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

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Although I was surprised that the out-of-the-box Bravo joy driver did a reasonable job with the Zibo 738, I did see a couple of things that where not correct. For instance, I had the ANTI ICE caution light illuminated, but there was no sign of no problem in the aircraft. I could use most Auto Pilot functions and knobs, but nothing happened on the MCP. That said, perhaps it’s a good idea to test this with the json file from flyillin06. Due to the same design and construction I’ve seen with the Flight Controls unit, the Honeycomb Bravo Throttle Quadrant has the same dual mounting plate solution. You either connect the mounting plate with two clamps to the table or you use the 3M Micro Suction pad which means you don’t need the clamps. A robust dual-mounting solution will keep the Bravo in its place with 40lb of tensile strength. Installation And this brings me to this 2nd Honeycomb hardware review. Many years ago I received from Saitek the Pro Flight Throttle, but I can tell you already that although the Honeycomb name is similar, it’s such a massive and impressive device I’d never expected, but more about that later. Regarding the warrantee there’s something different then with the Alpha Flight Controls which has a 5-year warranty on the tension belt, both Honeycomb devices have a 2-year overall limited warranty. And again I say …. is that good? No, that’s excellent! The Bravo Throttle Quadrant – Part I

It supports different configurations for different aircraft; this is critical because oil pressures, fuel pressures and battery voltages vary wildly from aircraft to aircraft. It is correct that X-Plane 11 uses for specific hardware only 1 joy file. However, with this basic joy file you can create several user profiles and assign them to different aircraft. I’ll give you an example about this in the coming paragraphs. The problem is that the Bravo Throttle Quadrant has many switches, levers, knobs of which most can be configured within X-Plane but when it comes to the annunciator lights, the integral AP lights, the GEAR lights, for hose you need the Aerosoft AFC_Bridge configurator. Perhaps this will be modified by kavster as soon as he has time. But the good news is that the Auto Pilot left-hand and right hand selectors on the Bravo are copying information to the ToLiss Auto Flight FCU (Flight Control Unit). That said, when I enter a speed, altitude or heading, it can be seen on the FCU. You and I need to keep in mind that for example the Zibo 738 and other add-on aircraft aircraft have complex Auto Flight systems. With these Auto Flight systems and the belonging MCP or FCU, it’s not always possible to cover every caution light on the Bravo or the Bravo Auto Pilot section. Summary At a glance: The combination of excellent build quality, flexibility and precision, provides an authentic flying experience at an unbeatable price. I activated the profile I needed and it worked fine (All buttons and LEDS assigned in the configurator)

Additional features include a general aviation autopilot, annunciator lights and a switch panel. The trim wheel and undercarriage lever can also be seen in this shot. Mounting It seems that when using Windows 10 and X-Plane 10.51r x, there’s not much difference then what I’ve seen on the Mac. That said, the moment I start Windows X-Plane, and connect the Bravo Throttle Quadrant for the first time to my iMac, you need in the same way as with macOS X-Plane, calibrate the six levers by moving them over their full travel. After that’s finished, the different Honeycomb pictures can be found with their switches, buttons and the levers. Since I only have macOS and Windows X-Plane, I wasn’t able to test the Honeycomb Bravo Quadrant with Linux. Some words about the Honeycomb Bravo Throttle Quadrant. It’s heavy and feel durable and professional although it’s from plastic, but I said that before, you’ve got plastic and plastic however, they can feel as rubbish material or as professional components which is the case with the Honeycomb hardware.

The whole Bravo Throttle Quadrant feels heavy, no, better to say feels solid and made of durable components. I mentioned this before that the main housing is similar to the Alpha Flight Controls except for the front part. The plastic throttle, prop, mixture, thrust, flap and speedbrake levers are all made of plastic, but look and feel solid and realistic. When switching these 2 buttons, both engines will go in reverse and you can push forward to increase reverse trust. All together worth to add this to your Honeycomb Throttle Quadrant, assuming you like Airbus aircraft!" Better Bravo Lights (BBL) aims to be a ‘better’ replacement for the Aerosoft Honeycomb Bravo Throttle lights tool (aka the “AFC bridge”). It is completely standalone and does not require the original Honeycomb Bravo lights driver. What can I add to this Summary with such an in-depth review of the Honeycomb Bravo Throttle Quadrant? Honestly, I don’t know. I sincerely hope you enjoyed this review. I can tell you that it was an honer that X-Plained.Com was able to review this piece of Honeycomb flight simulation hardware. It tried to cover every part, section or whatever was needed to write an unbiased in-depth impression.Simple questions, and such simple answers. It feels great and much heavier then expected and besides that, the front of the throttle device looks awesome. But it offers a bit more than only throttle controls or whatever you can think of. At the front pat of the housing you’ll find a basic AP (Auto Pilot) panel. I write on purpose basic AP panel since it’s not a replacement for the Boeing MCP or Airbus FCU. That said, the AP panel comes with HDG, NAV, APR, REV, ALT, CRS (VS) and IAS buttons and on the left-hand side of the AP panel a selector knob to set the required mode you want to use in combination with the on the right-hand side located increase/decrease knob. But that’s easy to do; remove the Bravo from the mounting plate, leave the mounting plate with the 3M Micro-Suction plate on the desk, slide your keyboard in front of it, and continue with the job you want to do. Then on the far right of the AP panel you find the AP engage button. The advantage of this AP panel is that it’s a bit more then just a panel. A lot of AP assignments are involved with this panel which means that no other switches or buttons are needed to be assigned to have a working AP. Of course, this is not the whole list of possible AP assignments, but it will do. I have a dual installation of XP11 & 12 (till all my addon aircraft are compatible). After an initial frustration I managed to make the XP11 profiles work in XP12, but it is a bit quirky. Here's how I made it work:

Clearly noted in the English (and for sure in the German and French too) manual is that when you follow the cleaning instructions of the 3M Micro-Suction, you can be use on and on. In other words, there’s no need to keep, once you’ve placed the mounting plate with the 3M Micro-Suction to the table, it mounted on the table. When you don’t need the mounting plate for a while, then follow the instructions in the manual, reapply the plastic covering to preserve quality and condition of the 3M Micro-Suction. Although I haven’t seen the throttle quadrant itself yet, the two boxes with different levers in it means that you can transform the throttle quadrant for any General Aviation aircraft or for “officially” Boeing look like commercial aircraft. I write on purpose “Boeing” look alike since the throttle levers, FLAP lever handle and speed brake lever are typical for Boeing aircraft, but don’t be disappointed when you’re an Airbus virtual pilot. The Honeycomb Aeronautical team is working on that and can be bought as an add-on for your Bravo Throttle Quadrant to give it an Airbus look like. I parked my twin engine Beechcraft Baron 58 at the GA apron KFAT (Fresno Yosemite International Airport), and from that spot I taxi to the runway, make the takeoff, climb out to 6000 feet, level of for a short cruise. Ho ho, hold on. How does the Bravo equipment feels so far? Yes, yes, I’m aware of that. The Bravo is made to be highly configurable and can be set up to replicate the controls found in any number of aircraft types, including four-engine airliners. Additional Features on the Bravo What’s most important and something you and I would expect, is that all the AP related switches and levers (remember, only for a 4 engine jet aircraft) are correctly assigned. There’s an additional row of switches in front of the levers. These switches are not yet assigned to anything, so you’re free to use them for your own. Of course, you’re always free to change other already assigned switches, or knobs to what you prefer, but basically it should be left assigned to the most logical switch, knob or lever. When you select for example the commercial four engine configuration, then all levers belonging to this are correctly assigned.The quirkiness in all this is the 3rd step which I marked as important. If you want to run both XP11 & 12 like me, every time you want to load a new profile you will have to make sure to start the correct executable from the respective AFCBridge folder. So technically you now have 2 configurators, one for XP11 and one for XP12.

So far, all as expected, but when it comes to the GA look alike handles you could easily put the PROP and MIXTURE handles in the wrong position which would lead to interference of handles. Because of that, you can only install it in one way. I depends a bit on how you start up your aircraft, but I assume you did it the same way as I thus with a cold and dark situation. Then you can see one of more annunciator lights illuminated on the light panel in front of the levers. How many and which lights are ON, that depends on the aircraft type you chose. When you’ve applied electrical power to the aircraft, you’ll also see the green LANDING GEAR down lights. Some words about the lights at the annunciator panel. You can’t assign these yourself, so you have to accept what’s illuminated and hope that this is correct for the aircraft you’ve loaded. Yes, of course, the Auto Pilot section on the Bravo Throttle Quadrant is different then the MCP in the modeled 738, but it’s right now more important that you can enter via the Bravo your IAS, HDG and ALT. That said, with the loaded Zibo.json file you can set the left-hand knob to ALT, HDG or IAS and with the right-hand rotary knob you increase or decrease the value which is visible on the MCP in the sim. During climb and initial cruise level, I was able to control the aircraft Auto Pilot with the help of the Bravo dedicated Zibo.json plugin and I can tell you, that it works to my satisfaction. On Last Note ….. Airbus Models Suppose you turn the selector knob on the left-hand side to VS (Vertical Speed) you can increase/decrease the VS value with the right-hand knob and of course, the X-Plane aircraft will correspond in accordance what you select. And last but not least, there’s an AP button on the far right to engage/disengage the AP.

Please Note: This guide will not demonstrate how to use the autopilot and light controls, as those are not enabled for external control with the Fenix A320.