This is the reason to buy it. The base delivers up to 9 Nm of torque (a measure of twisting force) and 210 N of push and pull force, with 150mm of travel. In practice the controls get heavier in both pitch and roll as speed builds, the way real aerodynamic loads do.
The effects go beyond weight. Testers could feel engine vibration, flaps and spoilers moving, a buffet as the wing neared a stall in a climb, and a bump when the wheels touched the runway. With autopilot engaged, the yoke follows the aircraft’s own control inputs, which is something spring yokes simply can’t show.
Inside, a 280 MHz processor and a 15-bit magnetic encoder (the sensor that reads the yoke’s position) track inputs finely. In basic maneuvering at 5,000 feet, small inputs produced accurate turns and let the pilot set a precise descent rate.
The build backs this up. The base is aluminum alloy with an aluminum quick-release that lets you swap handles fast, and it weighs about 8kg, which keeps it planted. The MFY Yoke is engineering thermoplastic shaped like an airliner yoke, with up to 34 inputs you can assign, hall-effect joysticks (magnetic sensors that don’t drift with wear) and RGB lighting.