YUNZII C98 MAO Keyboard Launches with 10000mAh Battery for $61

YUNZII released the C98 MAO mechanical keyboard on June 29, 2024, offering a budget-friendly entry point for buyers who want a distinctive aesthetic without spending a fortune. The device targets users who prefer custom keyboard builds but need a pre-assembled solution that fits a small desk footprint. This launch matters because it provides a complete tri-mode system with a massive battery for under $70.

Tri-mode connectivity and gasket mount structure define the budget mechanical keyboard

The keyboard features a tri-mode connectivity setup that supports Bluetooth, 2.4GHz wireless, and wired connections. YUNZII pairs these connection options with a 10000mAh internal battery, which allows for extended wireless use without frequent recharging. The system includes a fish-shaped 2.4GHz receiver for stable wireless performance.

Specifications

• Battery: 10000mAh
• Connectivity: Tri-mode (Bluetooth, 2.4GHz, Wired)
• Structure: Gasket mount with 5-layer foam
• Switches: Coconut Milk V2 or Candy
• Keycaps: MAO height PBT with cat ear design

Hardware construction relies on a Gasket mount structure with five layers of foam filling to dampen sound and improve typing feel. The board uses a hot-swappable PCB with RGB underglow lighting, allowing users to change switches without soldering. The design includes unique visual elements such as a cat smile status indicator, cat paw feet, and a silicone side skirt.

Keycaps use the MAO height profile with PBT injection molding and thermal transfer printing to create a cat ear theme. Buyers can choose between two switch options depending on their preference for tactile feedback. The Coconut Milk V2 switch version costs 419 CNY (around $61.52), while the Candy switch version costs 449 CNY (around $65.92).

The C98 MAO is currently available for purchase on Chinese e-commerce platforms. This release gives consumers a specific aesthetic option in the low-end mechanical keyboard market with clear pricing for both switch variants.