Active Shifter Knob

MOZA Active Shifter Knob

$39.00 Sale Save
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob
MOZA Active Shifter Knob

MOZA Active Shifter Knob

$39.00 Sale Save

Experience the next level of realistic gear shifting with the MOZA Active Shifter – the industry’s first force feedback shifter powered by dual servo motors. With 12Nm peak torque, it delivers lifelike engagement clicks, resistance, and vibration feedback for maximum immersion. Multiple gear modes (H-pattern, sequential, and handbrake) can be switched instantly, while MOZA Pit House software enables full customization of shift resistance and feel. Crafted from aerospace-grade aluminum alloy, this shifter is built for performance and durability. Compatible with PC, no additional plugins required.

Base Dimensions : 157 × 227.9 × 184 mm
Shift Lever Length : H-pattern: 100 mm, Sequential: 130 mm
Shift Lever Material : Aluminum Alloy
Housing Material : Aerospace-Grade Aluminum Alloy
Dust Bag Material : Microfiber Leather
Weight : 5.5 kg
Motors : Dual High-Performance Servo Motors
Peak Torque : 12 N·m
Travel Range : ±20°
Power : 216W
Voltage : 110~220V AC → 36V DC
Encoder Precision : 15-bit Magnetic Encoder
USB Refresh Rate : 1000 Hz
Mounting Options : Desktop Clamp (optional), Mounting Plate (optional), or direct installation on a simulator cockpit
Connection Ports : Power, USB
Emergency Stop : Optional
Intelligent Telemetry Feedback : Supported (No Plug-ins Required)
Native Force Feedback : Supported
Supported Platform : PC

We ship from Huntington, CA. Orders placed before 11am PST will ship the same day, while orders placed after 11am will ship the next business day.

Industry-First Active Shifter with Patented Technology

It is the first-ever shifter to feature dual servo motor force feedback technology, delivering a groundbreaking shifting experience. This innovative system is protected by patented technology.

Powerful 12Nm Torque for Realistic Feedback

Capable of delivering 9Nm of continuous torque and 12Nm peak torque, the MOZA Active Shifter perfectly simulates the authentic feel of real-world gear shifts. From crisp engagement clicks to vibrations, resistance, and even grinding effects, every detail is fine-tuned to deliver an immersive racing experience.

Versatile Modes, Easy Switching

Pre-loaded with multiple gear modes, including H-pattern, sequential, and handbrake options which can be rapidly switched in the MOZA Pit House software. Future updates will add custom gear layouts, positions, and more.

Fully Adjustable for a Personalized Experience

With MOZA’s proprietary Pit House control software, users can fine-tune shift resistance, damping, and vibration to create a unique and tailored shifting feel.

All-Aluminum Quick-Shift Lever

The shifter lever, crafted from high-strength aluminum alloy, combines a sleek metallic feel with a short-throw design for a truly dynamic driving experience.

Sleek, Durable and Built to Perform

The MOZA Active Shifter combines modern aesthetics with robust functionality. Built with aerospace-grade aluminum alloy and finished with automotive-grade paint, it’s engineered for durability, performance, and thermal stability.

Lightning-Fast Response, Ultra-Realistic Control

Equipped with a 280MHz high-performance control chip and a high-resolution magnetic encoder, the MOZA Active Shifter delivers instant, precise reactions to every input. From fine adjustments to aggressive manoeuvres, it takes the realism of your simulations to the next level.

Open Ecosystem for Maximum Compatibility

Designed for flexibility, it works seamlessly as both a flight sim base and an active shifter in sim racing. Updates will continue to expand compatibility and features.

Tested to Perfection

Designed to withstand relentless use, this shifter has been pushed to its limits through extensive stress testing. From structural strength to electronic reliability, every component is crafted to ensure consistent performance and reliability over time.

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