MOZA MTP Throttle, Aluminum Alloy Grip, 27 Programmable Switches, Adjustable Detent System, Built-In Vibration Feedback, 15-Bit Magnetic Encoder, Hall Effect Joystick

MOZA MTP Throttle Description & Specifications:

The MOZA MTP Throttle is designed to give smooth and accurate throttle control during flight simulation. It helps manage speed and engine response with better consistency. The grip feels solid and comfortable during long sessions. The MOZA MTP Throttle Joystick is suitable for both beginner and advanced setups.

Aluminum Alloy Grip:

This throttle comes with an aluminum alloy grip for strength and durability. The material gives a solid feel without being too heavy. It holds up well during regular use. This makes it reliable for long-term simulation sessions.

27 Programmable Switches:

The MOZA MTP Throttle includes 27 programmable switches for flexible control. You can assign different functions based on your flight setup. This reduces the need for extra controllers. It helps keep everything within easy reach.

Adjustable Detent System:

The MOZA MTP Throttle Joystick features an adjustable detent system for better control. It allows you to set resistance points based on preference. This helps manage throttle positions more accurately. It improves overall control during flight.

Built-In Vibration Feedback:

This throttle includes built-in vibration feedback for added realism. It responds to in-game conditions and movement. The feedback feels clear without being distracting. This adds another layer of control awareness.

15-Bit Magnetic Encoder:

The MOZA MTP Throttle uses a 15-bit magnetic encoder for precise input detection. It captures small movements accurately. This helps improve throttle control during detailed adjustments. The response stays smooth over time.

Hall Effect Joystick Control:

The MOZA MTP Throttle Joystick includes a Hall effect joystick for consistent input. It reduces wear compared to traditional systems. The movement stays smooth and accurate during use. This ensures reliable performance in flight simulation.