MOZA Unveils Next-Gen Sim Racing And Flight Sim Hardware & Software

The sim racing and flight simulation worlds are about to experience a major shake-up. On March 18th, 2025, MOZA Racing will launch an impressive array of new products that promise to narrow the gap between virtual and reality like never before.

Drawing on their founders’ automotive engineering backgrounds, MOZA has developed a comprehensive ecosystem of hardware and software innovations. This isn’t just another incremental update. Nay, in fact, I’d go as far as to say it’s a fundamental rethinking of how simulation hardware should work and feel. Let’s take a look at what’s going on!

How MOZA Is Revolutionizing Sim Racing

mBooster Active Pedals

MOZA’s mBooster Active Pedals have to be the star of the show here. First unveiled at Gamescom 2024, these pedals go beyond passive resistance to actively engage with the driver based on real-time telemetry data from the simulation. Allow me to explain.

Say you set off the ABS when you’re doing a hard brake, the pedal physically pulsates against your foot, just like it would in a real car. Apply some throttle on a low-grip surface, and you’ll feel traction control interventions through subtle pedal feedback. The system even simulates vehicle vibrations, G-force effects, and gear shift impacts, creating a direct physical connection to the virtual car’s dynamics that most other pedals simply can’t.

On the engineering front, we’ve got dual 200KG pressure sensors and proprietary 15-bit angle sensors that work alongside them through a fusion algorithm. This means you get pinpoint accuracy regardless of foot position or pressure applied.

There’s also an advanced active force feedback system that generates dynamic resistance patterns to make this pedal unique. You’d think that all that heavy machinery would give off a lot of noise, but surprisingly, the mBooster operates at just 44dB, which is quieter than your average conversation.

Another thing about this pedal that I absolutely loved was its versatility. Through MOZA’s Pit House software, users can configure a single mBooster as a throttle, brake, or clutch without having to get into any of these pesky mechanical adjustments. The software comes with 15 built-in presets that instantly adjust characteristics like initial resistance, force curves, and maximum pressure. For those who want to fine-tune their experience, the pedal allows detailed customization of travel distance (adjustable down to 4.3mm) and maximum force (up to 200kg).

To top it all off, the pedal features an ergonomic curved surface with a biomimetic design that conforms to the arch of the foot, providing better comfort during those long drive sessions, and it’s compatible with any racing setup via a PC connection.

Pricing:

• MOZA mBooster Active Pedal: $799.00/€899.00/£799.00/AUD 1,499.00/JPY 129,900.00
• mBooster + CRP2 Throttle Pedal + Plates: $999.00/€1,099.00/£999.00/AUD 1,899.00/JPY 159,900.00
• CRP2 Pedal Plate + Extended Plate: $129.00
• Extended Plate alone: $39.00

FFB Active Shifter Knob

Moving on, let’s take a look at the transmission control side of things with MOZA’s Active Shifter, which just so happens to be the first ever to incorporate dual servo motor force feedback technology. This patented system delivers 9Nm of continuous torque (peaking at 12Nm), allowing it to replicate the mechanical sensations of shifting gears with insane realism.

The shifter can simulate everything from the crisp engagement clicks of a modern sports car transmission to the heavy mechanical resistance of vintage gearboxes. Again, something I find very impressive is the fact that it can reproduce the grinding sensation when shifts are mistimed.

With three primary modes – H-pattern, sequential, and handbrake, accessible through MOZA’s Pit House software, the Active Shifter eliminates the need for separate devices or physical reconfiguration. Future updates will add custom gear layouts and positions, so users can have a little more to tinker with.

The shifter’s all-aluminum quick-shift lever combines a premium metallic feel with a short-throw design for dynamic gear changes. Its housing is crafted from aerospace-grade aluminum alloy with automotive-grade paint finishing, making sure that you get both durability and thermal stability during extended use.

For maximum precision, the shifter employs a 280MHz high-performance control chip paired with a high-resolution 15-bit magnetic encoder. This combination delivers lightning-fast response with ±20° of travel range and a 1000Hz USB refresh rate for smooth integration with simulation software.

MOZA offers the Active Shifter Knob separately for $39.00/€47.00/£39.00, while the complete package with the AB9 FFB Base costs $588.00/€646.00/£588.00.

Better Wheelbases, Smarter Software

Wheelbase Evolution: More Detail, Better Feedback

Good news, MOZA hasn’t neglected their core wheelbase lineup. Their direct drive bases, including the popular R9, R12, R16, and R21 models, are receiving massive upgrades that bump up their already impressive performance. The centerpiece of this update is a cutting-edge 21-bit magnetic encoder with an ultra-high 2.09 million resolution, delivering considerably sharper force feedback detail and improved motor control for a more nuanced driving experience.

The update introduces significant improvements in how the wheelbases communicate with simulation software. Through their collaboration with iRacing, Through collaboration with iRacing, MOZA wheelbases now support the iRacing 360Hz mode, which dramatically enhances force feedback fidelity. When enabled, drivers can feel subtle steering resistance changes while cornering, the texture of different road surfaces, and the impact of curbs with unprecedented clarity. This heightened feedback improves both vehicle control and track awareness, allowing for more precise driving.

Also, the wheelbases now support high-frequency vibration effects by processing in-game audio data to generate refined tactile feedback. This creates a more layered sensory experience that helps drivers develop better situational awareness and vehicle understanding, all of which are super important for delivering that consistent performance.

MOZA Coaching: AI-Driven Performance Enhancement

On the software side, MOZA is introducing MOZA Coaching – an AI-driven training tool powered by Track Titan, a leading racing analysis platform. Available directly through the MOZA Pit House software, this feature analyzes detailed performance data to provide actionable feedback across multiple driving aspects.

The system helps drivers learn about any areas for improvement in racing lines, braking efficiency, corner entry and exit techniques, and overall consistency. By leveraging advanced telemetry analysis, MOZA Coaching offers insights that would otherwise need a professional driving coach, helping users push their lap times to new levels regardless of skill level.

MOZA SDK: Beyond Gaming Applications

For developers and professionals, MOZA is rolling out their comprehensive SDK (Software Development Kit), which opens up possibilities for custom applications that extend well beyond gaming. This toolkit has a whole set of interfaces for deep customization and application building, supporting complex interaction logic and high-precision data processing.

The SDK is already being adopted across several industries for its flexibility and reliability. In the automotive sector, it powers realistic driving simulations for vehicle testing and driver training, helping manufacturers optimize designs and reduce development costs. Driving simulation manufacturers use it to create immersive racing simulators and professional training programs, enhancing user experiences and market competitiveness.

Taking Flight With Professional-Grade Hardware

Following their successful debut at the 2024 Flight Sim Expo, MOZA is also expanding their flight simulation lineup with four major products designed in collaboration with real-world aviators and pilots.

AY210 Yoke Base

The AY210 Yoke Base emerges as MOZA’s flagship flight control system, delivering substantial performance with 9Nm of continuous torque on the roll axis and a commanding 210N of push/pull force on the pitch axis. With a generous 150mm travel range, pilots can execute precise control inputs during critical flight phases, from gentle cruising adjustments to emergency maneuvers.

What truly sets this base apart is its programmable switch panel, housing 13 physical switches that can be fully customized through MOZA Cockpit software. These switches manage advanced functions like lighting, telemetry reporting, and long-press commands, creating an intuitive control environment that reduces the need for you to reach for keyboard commands all the time.

The system’s all-aluminum alloy construction also means you have some amazing durability while also maintaining that premium we all know and love in high-end simulation gear. MOZA’s engineers have implemented a 15-bit high-resolution magnetic encoder that delivers real-time feedback with near-zero latency, precisely replicating the control forces pilots would experience in actual aircraft.

$699 isn’t cheap by any means, but considering the fact that it’s compatible with major flight simulation titles including Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12, and that the AY210 features built-in telemetry force feedback without requiring additional plugins, this would definitely be my go to… if I had the cash.

MFY Yoke

Next up, we have the MFY Yoke which pairs perfectly with the AY210 Yoke base. Crafted from fiberglass-reinforced PA66, it can withstand up to 30kg of force without bending all over, which is great if you’re someone who gets a little aggressive while operating sims.

With support for up to 34 configurable inputs including axis-to-button mapping, the MFY provides comprehensive cockpit control. Users can easily switch mapping modes using either the MOZA Cockpit software or convenient built-in shortcut buttons, adapting the controls to different aircraft or personal preferences without disrupting their flying session.

The yoke also features an aluminum alloy quick-release mechanism for rapid attachment and detachment with a simple push-pull motion. This makes switching between different control configurations (or sharing a simulator among multiple users) a whole lot easier than it typically is.

The multi-functional triggers can be configured through MOZA Cockpit software as either axes or button inputs, meaning they can be mapped for elevator/pitch trim, rudder controls, autopilot disengagement, camera navigation, or push-to-talk microphone activation depending on user needs.

Finally, the dual Hall-effect electromagnetic joysticks make sure that there’s smooth, drift-free performance with no dead zones – a significant improvement over potentiometer-based controllers that tend to develop inconsistencies over time. For personalization, the yoke includes two front-mounted magnetic panels that can be easily customized with printable DIY designs.

At $149.00/€159.00/£149.00/AUD 299.00/JPY 24,900.00, the MFY Yoke offers an exceptional value proposition for flight simulation enthusiasts seeking high-quality controls without breaking the bank.

MTP Throttle

The MOZA MTP Throttle, with an aluminium alloy grip, is inspired by carrier-based fighter jet throttle panels. With 27 programmable switches arranged in an optimized layout, the throttle allows for easy access to critical flight functions without too much hassle. The customizable detent system lets you simulate functions like afterburner engagement and idle lock positions.

What truly distinguishes this throttle is its built-in vibration feedback system. Integrated motors provide dynamic tactile information, simulating effects such as aerodynamic changes during flight envelope changes, overspeed warnings, and combat impacts. These features are fully configurable through MOZA Cockpit software, allowing users to adjust intensity and response patterns to match their preferences.

The throttle’s precision comes from its 15-bit magnetic encoder, ensuring smooth and accurate input detection even for subtle throttle adjustments. Its Hall-effect joystick delivers precise, drift-free performance with superior longevity compared to traditional potentiometers – an important consideration for a device that sees constant use during flight sessions. At $329.00 /€ 359.00 /£ 329.00 /AUD 599.00 /JPY 52,900.00 it does place itself in the mid-to-high price segment, but I’d say it’s more than worth it considering what you’re getting.

MTLP Panel

Completing MOZA’s flight control ecosystem is the MTLP Panel, a specialized controller inspired by the landing panel of the F/A-18 fighter jet. Its intuitive switch layout allows pilots to operate controls by touch alone, minimizing the need for visual confirmation during critical landing phases.

The cool part? The panel’s parking brake lever replicates the rebound and rotational movement found in actual fighter jet controls. This attention to physical feedback creates a much more convincing simulation experience than the simple on/off switches found in most consumer-grade equipment.

And with 25 programmable switch signals, the MTLP provides comprehensive control for critical aircraft functions from landing gear deployment to hook engagement. The high-accuracy Hall effect sensors in the landing gear and tailhook levers deliver smooth, precise input with exceptional durability for consistent performance over thousands of operations. The MTLP Panel can cost you $149.00 /€ 159.00 /£ 149.00 /AUD 299.00 /JPY 24,900.00. Not bad at all for what it’s offering.

Bottom Line

What makes MOZA’s approach unique is how these products work together as an ecosystem. Rather than treating each device as an isolated controller, MOZA has created a platform where hardware and software work in tandem with each other to give you a wonderfully put together experience.

This integration comes through big time in telemetry systems work. The mBooster pedals, active shifter, and flight controls all respond to in-game events without requiring additional plugins or complex configuration.

To reiterate, all these products launch simultaneously on March 18th, 2025, at 9 AM EDT. While pricing positions these products firmly in the not-budget category, MOZA offers various bundles that provide more value for those building complete setups.

If you’re interested in following MOZA’s products or connecting with the community, they maintain an active presence across social media platforms. Follow them on Instagram, Facebook, X/Twitter, TikTok, and YouTube for the latest updates, product demonstrations, and behind-the-scenes content. You can also check out their Discord or Reddit to connect with fellow enthusiasts, share setups, and get support. For business and professional inquiries, MOZA is also available on LinkedIn. And for everything else, head on over to the official MOZA Racing website!

About MOZA Racing

Founded by engineers with extensive experience in automotive technologies and precision motion control, MOZA Racing develops advanced simulation hardware that bridges the gap between virtual and real-world experiences. From direct drive wheelbases to flight control systems, their products combine cutting-edge engineering with practical insights from motorsport and aviation professionals.