA, enabling key-level programming and open-source firmware customization. In addition to third-party support, the keyboard also includes an in-house driver for extended configuration options.

Try Out Max102 Online Driver >

System — Connectivity and Power Management

Max102 integrates multiple connectivity options and power management solutions. Its design incorporates wireless and wired interfaces, along with an internal battery system and relevant control components, forming a complete operational framework for the keyboard.

Internal Battery

The keyboard includes a built-in 10,000 mAh battery that supplies power for all operational modes and integrated components.

Connectivity

The keyboard supports three connection modes: Type-C wired, 2.4 GHz wireless, and Bluetooth.

Switch

The three-mode switch is located beneath the Tab key. Activation or deactivation requires removal of the keycap.

Multi-System Support

The keyboard is compatible with macOS, Windows, iPadOS, iOS, and Android operating systems, ensuring standardized input behavior across different platforms.

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