TwinThrust Pro — Dual Independent Throttle Control Unit

The TwinThrust Pro is a dedicated dual-lever throttle control unit built for flight sim pilots who fly twin-engine aircraft and demand genuine independent engine management from their hardware. Two tall, ergonomic throttle levers — colour-coded red and blue for Engine 1 and Engine 2 — mount on individual bearing-smooth shafts with Hall-effect magnetic sensing on each axis, delivering precise, drift-free thrust control with natural hand-filling grip geometry. A compact integrated base panel houses an analogue rotary control and a multi-button function array for system assignments, all in a single desktop-ready unit that pairs with any flight control column, yoke, or joystick.

Key Features

• Dual Independent Throttle Levers — Engine 1 & Engine 2 — Two fully independent levers on separate bearing-mounted shafts provide individual thrust control for each engine, enabling asymmetric thrust management, single-engine procedures, and realistic engine-out training that a single combined throttle axis cannot replicate. Red and blue colour-coded grip tops provide instant visual and tactile identification without looking down.
• Hall-Effect Magnetic Sensing on Both Axes — Contactless Hall-effect sensors on each lever shaft deliver high-resolution, zero-wear position tracking with no centre deadzone and no potentiometer drift. Thrust input is smooth, linear, and consistent from idle to maximum power on both engines simultaneously.
• Ergonomic Pistol-Grip Lever Design — Each lever features a contoured pistol-grip handle with a textured finger channel and natural wrist angle, designed to be held comfortably during extended power management phases without the fatigue that flat-topped levers produce under sustained grip.
• Integrated Base Panel with Rotary and Function Buttons — The forward face of the base unit carries a large analogue rotary knob and a row of assignable push buttons, providing direct assignment for friction lock, condition levers, fuel cutoff, or any other aircraft system without requiring keyboard shortcuts mid-flight.
• Individual Lever Friction Adjustment — Each lever shaft includes a friction adjustment mechanism, allowing pilots to set the resistance feel of each throttle independently — matching the control weight of specific aircraft types or personal preference for holding a set power setting hands-off.
• Bearing-Smooth Lever Travel — Chrome-finished steel shafts run through precision bearing collars in the base, eliminating the lateral slop and stiction common in budget throttle units. Lever movement is consistent across the full range of travel with no sticky spots or resistance variations.
• Compact Desktop Footprint — The entire dual-lever unit sits within a compact base that fits comfortably to the left or right of a control column or yoke, requiring no mounting hardware and leaving desk space intact for other cockpit peripherals.
• Universal Sim Compatibility — USB plug-and-play with full axis and button mapping support across all major flight simulation platforms. Each lever axis and base panel input is independently assignable in-sim or via companion software.

Why You Will Love It

A single throttle axis is a fundamental limitation for anyone flying multi-engine aircraft in simulation. It forces you to manage both engines as one unit — which means single-engine procedures, asymmetric thrust approaches, and realistic engine-out emergencies are simply not available to you as physical inputs. The TwinThrust Pro removes that limitation entirely. Each engine has its own lever, its own axis, and its own full range of travel — because that is how the aircraft you are simulating actually works.

The colour coding is more useful than it might initially appear. In a high-workload phase — an engine failure on departure, a go-around with asymmetric thrust — you do not have time to look at your hardware and think about which lever is which. The red and blue grip tops mean your hands find the right lever by colour reference instantly, the same way real pilots identify controls by shape and position without conscious thought. It is a small detail that becomes significant exactly when it needs to be.

The Hall-effect sensors are the specification detail that separates the TwinThrust Pro from similarly priced alternatives. Potentiometer-based throttles feel smooth initially and degrade predictably — developing deadzone, centre slop, and axis noise over months of use. Hall-effect sensors have no contact surfaces to wear, no deadzone to develop, and no drift to recalibrate. The precision you calibrate on day one is the precision you have on day five hundred.

Specifications