AULA F99 mechanical gaming keyboard 8000mAh
Product description
The AULA F99 is a compact mechanical gaming keyboard that combines wireless flexibility and customisation for work and play. It supports Bluetooth 5.0, 2.4GHz wireless and USB‑C wired modes, and can pair with up to five devices to switch between tasks quickly. This makes it useful for users who move between a PC, tablet and laptop during the day. The keyboard layout is a 99‑key 96% format, which saves desk space while keeping arrow keys and a number area.
Key features
The F99 brings a practical mix of build choices to reduce noise and improve feel. It uses a five‑layer padding system between the PCB, plate and switches to dampen cavity noise and give a firmer, quieter keystroke. Keys ship with pre‑lubed LEOBOG greywood V3 switches that the manufacturer describes as smooth and responsive, and the hot‑swappable PCB accepts 3‑pin or 5‑pin switches without soldering so you can customise the typing feel. Double‑shot PBT keycaps are included to prevent legend fade during long use, and the board includes 16 RGB effects and adjustable 16.8 million colours with music rhythm modes when used with the driver.
Technical details
- Name: AULA F99
- Type: Mechanical gaming keyboard
- Format: 99 keys 96% layout
- Battery: 8000mAh
- Connectivity: BT5.0, 2.4GHz, USB‑C
- Colour: Blue and purple
Usage tips
It’s a good fit if you want a compact keyboard that still keeps practical keys and strong wireless endurance. For quieter typing sessions, rely on the layered padding and the factory pre‑lubed switches to reduce acoustic clatter. If you prefer a custom feel, swap switches and keycaps using the provided pullers, then adjust macros and lighting via the driver. Note that advanced lighting and macro editing require the optional software provided by the manufacturer and that battery life will vary with wireless mode and RGB use.
Care & maintenance
Keep the keyboard free of dust and liquids, and remove keycaps gently with the puller when cleaning. For long battery life turn off RGB when not needed and store with moderate charge. The hot‑swap sockets allow component changes without soldering, but avoid excessive force when inserting switches.