Description
The Hikig Steel Clamp-on Flight Stick Desk Mount Bracket is an essential accessory designed for gamers who use the Turtle Beach VelocityOne Flightstick or Logitech G Extreme 3D Pro Joystick. This adjustable desk mount holder enhances your gaming experience by providing a stable and ergonomic setup for flight simulation enthusiasts.
Constructed from durable steel, this desk mount ensures longevity and reliability. Its ultra-thin panel design keeps the overall height to just 4MM after installation, allowing for a seamless integration into your gaming environment. The round chamfer design prevents any discomfort during use, making it suitable for extended gaming sessions. The adjustable clamp accommodates table boards with a maximum thickness of 40MM (1.57 inches), ensuring compatibility with a wide range of desks. The height of the joystick can also be adjusted to achieve the perfect position for optimal comfort and control. Installation is straightforward, requiring only a few screws to secure the Extreme 3D Pro Joystick onto the mount holder.
Key Features:
- Adjustable, durable steel construction for a secure flight joystick mount.
- Designed specifically for the Turtle Beach VelocityOne Flightstick and Logitech G Extreme 3D Pro Joystick.
- Compatible with Xbox Series X|S, Xbox One, and PC systems.
- Ultra-thin panel height of only 4MM after installation for a sleek look.
- Clamp accommodates table boards up to 40MM (1.57 inches) thick.
- Quick release clamp for easy installation and removal of the mount.
- Simple installation process requiring minimal tools—ideal for gamers.
The Hikig Steel Clamp-on Flight Stick Desk Mount is perfect for entry-level pilots and gaming enthusiasts seeking an enhanced flight simulation experience. Its thoughtful design and robust construction make it an excellent addition to any gaming setup, providing stability and comfort for immersive gameplay. Upgrade your flight simulation experience with this dedicated desk mount holder, ensuring your joystick is securely positioned for optimal control and performance.