This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:17:35
The video provides an in-depth review of the Honeycomb Aeronautical Alpha Yoke and Bravo Throttle Quadrants, popular hardware for Microsoft Flight Simulator enthusiasts. The presenter, 320 Sim Pilot, begins by explaining the setup, standalone functionality, and build quality of the Alpha Yoke, featuring various switches that contribute to its realistic simulation experience. The yoke offers a premium feel with light roll resistance but heavier pitch, which adds to its authenticity. The Bravo Throttle Quadrant is highlighted for its multiple adjustable controls, including a trim wheel, landing gear lever with lights, flaps lever, and a comprehensive autopilot system. The device allows configuration for both general aviation and commercial aircraft, though some controls may require repositioning and occasional customization for different planes. While the lack of detents may pose challenges for Airbus pilots, it excels in other areas like vertical speed adjustments and operational comfort. The Bravo includes both general aviation and Boeing-style handles, offering versatility despite the larger desk space needed compared to a joystick setup. Overall, the Honeycomb Alpha and Bravo products are praised for their thoughtful design, functionality, and premium build, making them highly recommended for serious flight sim enthusiasts.
00:00:00
In this part of the video, 320 Sim Pilot introduces and provides an initial overview of the Honeycomb Aeronautical Alpha Yoke and Bravo Throttle Quadrants, key pieces of flight simulator hardware he has borrowed to review. He mentions their high price and discusses the setup, noting the standalone functionality of each unit due to their individual USB connections. He begins with the Alpha Yoke, detailing its size, clamping mechanism, and the inclusion of master and avionics switches, as well as a starter or magneto switch. He highlights the quality and feel of the yoke, noting some differences from real aircraft, such as the non-springing magneto switch.
00:03:00
In this part of the video, the focus is on reviewing flight simulator hardware, specifically a yoke and throttle quadrant. The yoke is described as having realistic travel degrees, light roll resistance, and smooth operation, though the pitch axis is heavier, providing a premium feel. Key buttons include an autopilot disconnect, trim switches, a view reset button, and a trigger button.
The throttle quadrant features functional and realistic elements such as a landing gear lever with working lights, a trim wheel, and adjustable friction on the throttle levers. It includes handles for both general aviation and commercial setups. The hardware also boasts a working light warning panel and an autopilot control panel, all contributing to its premium feel and functionality in Microsoft Flight Simulator.
00:06:00
In this segment of the video, the speaker reviews and demonstrates a throttle quadrant’s design and functionality for general aviation use. Key points include the ergonomic placement of the throttles below the desk, making it comfortable to use. The device features multiple controls, including a friction adjustment, gear lever, and flaps lever, all of which are praised for their intuitive operation. The speaker notes that while the throttles feel premium, some controls, like the hat switch, require hand repositioning, which could be slightly inconvenient. When using the yoke, it is described as light in roll but heavier in pitch. Additionally, the speaker demonstrates the operation of the autopilot system, explaining how to select and adjust different flight modes, commending its ease of use, especially for heading adjustments. The segment concludes with a mention of minimal configuration required to integrate with Microsoft Flight Simulator.
00:09:00
In this part of the video, the speaker discusses the usability and features of a throttle quadrant. They mention that configuring it for some airplanes might require some programming or customization, and it’s sometimes tricky to determine which mode is selected without looking back and forth. Nevertheless, the device performs impressively, managing tasks like adjusting vertical speed efficiently. The speaker appreciates its premium feel and extensive functionality, although notes that it lacks detents, which might be an issue for Airbus pilots but not for general aviation.
They then describe the commercial handles included in the package, noting that Boeing-style handles are provided, but Airbus handles must be purchased separately. These handles clip onto the axes using a clever mechanism, allowing for operation of four-engine aircraft or just two with provided rubber covers. The flap and speed brake levers operate well but lack detents, requiring visual checks to confirm positions.
The throttles have great friction and feel, include little reverser levers, and feature a go-around button. The lack of detents isn’t a huge deal but is worth noting. Overall, the speaker enjoys the hardware, finding it fun and functional, especially for those dreaming of flying a Boeing 747.
00:12:00
In this segment of the video, the presenter discusses the premium feel and design of various throttle quadrants and specifically focuses on the Honeycomb Alpha and Bravo yoke and throttle quadrants. They praise the design and functionality of the Honeycomb Bravo throttle quadrant for general aviation, which includes six axes, good resistance, a trim wheel, autopilot controls, rocker switches, flaps, and a landing gear switch with indicator lights. When comparing it to the Turtle Beach Velocity One, they note the Honeycomb has more pitch travel and is heavier in pitch. The Alpha yoke is also highlighted for its excellent functionality, smooth controls, and additional switches, though there are some preferences regarding the placement of the hat switch and the varying resistance in roll and pitch axes. Overall, the presenter is impressed with the product’s quality and thoughtful design.
00:15:00
In this part of the video, the presenter discusses the usability and functionality of the Honeycomb Bravo throttle quadrant and its compatibility with various aircraft types. It highlights that while the unit is well-suited for Boeing aircraft, which typically do not have detents, its lack of detents makes it less optimal for flying Airbus planes, which rely on detents for setting throttle positions. The presenter mentions the availability of Airbus handles for the Honeycomb Bravo but admits not having tried them. Additionally, the video discusses the unit’s cost, personal preference in choosing flight hardware, and the significant desk space required for a yoke setup compared to a joystick. Finally, the video wraps up with a mention of upcoming content, including tutorials and hardware reviews, encouraging viewers to subscribe for more information.