Moza MH16 Flight Stick

A metal flight stick controller designed for precision input and customizable control in flight simulation. Built with modular components and 27 inputs for pilots who want flexibility and realism.

KEY BENEFITS

• Provides precise and responsive control for accurate flight inputs
• Offers extensive customization with 27 programmable inputs
• Enhances immersion with a realistic fighter style grip design
• Simplifies setup with plug and play compatibility
• Expands control options with modular components and additional switches

WHO IT’S FOR

This flight stick is designed for flight simulation enthusiasts and advanced users who want a high level of control and customization. Ideal for combat flight sims and general aviation where quick access to multiple inputs is critical. It also suits users upgrading from entry-level controllers into a more premium and durable setup.

KEY FEATURES

The MOZA MH16 flight stick is constructed from aviation grade aluminum alloy with a durable painted finish, delivering both strength and a premium feel. Its modular design uses pogo pin connections, allowing additional components to be attached without complex wiring. The stick includes 27 input signals and an ALPS 8 way thumbstick, giving pilots access to a wide range of controls directly from the grip. Integration with MOZA Cockpit Control Software allows full customization of inputs and layouts. The MOZA MH16 flight stick is designed for seamless compatibility with most flight bases using a plug and play connection.

TECHNICAL SPECIFICATIONS

• Product type: Flight stick controller
• Construction: Aviation grade aluminum alloy
• Finish: Automotive grade paint coating
• Inputs: 27 programmable input signals
• Thumbstick: ALPS 8 way thumbstick
• Design: Modular components with pogo pin connection
• Compatibility: Most flight bases with plug and play support
• Software: MOZA Cockpit Control Software

REAL-WORLD USE / EXPERIENCE

In use, this flight stick delivers a solid and controlled feel that enhances precision during flight. The metal construction adds weight and stability, while the layout keeps essential controls within easy reach. The high number of inputs reduces the need for external controls, allowing smoother operation during complex maneuvers. Whether flying combat missions or managing aircraft systems, it provides a more immersive and efficient experience.