MOZA Racing TQB Throttle Module.
MOZA Racing TQB Throttle Module. Authentic Boeing-Style Throttle | Extended Travel | TO/GA Functionality. The MOZA TQB Throttle Module brings the signature feel and operation of Boeing airliner throttles directly into your simulator.
Why choose this product?
- Takeoff thrust configuration.
- Go-around activation during approach.
- Instant autopilot/flight director mode engagement (sim-dependent).
Product details
MOZA Racing TQB Throttle Module
MOZA Racing TQB Throttle Module. Authentic Boeing-Style Throttle | Extended Travel | TO/GA Functionality. The MOZA TQB Throttle Module brings the signature feel and operation of Boeing airliner throttles directly into your simulator.
Compatibility
Designed for pilots who want maximum realism, the TQB features extended forward travel, a lift-to-arm reverse-thrust system, and a dedicated TO/GA button — essential for accurate Boeing takeoff and go-around procedures.. Designed for the MOZA MTQ Throttle Quadrant , the TQB attaches quickly and securely, allowing pilots to switch between Boeing, Airbus, or fighter modules with ease.
Frequently asked questions
What is the MOZA Racing TQB Throttle Module?
MOZA Racing TQB Throttle Module. Authentic Boeing-Style Throttle | Extended Travel | TO/GA Functionality. The MOZA TQB Throttle Module brings the signature feel and operation of Boeing airliner throttles directly into your simulator.
What are the key features of the MOZA Racing TQB Throttle Module?
Takeoff thrust configuration. Go-around activation during approach.
What is the MOZA Racing TQB Throttle Module compatible with?
Designed for pilots who want maximum realism, the TQB features extended forward travel, a lift-to-arm reverse-thrust system, and a dedicated TO/GA button — essential for accurate Boeing takeoff and go-around procedures.. Designed for the MOZA MTQ Throttle Quadrant , the TQB attaches quickly and securely, allowing pilots to switch between Boeing, Airbus, or fighter modules with ease.
Please note: we make every effort to display products as accurately as possible. Colours, materials and finishes may vary slightly in real life due to studio lighting, screen settings, ambient light and product characteristics.
