MOZA Flight Simulator Lineup Breakdown: Choosing Your Cockpit Gear

The MOZA AB6 Flight Simulator Game Controller serves as a complete, out-of-the-box system combining an active force feedback base with the ergonomic MHG flightstick. Powered by dual servo motors generating up to 6 N·m of peak torque, the base translates aerodynamic loading into physical resistance across taxiing, takeoff, atmospheric turbulence, and high-speed maneuvers. This active motor approach replaces conventional mechanical springs with dynamic resistance curves, giving simulation pilots immediate tactile cues when approaching aerodynamic stall limits or navigating gusty crosswind approaches. The included desktop clamp allows immediate installation without drilling, while pre-tapped mounting points support direct hard-mounting to flight stands or dedicated simulation cockpits.

Mounted atop the base, the MHG flightstick is molded from reinforced carbon fiber composite to ensure long-term structural rigidity without excessive swing weight. The control layout incorporates contactless Hall-effect sensors on primary axes for jitter-free tracking, an authentic two-stage trigger, customizable RGB backlighting, and an extensive array of 29 programmable signals. The base mechanism also maintains compatibility with other MOZA grips and select third-party sticks, permitting future modular upgrades. This integration provides a balanced upgrade path over traditional, spring-centered logitech flight simulator controls by offering active direct-drive response in a space-conscious desktop package.

This all-in-one package is engineered primarily for simulation pilots who want direct-drive force feedback without buying separate bases, grips, and desk clamps. Its 6 N·m torque envelope provides authentic flight control loading suitable for light aircraft, trainer jets, and aerobatic craft. However, pilots planning an ultra-heavy fighter setup or those seeking modular industrial-grade metal flightsticks will find that the bundle gives way to the higher-torque AB9 standalone base paired with specialized external grips.

Designed specifically to meet the handling requirements of multi-engine airliners, cargo aircraft, and general aviation twins, the MOZA AY210 Force Feedback YOKE Base introduces active direct-drive mechanics to a push-pull yoke interface. The unit features dual high-torque servo motors that output a substantial 9 N·m of rotational torque along with 210 N of linear push-pull force. With a generous 150 mm of shaft travel distance, the AY210 delivers the deep mechanical deflection needed to realistically trim, flare, and counter heavy crosswinds in airframes modeled after commercial transports.

Constructed around an aircraft-grade aluminum alloy body with high-strength internal steel linkages, the AY210 utilizes a high-precision 15-bit magnetic encoder backed by an onboard 280 MHz processor. This computing platform ensures rapid calculation of active force profiles, simulating true-to-life column resistance that stiffens at high airspeeds and softens at low speeds. The front panel features 13 mappable switches for direct access to avionics, autopilot disconnects, and trim modes, while MOZA signature quick-release system allows simmers to disconnect or swap compatible yoke wheels rapidly between sessions.

The AY210 is the definitive choice for flight enthusiasts dedicated to civilian transport operations, twin-turboprop regional flying, and business jets where a center stick feels out of place. Its powerful 210 N push-pull force and deep mechanical travel require a stable, rigid mount, making it best suited for dedicated desktop clamps or flight simulator frame rigs. Aviators who split their flight time between civilian transport and combat jet dogfighting will find this specialized yoke gives way to versatile flightstick platforms like the AB6 or AB9.

Cockpit immersion extends beyond primary flight controls, and the MOZA MLTP Take-Off Landing Panel Flight introduces critical physical switchgear for high-workload flight phases. Built with an authentic metal chassis weighing 2.59 pounds, the unit is highlighted by a realistic aluminum brake lever that allows tactile actuation during runway deceleration. Contactless Hall sensor technology governs the primary lever mechanism, ensuring smooth travel and long-term durability free from potentiometer signal degradation.

The console offers 25 customizable switch signals arranged logically to mirror real-world gear, flap, light, and safety systems. Integrated telemetry-driven lighting effects provide real-time visual feedback based on in-game aircraft status, illuminating annunciator states during transit and locking sequences. The modular enclosure is designed to link directly alongside the MTP Throttle Panel, creating an integrated center console, or it can be secured as an independent peripheral within any custom desktop flight bridge.

The MLTP panel is tailored for simulation enthusiasts seeking to eliminate mouse clicks and generic keyboard shortcuts during approach, descent, and ground handling. It provides a tactile, dedicated hub for retracting gear, setting flaps, and managing parking brake tension across general aviation and commercial simulations. Because it operates strictly as an auxiliary switch and brake interface, it serves as a companion peripheral that completes a broader hardware ecosystem rather than operating as a standalone flight controller.

The MOZA AB9 FFB Force Feedback Base represents the highest output level in the MOZA flight control ecosystem, engineered for simmers demanding uncompromising physical fidelity. Inside its aviation-grade aluminum alloy housing, dual-servo motors produce an impressive 12 N·m of peak torque. This force level allows the system to accurately reproduce severe turbulence, control stiffness at transonic speeds, aerodynamic buffeting, and heavy mechanical resistance encountered when maneuvering high-performance military jets or large transport aircraft without dynamic clipping.

Central to its operation is the specialized MCLS Force Feedback Algorithm, which provides a ±20° adjustable deflection range to match specific cockpit geometries. The base utilizes a high-resolution encoder chip that instantly translates minuscule stick adjustments into flight path changes while faithfully feeding back runway bumps and ground roll dynamics. Configuration is managed through the MOZA Cockpit Control software, allowing pilots to download, tune, and share customized force feedback profiles for various aircraft modules. For maximum stability under 12 N·m loads, enthusiasts frequently secure this base directly to a robust rig such as a dardoo racing simulator cockpit.

This base is geared toward advanced enthusiasts and professional flight simulation pilots who demand top-tier force output and zero chassis deflection. It is sold as a standalone base, meaning pilots must pair it with a compatible grip such as the MH16 or an adapted third-party flightstick. Users with limited desk space or those who prefer an all-in-one bundled solution with an included grip and desk clamp will find the 6 N·m AB6 bundle a more accessible option.

Coordinated flight maneuvers and precise runway rollout require robust foot controls, which the MOZA MRP Rudder Pedals for PC deliver through an all-metal assembly. The foundation pairs an aluminum alloy frame with high-strength steel swing arms and pedal plates to withstand forceful inputs during critical flight operations. The underlying swing-arm mechanism offers up to 15 cm of travel with a ±30° rotation range, featuring adjustable end stops that let users tailor the physical movement limit to match specific trainer, jet, or transport flight profiles.

Tracking accuracy is maintained by contactless Hall-effect sensors across both the main yaw swing-arm axis and the dual independent toe-brake axes, eliminating mechanical wear and potentiometer deadzones. Pilots can fine-tune ergonomics via stepless pedal angle adjustments within a ±25° range, allowing comfortable foot placement across flat office chairs or reclined simulator cockpits. The included tool kit and data cables support two setup options: direct RJ11 connectivity into MOZA flight bases to consolidate cabling, or a standard USB wired connection for universal PC compatibility.

The MRP pedals suit any virtual pilot seeking accurate yaw authority, crosswind crab alignments, and reliable differential braking on landing rollouts. Because flightsticks and yokes lack dedicated pedal mechanics, adding the MRP completes three-axis control independence. Simmers working within compact under-desk spaces should note that the linear swing-arm mechanism requires adequate floor clearance, making deliberate cockpit layout planning essential.

Designed with inspiration drawn directly from military fighter controls, the MOZA MH16 Flightstick Flight Simulator Aircraft provides authentic tactical ergonomics for combat simulation pilots. The flightstick features a robust, cool-to-the-touch metal body crafted from aviation-grade aluminum, ensuring mechanical durability and structural stability during aggressive high-G maneuvers. Its exterior texture, switch placement, and grip contouring replicate real-world frontline fighter grips, providing immediate familiarity during formation flying and aerial refueling.

Functionality is centered around 30 configurable input signals managed through the MOZA Cockpit Control software suite. The grip incorporates industrial-quality ALPS switches, including a high-precision 8-way hat switch for sensor control management and point-of-view tracking. Removable modular expansions interface through a clean pogo-pin connection, eliminating external dangling cables. The MH16 offers direct plug-and-play integration with the MOZA AB9 base, and third-party dock compatibility via adapters expands its utility for pilots using alternative flight platforms.

The MH16 is built specifically for modern fighter enthusiasts, virtual display teams, and space combat pilots who require extensive hat switches, thumb buttons, and weapon releases directly under their fingers. It seamlessly matches the 12 N·m power of the AB9 base to create an authentic military flight cell. For pilots dedicated strictly to general aviation trainers or multi-engine commercial airliners, the yoke layout of the AY210 provides a more realistic operational match.