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MSFS Performance Score

60.5 / 100
MSFS Score
Flight Yoke · Honeycomb Aeronautical
Budget
Value score 12.63 per $100 spent
Travel & Feel (30%) 55
Force Feedback (20%) 0
Build Quality (20%) 70
Button Layout (15%) 100
Compatibility (15%) 100

Honeycomb Aeronautical Bravo Throttle Quadrant with Alpha Flight Controls Bundle scores 60.5/100; travelAndFeel (30% weight) is the dominant factor at 55/100.

Verdict for MSFS

The Honeycomb Aeronautical Bravo Throttle Quadrant with Alpha Flight Controls Bundle scores 60.5/100 for MSFS, offering 6 axes and 54 buttons across a hybrid-build combo that covers GA cockpit workflows from engine start to flap management. Best suited to pilots stepping up from gamepad or joystick control, though the zero force feedback score is a ceiling you will feel on every ILS approach.

Reviewed: March 2026

Full Specifications

Connection USB
Force Feedback No
Axis Count 6
Button Count 54
Compatibility PC, Xbox
Release Year 2022

Pros & Cons for MSFS

Pros

  • The Alpha yoke's 180° rotation arc and medium spring resistance give adequate control authority during VFR cross-country legs in light GA aircraft — at the budget tier, most alternatives ship with narrower arcs and softer, less consistent centering springs that make rudder-coordinated turns feel vague.
  • The Bravo's detent positions on the throttle levers map cleanly to MSFS's engine management axes, and the six-axis layout means you can assign throttle, prop, mixture, flaps, and spoilers without reaching for a keyboard during a busy IFR descent into a dense photogrammetry airport like London Heathrow.
  • As a bundled combo at the budget tier, getting both a yoke and a multi-lever throttle quadrant with dedicated annunciator lights in a single purchase is rare — most budget options force you to choose one or piece together mismatched hardware from different manufacturers with inconsistent USB polling behavior.

Cons

  • The hybrid plastic-and-metal construction introduces minor flex in the yoke column during aggressive pitch inputs on turbulence-heavy approaches in live weather — you will feel it most when hand-flying a short-field landing in gusty conditions where precise stick pressure feedback matters.
  • No force feedback means you lose all tactile stall buffet and control-loading cues that mid-range and premium yokes in the next tier up provide — flying a slow, dirty approach into a high-altitude airport in MSFS's advanced aerodynamics mode, you are relying entirely on the visual AOA indicator rather than any physical feedback through the yoke itself.

Frequently Asked Questions

Is this a good Flight Yoke for MSFS?
60.5/100 for MSFS reflects a competent but mid-tier experience for the simulator's full feature set. The Alpha and Bravo combination excels during structured GA flights — flying a VOR-to-VOR cross-country in a Cessna 172 with the Bravo handling throttle, prop, and mixture levers simultaneously is where this bundle feels purpose-built. Where it shows limits is in any scenario that rewards physical control loading feedback, such as hand-flying a Category C approach into a photogrammetry-dense city in real weather, where the absence of force feedback removes a layer of situational awareness that complements MSFS's advanced flight model.
Is it worth the price for MSFS?
At the budget tier, finding a yoke-plus-throttle-quadrant combo with 6 axes, 54 assignable buttons, Xbox compatibility, and dedicated annunciator LEDs in a single package is genuinely uncommon — most budget alternatives offer one or the other, not both. The hybrid build material is the honest trade-off: it holds up for regular sim sessions, but it does not replicate the column rigidity of all-metal construction that defines higher-tier yokes.
What should I look for in a Flight Yoke for MSFS?
Travel and feel is the dominant factor for yokes in MSFS because the sim's advanced flight model translates small pitch and roll inputs directly into aircraft response — a yoke with inconsistent centering or short travel arc will cause PIO during manual ILS finals or slow-speed maneuvering in the traffic pattern, where precise, graduated control pressure is critical. Force feedback matters because MSFS simulates aerodynamic control loading and stall buffet that, on a force feedback-capable yoke, translate into physical resistance changes — flying a stall recovery without that tactile warning means you are watching the flight instruments instead of feeling the aircraft depart controlled flight. The Honeycomb Aeronautical Bravo Throttle Quadrant with Alpha Flight Controls Bundle scores 55/100 on travel and feel, indicating acceptable but not refined axis response, and 0/100 on force feedback, meaning all aerodynamic feedback cues from MSFS's flight model arrive visually or aurally rather than through the yoke itself.
Is the Honeycomb Aeronautical Bravo Throttle Quadrant with Alpha Flight Controls Bundle compatible with MSFS?
The Alpha yoke connects via USB direct with no driver installation required, and MSFS will auto-detect the Alpha Flight Controls as a known device, pre-populating the primary pitch and roll axes, hat switch, and most button assignments on first launch. You will still want to manually verify the Bravo's throttle, prop, mixture, flap lever, and spoiler axes are bound correctly in MSFS's control settings, and confirm that the landing gear toggle and annunciator light assignments match your aircraft profile, as some complex aircraft profiles override default mappings.
How should I configure this in MSFS?
In MSFS's control sensitivity panel, set the yoke's pitch and roll axes to a slightly negative sensitivity curve (around -15 to -20%) to soften the center response and reduce the twitchiness that the medium spring resistance can introduce at cruise trim, and apply a 3–5% dead zone on both axes to mask any mechanical center slop without blunting control authority at the extremes. For the Bravo's throttle levers, set sensitivity to linear with zero dead zone and confirm the null zone is zeroed out so MSFS registers full detent travel accurately, which matters for mixture leaning during cruise at altitude in the sim's engine simulation.

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