Palanca de gases Thrustmaster Sol-R 6 negra USB Type-C con cable analógico/digital para PC, tamaño 170×205×125 mm

Sol-R 6 Throttle is a versatile throttle designed for space, military and civil flight simulations, providing precise thrust management for single- or multi-engine setups. The unit complements a flight joystick by adding extensive control options while keeping your hand on primary flight controls for consistent handling and immersion.

Advantages

The throttle uses S.M.A.R.T. (Sliding Motion Advanced Rail Tracks) technology to deliver 3.1 inches (80 mm) of smooth, precise travel with configurable detent positions (none; 50%; 80% afterburner; dual-detent) to match different aircraft profiles. Integrated extra controls — including multiple buttons, hat switches, a PoV, a thumbwheel, a mini-stick and a built-in rudder with 15° travel and re-centering — increase the number of accessible inputs without moving your hand away from the throttle. Wired USB connection ensures reliable analogue/digital communication with your PC.

Key specifications

• Interface: Wired USB
• Modes: Analogue / Digital for PC
• Travel: 3.1 in / 80 mm S.M.A.R.T. linear travel
• Detent positions: configurable (none; 50%; 80% afterburner; dual-detent)
• Additional controls: 4 buttons, 2 × 4-position hat switches, 1 × 8-position PoV, 1 thumbwheel, 1 mini-stick
• Built-in rudder: 15° with re-centering
• Colour: Black

How to use

Connect the Sol-R 6 Throttle to your PC via the wired USB cable and configure inputs through your simulator or control mapping software. Adjust the detent position to the desired setting for the aircraft you will fly. Use the main throttle axis to control engine thrust while assigning frequently used functions to the 14 additional controls for quick access. Employ the built-in rudder for minor yaw adjustments and the mini-stick or hat switches for POV and trim operations as required.

Recommendations

For optimal performance, install any available drivers or configuration software provided by the manufacturer and calibrate the axis within your simulation settings. Verify detent and control assignments in each flight profile to match aircraft requirements and ensure consistent behaviour across different simulators.