Logitech G Saitek X52 Professional H.O.T.A.S. Flight Joystick and Throttle (945-000003)

The Logitech G Saitek X52 Pro Flight Control System is a wired flight-sim controller designed for precise aircraft control in PC simulators. It integrates analog and digital control technologies, a multifunction LCD for quick access to radio and navigation data, and an adjustable handle to fit a wide range of hand sizes. Non-contact sensors on the X and Y axes and a constant spring-force centering mechanism improve durability and ensure reliable return to neutral.

Advantages

The system provides accurate maneuverability through combined analogue and digital inputs and non-contact axis sensors. A multifunction LCD displays radio stack and navigation information plus a clock and stopwatch. The adjustable grip and ergonomic layout support comfortable use, while the reliable centering mechanism and durable components extend long-term performance.

Suitable for

• PC flight simulation (Microsoft Flight Simulator X and modern PC sims)
• Home cockpit setups and training rigs
• Enthusiast and hobbyist virtual flight practice
• Simulated navigation, radio tuning and instrument procedures

Key specifications

• Device interface: USB 2.0
• Connectivity: Wired
• Device type: Flight Sim controller
• Compatibility: PC (Windows 10, 8.1, 8, 7)
• Colours: Silver, Black
• Weight: 2 kg

How to use

Connect the X52 Pro to a PC using the USB 2.0 cable. Install any required drivers or software to enable the multifunction LCD and program buttons. Use the handle and throttle to control aircraft pitch, roll and thrust; read radio and navigation information on the LCD and adjust settings with the dedicated controls. Adjust the handle position for comfort before starting a session and calibrate axes in the simulator settings for optimal response.

Recommendations

For best results, install the latest Logitech drivers and configure axis dead zones and sensitivity in your simulator. Secure the base to a stable surface or cockpit frame to avoid movement during intensive inputs.