REMOTE BUTTON & SPIRAL CORD NORMALLY OPEN WITH 6 CORD

Description

Optimize your transmission and driveline system with the Hurst remote button and spiral cord, engineered to deliver consistent and precise switch activation. This component eliminates wiring complexity by providing a normally open configuration supported by a durable 6-cord design, ensuring reliable signal integrity in demanding automotive environments.

The spiral cord design offers enhanced flexibility and resistance to wear, accommodating dynamic movements without compromising electrical continuity. This feature reduces maintenance needs and increases longevity, crucial for maintaining seamless control in shifting mechanisms.

At 29.90 cm in length, 22.70 cm in width, and a slim 2.40 cm height, this compact assembly fits easily into constrained spaces within the transmission system, allowing for straightforward installation without sacrificing performance. Weighing just 0.22 kg, it adds minimal bulk, preserving the drivetrain’s responsiveness.

Manufactured by Hurst, a recognized leader in high-performance transmission components, this remote button and spiral cord combination is built to meet rigorous automotive standards. The normally open switch configuration facilitates precise electrical control, ideal for applications requiring momentary engagement without unintended activation.

This unit supports six individual cords, providing multiple channels for signal transmission or redundancy, thereby enhancing operational reliability. Its robust construction withstands vibration and mechanical stress encountered in high-performance and racing applications.

Installation of this component simplifies wiring paths, reducing potential failure points and improving overall system durability. Its integration into the shifters and switches category underscores its role in facilitating smooth, responsive transmission control.

Choose the Hurst remote button and spiral cord to ensure dependable switching performance within your transmission setup. Engineered for precision and endurance, it supports optimized driveline function and contributes to vehicle control confidence under all operating conditions.