MOZA Racing TQA Throttle Module - Black - AS016

MOZA Racing TQA Throttle Module – AS016

The MOZA Racing TQA Throttle Module AS016 is engineered to provide accurate and reliable throttle management for advanced PC flight simulation environments. Designed for smooth axis performance and realistic control input, it enhances immersion and delivers precise engine control across all phases of flight.

Equipped with high-resolution sensor technology, the TQA Throttle Module ensures consistent and refined throttle detection throughout its full range of motion. This enables controlled power adjustments during taxi, take-off, climb, cruise and landing, supporting stable aircraft handling and improved situational awareness.

The throttle mechanism is built for smooth and progressive travel, allowing pilots to make fine corrections when managing engine output. Whether operating general aviation aircraft, commercial airliners or tactical jets, the TQA provides predictable and accurate throttle response for enhanced realism.

Integrated programmable buttons and switches allow users to customise essential flight functions such as flaps, landing gear, trim adjustments and auxiliary systems. This flexibility reduces reliance on keyboard shortcuts and promotes a more authentic cockpit-style workflow.

Constructed from durable materials with a reinforced housing, the TQA Throttle Module is designed for long-term reliability during extended simulation sessions. Its stable design minimises flex and vibration, maintaining consistent input performance and overall control precision.

Designed to integrate within MOZA Racing’s modular flight control ecosystem, the AS016 can be combined with compatible bases and mounting systems to create a tailored simulation setup. This modular compatibility supports flexible configurations for different aircraft styles and cockpit layouts.

Ideal for enthusiasts seeking realistic throttle management and professional-grade control, the MOZA Racing TQA Throttle Module AS016 delivers precision input, durable construction and immersive performance for serious PC flight simulation systems.