Description
The Moza MTQ Throttle Panel brings a wonderfully versatile approach to aircraft engine management, giving flight simulation enthusiasts a single control system that adapts to different aircraft types. Its modular throttle levers with interchangeable fighter jet, Airbus, and Boeing configurations let you switch cockpit styles without replacing the entire panel. Meanwhile, four independent axes with detents and an extensive selection of physical controls put engine management and essential cockpit functions within easy reach. Add illuminated RGB buttons, a dedicated landing gear lever, and smooth sliding-rail movement, and even routine throttle adjustments become satisfying mechanical interactions.
What Sets the Moza MTQ Throttle Panel apart?
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Three Aircraft Throttle Styles in One Modular System The MTQ distinguishes itself through interchangeable throttle configurations designed around three aircraft categories: TQF for fighter jets, TQA for Airbus aircraft, and TQB for Boeing aircraft. Its modular sliding-rail mechanism allows the lever arrangement to be adapted without replacing the entire throttle panel. This flexibility is particularly appealing for pilots who alternate between military aviation and commercial airliners, where throttle layouts and operating habits can differ considerably. One control platform can therefore serve several distinct cockpit configurations.
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Four Independent Axes with Physical Detents The MTQ features four independent control axes with detents, providing dedicated analog inputs for aircraft functions that benefit from physical lever movement. The detents introduce identifiable positions along the lever travel, helping pilots locate important settings through touch rather than relying exclusively on the simulator display. This becomes especially useful during takeoff, approach, and engine management procedures. Combined with the sliding-rail mechanism, the independent axes offer considerable flexibility when configuring throttle assignments for different aircraft.
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Extensive Physical Controls with Customizable RGB Lighting Beyond its throttle levers, the MTQ includes ten buttons, three rotary knobs, three toggle switches, and a dedicated landing gear lever. Six buttons feature RGB illumination with 16.7 million available colors, providing additional visual information within the cockpit. MOZA Cockpit software also supports telemetry-based lighting effects, allowing compatible simulator data to influence illumination. For pilots working with complex aircraft, having frequently used functions assigned to physical controls can reduce mouse interaction and make cockpit management more organized.
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Direct MOZA Integration for Organized Cockpit Installations The MTQ connects to compatible MOZA flight bases through RJ11, allowing it to operate as part of a coordinated flight control system without requiring a separate direct USB connection to the computer. This arrangement helps reduce cable clutter, particularly when several flight simulation peripherals are mounted around a dedicated cockpit. Its mount-friendly design also suits aluminum-profile structures and modular flight rigs. MOZA Cockpit provides a central software environment for configuring supported controls and lighting behavior.
Pros and Cons
| Pros |
Cons |
| Modular throttle levers accommodate three different aircraft control styles. |
RJ11 connectivity requires a compatible MOZA flight base. |
| Four independent axes provide flexible engine control assignments. |
Third-party hardware integration may require additional configuration or adapters. |
| Physical detents help identify important throttle positions. |
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| Programmable controls and RGB lighting expand cockpit functionality. |
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Specifications
| Specification |
Value |
| Product Name |
Moza MTQ Throttle Panel |
| Product Type |
Modular Flight Simulator Throttle Panel |
| Throttle Lever System |
Modular levers with sliding-rail mechanism |
| Throttle Styles Included |
TQF, TQA, TQB |
| TQF Throttle Style |
Fighter jet |
| TQA Throttle Style |
Airbus |
| TQB Throttle Style |
Boeing |
| Independent Axes |
4 |
| Axis Detents |
Yes |
| Buttons |
10 |
| Rotary Knobs |
3 |
| Toggle Switches |
3 |
| Landing Gear Lever |
1 |
| RGB-Illuminated Buttons |
6 |
| RGB Color Options |
16.7 million |
| Lighting Effects |
Telemetry-based effects through MOZA Cockpit |
| Connection Type |
RJ11 |
| Compatible Connection Hardware |
MOZA flight bases |
| Configuration Software |
MOZA Cockpit |
| Mounting Compatibility |
Flight simulator rigs and aluminum-profile cockpit structures |
| Supported PC Platform |
Windows |
| Third-Party Hardware Support |
Limited; may require adapters or custom software mapping |
| Console Compatibility |
Not supported |
Moza MTQ Throttle Panel Compatibility
| Hardware or Connection |
Compatibility |
| MOZA AB6 Flight Base |
Compatible through RJ11 connection |
| Other Compatible MOZA Flight Bases |
Supported where the required RJ11 accessory interface is available |
| MOZA Flight Control Ecosystem |
Integrated through compatible hardware and MOZA Cockpit |
| MOZA TQF Throttle Configuration |
Supported for fighter jet control layouts |
| MOZA TQA Throttle Configuration |
Supported for Airbus-style control layouts |
| MOZA TQB Throttle Configuration |
Supported for Boeing-style control layouts |
| Aluminum-Profile Cockpits |
Compatible with suitable mounting arrangements |
| Modular Flight Simulator Rigs |
Compatible with suitable mounting arrangements |
| Third-Party Flight Control Systems |
Limited support; may require adapters or custom configuration |
| Direct Standalone USB Connection |
Not specified; RJ11 connection to a compatible MOZA base is the documented method |
| Xbox |
Not supported |
| PlayStation |
Not supported |
The Moza MTQ Throttle Panel is designed to connect through an RJ11 interface on compatible MOZA flight bases, including the MOZA AB6. This allows the throttle panel to function within the MOZA flight control ecosystem while reducing the need for additional cables running directly to the computer. Its modular TQF, TQA, and TQB lever configurations support fighter jet, Airbus, and Boeing-style control arrangements, making the panel suitable for pilots who regularly switch between different aircraft categories.
For physical installation, the MTQ works with suitable flight simulator rigs and aluminum-profile cockpit structures, allowing it to be positioned alongside compatible joysticks, flight bases, and other cockpit controls. Although it can be used in a mixed-brand PC setup, direct integration with unrelated third-party flight bases is limited and may require adapters or additional configuration. The documented connection method is through a compatible MOZA base, so the RJ11 port should not be treated as a universal accessory connection for arbitrary flight hardware.
| Platform or Simulator |
Compatibility |
| Windows PC |
Supported through a compatible MOZA flight base |
| MOZA Cockpit |
Supported for configuration and telemetry-based lighting |
| Microsoft Flight Simulator 2020 |
Supported with compatible hardware and control assignments |
| Microsoft Flight Simulator 2024 |
Supported with compatible hardware and control assignments |
| X-Plane 11 |
Supported with compatible hardware and control assignments |
| X-Plane 12 |
Supported with compatible hardware and control assignments |
| DCS World |
Supported with compatible hardware and control assignments |
| Other Windows Flight Simulators |
Functionality depends on supported axis and button mapping |
| Xbox |
Not supported |
| PlayStation |
Not supported |
The Moza MTQ Throttle Panel is intended for Windows PC flight simulation and supports popular titles including Microsoft Flight Simulator 2020 and 2024, X-Plane 11 and 12, and DCS World when connected through compatible MOZA hardware. MOZA Cockpit provides control configuration and telemetry-based RGB lighting, while individual throttle axes, detents, buttons, and switches may require aircraft-specific assignments. The panel is not compatible with Xbox or PlayStation consoles, and its RJ11 connection is intended for supported MOZA flight bases rather than direct connection to a console or computer USB port.
