Upgrade Kit for Thrustmaster TWCS Throttle, Slider Mod with Polymer Linear Bearings, 5mm Spacer and Magnetic Detents for T16000m Smooth Precision

Elevate your flight simulation experience with this comprehensive Upgrade Kit designed for Thrustmaster TWCS throttle, commonly used compatibility with T16000m setup. This kit directly addresses the common issue of metal-on-metal friction within the throttle's slider mechanism, which can lead to wear, reduced precision, and increased stiction (stickiness). The core of this upgrade includes four high-quality polymer linear bearings. These bearings maintain tight tolerances against the metal rail, drastically reducing static friction to near-zero levels while providing exceptionally smooth, quiet, and consistent damping throughout the entire slide. This results in a buttery-smooth throttle action that enhances fine control during flight. The kit is complete with all necessary components for installation: a replacement slider block, two 5mm spacer for optimal alignment, and two adjustable magnetic detent pins that offer customizable tactile feedback at specific throttle positions without causing wear. By replacing the parts, this upgrade kit not only resolves the inherent wear problem but also effectively extends the functional lifespan of your throttle indefinitely. Achieve professional-grade smoothness and precision, making it an essential modification for serious flight sim enthusiasts. Disclaimer: This is a third-party replacement part, designed to be compatible with brand. It is not manufactured by affiliated with.or endorsed for brand.

• Eliminates Stiction & Wear: Polymer bearings replace metal contact for smooth, lasting operation.
• Smooth Polymer Linear Bearings: Ensure quiet, low-friction sliding with precise damping.
• Throttle Mod Kit: Includes slider, bearings, spacer, and magnetic detents.
• Magnetic Adjustable Detents: Provide customizable tactile feedback at desired throttle positions.
• Enhanced Control Precision: Delivers buttery-smooth action for improved flight simulation accuracy.