Honeycomb Aeronautical Bravo Throttle Quadrant with Auto Pilot & Annunciator Panel in aviation quality for flight simulator | Universal control system for simmer and pilots | PC

Product Information

NOTE: When using the Bravo throttle quadrant with Xbox (via the XPC Hub), the lights and annunciator panel will not work. After downloading and installing the drivers in X-Plane, setting the Bravo up was very straightforward.

The Bravo Throttle Quadrant, from Honeycomb Aeronautical is a universally usable all-in-one cockpit system. While the suction pad is easier to use, it requires more maintenance to maintain grip over time, hence my preference for the mounts.

For use in an airliner you can choose a configuration with two or four thrust levers, as well as levers for spoiler and flaps. Alternatively, with the Commercial handles the levers are lifted to engage reverse thrust similarly to what you would do on a Boeing jet. The X-Plane user interface allows you to create multiple hardware profiles for different aircraft, so changing to other types was only a question of swapping the relevant handles and covering the remaining ones in rubber. So many options for different configurations and good on Honeycomb for including the full sets of GA and commercial levers in the package rather than gouging you for every last dime.

When switching these 2 buttons, both engines will go in reverse and you can push forward to increase reverse trust. You can change your choices at any time by visiting Cookie preferences, as described in the Cookie notice. The Honeycomb Bravo Throttle Quadrant is designed to ensure the most versatile flight simulation experience possible. I made use of the default keybindings and reminded certain buttons to fit my needs, especially related to camera controls. All the buttons and switches worked seamlessly and the axes behaved as expected, so no issues there.

You will find further information in the privacy settings, where you can also change your selection at any time. The product will perform reliably until, through normal usage, one or more of the very fine wires breaks causing a sudden loss of functionality potentially rendering the product unserviceable.