Moza AB9 FFB Base

Descripción

The Moza AB9 FFB Base is a masterpiece of engineering for flight simulation enthusiasts who crave precision and power in their hands. With its dual servo motors delivering a remarkable peak torque of 12Nm, this base captures the subtleties of turbulence, takeoff, and every maneuver in between. Its aviation-grade aluminum alloy construction promises durability while its seamless, fanless design minimizes distractions. Whether you're mastering barrel rolls or steady descents, this flight stick base offers a tactile and visually sleek experience that redefines control.

What sets the Moza AB9 FFB Base apart?

  • Unmatched Torque and Control The dual servo motors deliver a peak torque of 12Nm, giving you unparalleled feedback to replicate realistic flight dynamics. Whether you're navigating turbulence or executing intricate maneuvers, the responsiveness ensures you feel every detail, right down to the smallest forces acting on your aircraft.
  • Open Ecosystem for Versatile Use With support for third-party flight sticks and multiple installation options, the Moza AB9 integrates seamlessly into a variety of setups. Its adaptability caters to pilots who value choice and flexibility in their equipment, allowing for desktop clamping or dedicated rig mounting.
  • Minimalist Yet Durable Design Built with aviation-grade aluminum alloy and finished with automotive-quality paint, this device not only looks sleek but withstands heavy use. The sealed, fanless design ensures a long lifespan by protecting internal components from dust and wear.
  • Precise Adjustment and Feedback The high-resolution encoder chip and MOZA Control Loading System provide detailed adjustments and accurate replication of flight conditions. This precision lets you tailor your flight experience to match any scenario or personal preference.

Pros and Cons

Pros Cons
Dual servo motors deliver exceptional torque for nuanced feedback. Heavier than some comparable bases at 12Nm torque.
Compatible with third-party flight sticks and rigs. Premium materials may raise the price point.
Fanless design reduces operational noise significantly. No wireless connectivity options.

Specifications

Specification Value
Peak Torque 12Nm
Constant Torque 9Nm
Construction Material Aviation-Grade Aluminum Alloy
Encoder High-Resolution Encoder Chip
Compatibility Third-party flight sticks, various rigs
Design Fanless, sealed structure

Moza AB9 Base Compatibility

The Moza AB9 is compatible with a wide range of third-party flight sticks and offers seamless integration into diverse setups. Its open ecosystem design supports clamping to desktops or mounting on rigs, making it adaptable to different environments. Additionally, the high-torque system is fully functional with leading flight simulation platforms like MSFS2020, X-Plane 12, and DCS, ensuring that sim pilots can use their favorite tools without restrictions.

This device shines in its compatibility with gaming platforms and software. Designed for PC use, it performs excellently in simulators like IL-2 Sturmovik and War Thunder. However, it's not natively compatible with consoles, which may require additional peripherals or software adjustments. PC users will enjoy effortless integration and performance tailored to demanding simulations.

Forma del producto

1 en stock Envío en 1-3 días hábiles.

€649,00 IVA incluido

    • Almacenes en NL / FR / BG
    • Distribuidor oficial de las principales marcas
    • Servicio de atención al cliente experto
    • Para pedidos fuera de la UE, no se aplican IVA ni impuestos. Consulta nuestra página de envíos para más información.

    Descripción

    The Moza AB9 FFB Base is a masterpiece of engineering for flight simulation enthusiasts who crave precision and power in their hands. With its dual servo motors delivering a remarkable peak torque of 12Nm, this base captures the subtleties of turbulence, takeoff, and every maneuver in between. Its aviation-grade aluminum alloy construction promises durability while its seamless, fanless design minimizes distractions. Whether you're mastering barrel rolls or steady descents, this flight stick base offers a tactile and visually sleek experience that redefines control.

    What sets the Moza AB9 FFB Base apart?

    • Unmatched Torque and Control The dual servo motors deliver a peak torque of 12Nm, giving you unparalleled feedback to replicate realistic flight dynamics. Whether you're navigating turbulence or executing intricate maneuvers, the responsiveness ensures you feel every detail, right down to the smallest forces acting on your aircraft.
    • Open Ecosystem for Versatile Use With support for third-party flight sticks and multiple installation options, the Moza AB9 integrates seamlessly into a variety of setups. Its adaptability caters to pilots who value choice and flexibility in their equipment, allowing for desktop clamping or dedicated rig mounting.
    • Minimalist Yet Durable Design Built with aviation-grade aluminum alloy and finished with automotive-quality paint, this device not only looks sleek but withstands heavy use. The sealed, fanless design ensures a long lifespan by protecting internal components from dust and wear.
    • Precise Adjustment and Feedback The high-resolution encoder chip and MOZA Control Loading System provide detailed adjustments and accurate replication of flight conditions. This precision lets you tailor your flight experience to match any scenario or personal preference.

    Pros and Cons

    Pros Cons
    Dual servo motors deliver exceptional torque for nuanced feedback. Heavier than some comparable bases at 12Nm torque.
    Compatible with third-party flight sticks and rigs. Premium materials may raise the price point.
    Fanless design reduces operational noise significantly. No wireless connectivity options.

    Specifications

    Specification Value
    Peak Torque 12Nm
    Constant Torque 9Nm
    Construction Material Aviation-Grade Aluminum Alloy
    Encoder High-Resolution Encoder Chip
    Compatibility Third-party flight sticks, various rigs
    Design Fanless, sealed structure

    Moza AB9 Base Compatibility

    The Moza AB9 is compatible with a wide range of third-party flight sticks and offers seamless integration into diverse setups. Its open ecosystem design supports clamping to desktops or mounting on rigs, making it adaptable to different environments. Additionally, the high-torque system is fully functional with leading flight simulation platforms like MSFS2020, X-Plane 12, and DCS, ensuring that sim pilots can use their favorite tools without restrictions.

    This device shines in its compatibility with gaming platforms and software. Designed for PC use, it performs excellently in simulators like IL-2 Sturmovik and War Thunder. However, it's not natively compatible with consoles, which may require additional peripherals or software adjustments. PC users will enjoy effortless integration and performance tailored to demanding simulations.

    Preguntas frecuentes

    ¿Qué tan fuerte es la retroalimentación de fuerza en el Moza AB9 y cómo se sienten los 12 Nm en una simulación de vuelo?

    El AB9 ofrece un excepcional par máximo de 12 Nm mediante servomotores duales, lo que proporciona una retroalimentación de fuerza increíblemente realista que permite experimentar cada aspecto de la dinámica de vuelo. Este nivel de par reproduce con precisión la turbulencia, la carga de la superficie de control a altas velocidades, el efecto suelo durante el aterrizaje y los cambios de resistencia durante las diferentes fases del vuelo. El par constante de 9 Nm garantiza un rendimiento sostenido durante largas sesiones de vuelo sin desvanecimiento ni sobrecalentamiento.

    ¿Puedo usar mi joystick de vuelo actual con el Moza AB9 o estoy limitado a los productos Moza?

    El AB9 cuenta con un diseño de ecosistema abierto compatible con una amplia gama de joysticks de vuelo de terceros, lo que lo hace muy versátil para configuraciones existentes. No estás limitado al ecosistema de Moza y puedes usar joysticks compatibles de otros fabricantes. Esta flexibilidad te permite actualizar tu base de Force Feedback sin reemplazar todo el sistema de control, lo que ofrece una excelente relación calidad-precio para los pilotos que ya tienen sus joysticks de vuelo preferidos.

    ¿Qué tan silencioso es el Moza AB9 durante su funcionamiento y qué lo hace sin ventilador?

    El AB9 utiliza un diseño sellado y sin ventilador que funciona prácticamente en silencio en comparación con las alternativas refrigeradas por ventilador. Su construcción en aleación de aluminio de grado aeronáutico proporciona una excelente disipación del calor sin necesidad de refrigeración activa, eliminando así el ruido del ventilador que podría interrumpir la inmersión durante la simulación de vuelo. Esta estructura sellada también protege los componentes internos del polvo y la suciedad, garantizando una fiabilidad a largo plazo y un rendimiento constante.

    ¿Qué simuladores de vuelo funcionan con el Moza AB9 y se requieren controladores especiales?

    El AB9 ofrece compatibilidad nativa con los principales simuladores de vuelo para PC, como Microsoft Flight Simulator 2020/2024, X-Plane 12, DCS World, IL-2 Sturmovik y War Thunder. El chip codificador de alta resolución y el sistema de carga de control MOZA proporcionan una retroalimentación de fuerza precisa, adaptada a los datos de telemetría de cada simulador. Sin embargo, está diseñado exclusivamente para PC y no es compatible con consolas como Xbox o PlayStation.

    ¿Qué opciones de montaje están disponibles para el Moza AB9 y cuánto espacio requiere?

    El AB9 admite múltiples opciones de instalación, incluyendo sujeción en escritorio y montaje en plataforma específica, lo que lo hace adaptable a diversas configuraciones de cabina. Su robusta construcción de aluminio de grado aeronáutico puede soportar un par de 12 Nm cuando se monta correctamente. Aunque no se indican las dimensiones específicas, su excelente calidad de construcción implica que necesitará un espacio adecuado en el escritorio o una plataforma de montaje robusta para aprovechar al máximo sus capacidades de retroalimentación de fuerza sin movimiento ni flexión.

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