The ultimate high-performance, multi-discipline racing setup designed for drivers who demand peak precision, versatility, and professional-grade durability.

From chasing lap records in GT cars to mastering rally stages and drift lines, this all-in-one bundle delivers total control from hands to feet:

• Versatile, Real-Road Feedback (R9 V3 Base & CS V2P Wheel): Power through every turn with the R9 V3's 9 Nm of consistent, ultra-detailed direct-drive force feedback. It is perfectly paired with the CS V2P’s classic 320 mm round wheel, offering a natural grip and the flexible handling required to conquer GT, touring cars, rally, and drifting alike.

• Precision Braking (SRP2 Dual Pedals): Built tough from CNC aerospace-grade aluminum and high-strength steel. Equipped with a 100KG load cell and a 15-bit angle sensor with fusion technology, these pedals deliver incredibly accurate, highly linear, and responsive braking performance.

• Total Cockpit Customization: Fine-tune your drive with fully adjustable pedal height, angle, and spacing. With tool-free tuning capable of unlocking over 1,000 unique brake feel configurations, this setup adapts effortlessly to your exact driving style.

An uncompromised, adaptable sim racing package built to elevate your immersion and dominate any racing discipline you choose.

Engineered for GT and open-wheel sim racers who demand professional-grade precision, sharp responsiveness, and ultimate customization.

This high-performance trio seamlessly bridges the gap between hardware and reality, putting total track control right at your fingertips and feet:

• Lightning-Fast Feedback (R9 V3 Wheel Base & KS Wheel): Experience the power of a 9 Nm direct-drive system paired with an ultra-responsive, 300 mm butterfly-style KS GT wheel. Its feather-light construction maximizes feedback clarity, while magnetic dual-clutch paddles and programmable RGB controls elevate your immersion through every GT3 corner or slick formula line.

• Precision Braking (SRP2 Dual Pedals): Crafted from CNC aerospace-grade aluminum and high-strength steel, these pedals feature a 100KG load cell and a 15-bit angle sensor with fusion technology. The result is highly accurate, responsive, and ultra-durable brake input you can rely on lap after lap.

• Infinite Customization: Tailor your cockpit exactly how you like it. From fully adjustable pedal angle, height, and spacing to tool-free tuning capable of delivering over 1,000 brake feel configurations, this setup adapts seamlessly to any racing discipline.

The ultimate, versatile racing setup—built to conquer prototypes, perfect your lines, and shave tenths off your lap times.

Drive with ultimate flexibility, precision, and immersive force feedback across any racing genre.

• MOZA R12 Direct Drive Base: Robust 12 N·m torque output with intelligent thermal control for consistent, high-fidelity feedback.

• MOZA CS V2P Steering Wheel: Sporty 13-inch microfiber leather wheel featuring forged carbon magnetic shifters, customizable mechanical keys, and dynamic RGB shift indicators.

• MOZA SRP2 Dual Pedals: Aerospace-grade CNC aluminum construction featuring a 100KG load cell and 15-bit fusion angle sensor for ultra-precise braking, offering over 1,000 customizable brake-feel setups.

Designed for sim drivers seeking an adaptable, high-performance setup with a competitive edge.

Elevate your racing setup with the ultimate combination of precision, feedback, and control.

• MOZA R12 V2 Direct Drive Base: 12Nm direct drive torque paired with a 21-bit magnetic encoder for ultra-smooth, high-fidelity road feel.

• MOZA KS GT Wheel: Lightweight, carbon fiber–reinforced steering wheel equipped with programmable RGB buttons and dual-clutch magnetic paddles for complete tactical control.

• MOZA SRP2 Dual Pedals: Aerospace-grade aluminum build featuring a 100KG load cell and 15-bit fusion angle sensor for pin-point braking precision, fully customizable with over 1,000 potential brake-feel setups.

Built for professional sim racers seeking maximum realism, total adjustability, and unyielding durability.