MOZA FCS Farming Control System
MOZA FCS Farming Control System The MOZA FCS Farming Control System is MOZA Racing's purpose-built control solution for farming, construction, and agricultural machinery simulation . It combines a multi-axis Hall-effect joystick, an integrated throttle lever, and a programmable button matrix into a single compact device, replacing the patchwork of separate joysticks, throttle units, and button panels that most serious farming sim players currently run. With 46 programmable inputs, an ambidextrous layout, and plug-and-play compatibility with Farming Simulator 25 and Farming Simulator 22, it is designed to put the full range of in-cab machine controls within reach of a single hand. Farming and construction simulation demands a different input solution than racing. Where a steering wheel communicates the road, a joystick communicates the implement — lift height, attachment angle, engine PTO, hydraulics, lights, and dozens of machine-specific functions. The FCS is engineered specifically for that control model, with Hall-effect sensing on the joystick axis for zero-drift precision and a throttle lever designed to replicate the hand throttle and PTO controls found in real agricultural machinery. The ambidextrous ergonomic design means it functions equally well for left and right-handed operators, and the modular design allows the layout to be configured to suit different simulation scenarios and machine types. For existing MOZA Racing ecosystem users running a steering wheel for tractor and field vehicle driving, the FCS adds the dedicated joystick and throttle control layer that a wheel alone cannot provide. Pit House software manages configuration across all connected MOZA devices from a single interface, keeping the FCS, wheelbase, pedals, and stalks in the same ecosystem without additional software. Key features Multi-axis Hall-effect joystick with zero-drift precision for accurate implement, attachment, and machine control Integrated throttle lever for direct engine speed, hand throttle, and PTO control without switching devices 46 programmable inputs covering in-cab functions across Farming Simulator 25, Farming Simulator 22, and construction sims Ambidextrous ergonomic layout supports left and right-handed operators equally Compact all-in-one design replaces separate joystick, throttle, and button panel setups Plug-and-play compatibility with Farming Simulator 25 and Farming Simulator 22 out of the box Modular design allows layout configuration to suit different machine types and simulation scenarios MOZA ecosystem compatible for pairing with MOZA wheels, pedals, and multi-function stalks Extensive software configuration for axis curves, dead zones, button mapping, and per-title profiles USB plug-and-play PC connectivity for immediate recognition without driver installation How the MOZA FCS compares to other farming sim control setups Most farming simulator players approach input in one of two ways. The first is keyboard and mouse, which works for navigating menus and basic vehicle functions but removes all physical reference from implement control — there is no tactile sense of where the loader bucket is, or how far the throttle has been advanced. The second is a racing steering wheel, which handles tractor steering well but has no direct solution for the secondary controls that define agricultural sim: loader arm height, attachment functions, PTO engagement, and the dozens of machine-specific buttons mapped across real in-cab panels. Dedicated farming sim controllers like the Logitech Saitek Farm Commander combine a wheel with a separate side panel, but the side panel is a button grid without a joystick axis, which means precision implement positioning still has to be managed through keyboard inputs or mapped onto a hat switch. The FCS takes a different approach by combining the joystick — the most natural input for loader and attachment control — with a throttle lever and full button matrix in a single ambidextrous unit. The Hall-effect sensing on the joystick axis ensures zero drift without regular calibration, and the 46 programmable inputs are enough to cover the control sets of both large multi-function tractors and specialised construction machinery without running out of buttons. For MOZA ecosystem users who already have a wheel for steering, the FCS slots in as the companion device that covers everything the wheel cannot. Hall-effect joystick: zero-drift precision for implement control Hall-effect sensing detects position through magnetic field measurement rather than physical contact between a wiper and a resistive track. Contact-based joysticks wear over time and develop drift — a small offset in the reported centre position that makes precise implement control increasingly difficult to maintain. Hall-effect sensors have no contact to wear, which means the zero point remains accurate across millions of inputs without recalibration. For farming simulation, this matters specifically during loader work, where fine joystick movements control bucket height and tilt angle. A drifting joystick introduces unwanted axis input during a pause between movements, causing the loader arm to creep rather than hold position. The FCS's Hall-effect joystick holds its zero accurately, meaning the loader, attachment, or construction arm stays where it is placed until the next deliberate input. All axis curves, dead zones, and sensitivity settings are configurable through software to match different machine response profiles and personal preference. 46 programmable inputs for every function in the cabin Agricultural and construction machinery simulation requires far more button inputs than most racing peripherals provide. A modern tractor cab in Farming Simulator 25 involves steering, throttle, PTO, front and rear hydraulics, front and rear hitches, differential lock, lighting stages, turn signals, hazard lights, cruise control, GPS guidance, and implement-specific functions — a control set that quickly outgrows the button count on a standard racing wheel. The FCS's 46 programmable inputs are sized to cover that full function set without requiring keyboard shortcuts for anything a real operator would reach from the seat. The modular design allows the layout to be adapted for different machine types, so the same physical hardware can be configured for a multi-function tractor on one session and a telehandler or excavator on the next. All button mapping runs through software with per-title profile support, meaning your Farming Simulator 25 layout loads automatically when you launch the game and your construction sim layout restores when you switch titles. For MOZA ecosystem users, the FCS is managed through the same interface as the wheelbase and pedals, removing the need for a separate configuration application. MOZA ecosystem integration and ambidextrous design The FCS connects to the PC via USB and is recognised immediately as a standard HID game controller device, making it compatible with all PC simulation titles that support joystick input, not only the confirmed FS25 and FS22 plug-and-play titles. For MOZA ecosystem users, it integrates alongside a steering wheel and pedals without additional hardware, allowing a complete farming sim setup combining a MOZA direct drive wheelbase for steering, MOZA pedals for throttle and brake, MOZA multi-function stalks for secondary controls, and the FCS for joystick and implement functions. The ambidextrous ergonomic layout means the FCS can be positioned to the left or right of the main control station to match the operator's preference and the spatial layout of their desk or cockpit. For left-handed operators, this is a meaningful practical advantage over most agricultural controllers that assume right-handed use. Dimensions and desk mounting options will be confirmed at launch. Frequently Asked Questions What games is the MOZA FCS compatible with out of the box? The FCS is confirmed plug-and-play for Farming Simulator 25 and Farming Simulator 22 without manual configuration. As a standard USB HID joystick device, it is also compatible with any PC simulation title that accepts joystick input, including construction simulation and agricultural machinery titles, by configuring axis and button mappings in-game. Can the FCS be used alongside a MOZA steering wheel setup? Yes. The FCS is designed as a companion device for MOZA's sim racing ecosystem. It connects via USB alongside a MOZA wheelbase and pedals, with all devices managed through a single software interface. For farming sim players who use a steering wheel for tractor and vehicle steering, the FCS adds the dedicated joystick, throttle, and button inputs that a wheel cannot cover. What is a Hall-effect joystick and why does it matter for farming simulation? Hall-effect joysticks detect position through magnetic field measurement rather than physical contact, which means they do not drift or wear over time the way contact-based joysticks do. For precision implement and loader control in farming simulation, a joystick that drifts from centre introduces unwanted movement when you are trying to hold a position. The FCS's Hall-effect sensing maintains accurate zero positioning across extended use without recalibration. What does "modular design" mean for the FCS? The FCS's modular design allows the control layout to be configured for different machine types and simulation scenarios. Full details on the specific modular configuration options will be confirmed at the September 2026 launch. Does the FCS work for construction and heavy machinery simulation, not just farming? Yes. The FCS is designed for farming, construction, and agricultural machinery simulation broadly, not only Farming Simulator titles. Any PC simulation that uses joystick input for implement, arm, or machine control can use the FCS with in-game axis and button mapping. Is the FCS suitable for left-handed operators? Yes. The ambidextrous ergonomic layout allows the FCS to be used comfortably with either hand and positioned on either side of your main control station. This is a specific design consideration for agricultural simulation where the joystick is a primary control device used for extended periods. What software manages the FCS? The FCS is configured through MOZA software for axis curves, dead zones, button mapping, and per-title profile management. Full software details will be confirmed at the September 2026 launch. When will the MOZA FCS be available in Australia and how much does it cost? 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MOZA FCS Farming Control System x 1USB cableQuick start guide and warranty cardMOZA stickers Reviews Warranty All MOZA Racing products are backed by a 24-month limited manufacturer warranty, supported by Gamer Gear Direct's dedicated Australian team. This warranty covers manufacturing defects and ensures every product is 100% genuine, sourced directly from MOZA's official distributors. If you need assistance, our local simulation experts are only a call or email away.
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MOZA FCS Farming Control System
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