Virpil MT-50 CM3 Throttle

70.5/100 for MSFS reflects a peripheral that punches above its tier on build quality but falls short on axis versatility. For single- or twin-engine GA flying — VFR cross-country legs, IFR approaches into photogrammetry cities, or bush flying with live weather — the metal construction and physical detents make this a genuinely capable daily driver. Where it shows limits is complex airliner operations requiring four independent thrust levers or turboprop condition lever travel, scenarios where a higher lever-count throttle or a paired axis module would carry more of the workload.

At the budget tier, full-metal construction with physical detents and 12 axes on a throttle unit is a rare combination — most competing units at this level use plastic bodies and omit detents entirely. The trade-off is the two-lever ceiling, which is real, but for pilots primarily flying twin or single-engine frames, the build quality here outpaces nearly every alternative sharing this price bracket.

Lever count matters in MSFS because the sim's airliner and turboprop library increasingly demands independent axis control per engine — managing four throttles on a quad-engine approach into a live-weather photogrammetry airport through a single joystick axis is a compromised experience that exposes the hardware gap immediately. Build quality matters because throttle quadrants absorb repetitive, high-force inputs during every flight cycle — detent clicks, full-travel power slams on go-arounds, and fine mixture tweaking on long VFR legs — and plastic mechanisms lose calibration and develop dead zones far faster than metal ones under that kind of use. The Virpil Controls VPC Throttle MT-50 CM3 scores 70.5/100 overall, with build quality scoring 90/100 making it one of the stronger options in its tier on durability, while the lever count subscore of 40/100 reflects the two-lever limitation that will surface in any multi-engine airframe beyond twins.

The MT-50 CM3 connects via USB direct and MSFS recognizes it as a standard HID controller on first connection with no driver installation required. You will need to manually bind axes inside MSFS's control settings for throttle 1, throttle 2, and any secondary axes like prop pitch or mixture, as MSFS does not auto-assign split throttle channels by default for this unit — allocate roughly five minutes on first setup to map and sensitivity-test each axis.

Set sensitivity curves to a slight negative input response (-15 to -20%) on the throttle axes to soften the travel near idle and give finer fuel flow control during descents and pattern work, and apply a 3–5% dead zone at both ends of each axis to eliminate spurious input noise at full cutoff and full forward positions. For the secondary axes such as prop and mixture, a linear curve with a 2% null zone in center is sufficient — these axes rarely need the same fine-tuning as the primary throttle levers in normal MSFS operations.