NOS Launcher NOSBUS Communication Cable

The NOS Launcher NOSbus Communication Cable is a purpose-built replacement interconnect cable engineered specifically for the NOS Launcher progressive nitrous control system. NOSbus technology serves as the critical data backbone of your Launcher setup, enabling seamless, real-time communication across all networked modules — from master and slave controllers to wideband oxygen sensor modules, hand-held programmers, and LCD touchscreen displays.

Key Features:

• Proprietary NOSbus Protocol: Connects all NOSbus-enabled components in a serial chain, allowing the master controller to communicate with slave controllers, wideband O2 modules, hand-held units, and LCD interface displays
• Plug-and-Play Replacement: Drop-in replacement wiring designed exclusively for the NOS Launcher system — no custom wiring, splicing, or modification required
• Serial Network Architecture: NOSbus devices link in sequence, allowing you to expand your nitrous system by adding additional controllers and modules to a single master
• Broad Device Compatibility: Works with the full suite of NOSbus-enabled components including master controllers, slave controllers, wideband O2 controllers, hand-held controllers, and touchscreen LCD displays
• Racing-Grade Construction: Built to endure the heat, vibration, and chemical exposure common in underhood and competition racing environments
• Easy Installation: Designed for hassle-free installation with secure, locking connector ends for a reliable, vibration-resistant connection

Part of the Holley Performance Products family, NOS has been the industry benchmark in nitrous oxide systems since the late 1970s, powering record-setting runs across drag racing and performance driving. Whether you're replacing a damaged cable, extending an existing run, or expanding your NOSbus network with additional modules, the NOS Launcher NOSbus Communication Cable delivers the reliable connectivity your system depends on. Multiple lengths are available to suit a variety of installation layouts.