F87 PRO Wireless Mechanical Keyboard,80% TKL Custom Hot Swappable Keyboard, Gasket Mount Gaming Keyboard with PBT Keycaps, Pre-lubed Greenwood V4 Switch,2.4GHz/USB-C/BT5.0 RGB Backlit Mechanical Keyboard

Highlights

• The F87 Pro features a gasket design, incorporating an extended silicone pad for a soft and delicate touch. This innovative structure ensures each keystroke is comfortable and satisfying, providing a unique elastic feel.
• Equipped with a single-key slotted PCB on a high-quality PC positioning board, the F87 Pro offers stable and consistent typing feedback. This design not only enhances durability but also ensures each key press is smooth and reliable.
• With a swift 3ms response time, the F87 Pro is built for speed. Every command is registered almost instantaneously, ensuring peak performance for gaming and fast-paced typing.
• The F87 Pro is designed with a five-layered padding structure, including IXPE under-shaft padding and PORON Cotton, to provide soft acoustics. This design greatly enhances the keyboard's sound quality for a cleaner and quieter typing experience.
• Choose between dynamic RGB lighting with 16.8 million colors or a sleek monochrome backlight. The F87 Pro also features side strip lights and musical rhythmic effects, all customizable for a personalized and visually stunning experience.
• Crafted with high-quality PBT material, the dual-tone injection-molded keycaps on the F87 Pro offer superior durability and a refined aesthetic. Unlike standard ABS keycaps, these PBT caps retain their texture and appearance even after extensive use.
• Available with customized Grey V3 and Red Yellow V3 Full-POM switches, the F87 Pro offers excellent tactile feedback and durability. Plus, with full-key hot-swappable sockets, you can tailor your typing experience to your exact preferences.
• The F87 Pro's double-level adjustable feet allow for an ergonomic typing angle, ensuring comfort during extended use.
• Enjoy the benefits of a streamlined 80% TKL layout with 87 keys, perfect for saving desk space without compromising on functionality.