Nitrous Express 60922-00P Slingshot Fly-By-Wire EFI Nitrous System (No Bottle)

The Nitrous Express 60922-00P is a purpose-built, fly-by-wire EFI nitrous oxide injection system designed specifically for the Polaris Slingshot. Engineered with top-tier components throughout, this system combines billet aluminum construction, carbon fiber solenoid cans, and NX's patented Shark nozzle technology to deliver a complete, plug-and-play power solution for Slingshot owners.

System Includes:

• TPS-activated Wide Open Throttle (WOT) module — compatible with fly-by-wire throttle bodies
• Single patented Shark nozzle with nozzle mounting bung
• Lightning Series solenoids — billet CNC aluminum bodies with carbon fiber cans for maximum weight savings
• 24-inch 3AN stainless steel braided solenoid-to-nozzle lines
• 4-foot 4AN stainless steel braided nitrous feed line
• 18-inch 4AN stainless steel braided fuel feed line
• Direct plug-in fuel rail adapter
• Nickel-plated fittings
• Master arming switch
• 40-amp relay with relay harness
• Stainless steel bottle brackets
• Jetting for 15, 25, and 35 HP power levels

Lightning Series Solenoid Features:

• Improved internal flow path eliminates sharp turns and expansion zones, keeping nitrous in dense liquid form for more power per shot
• Integrated purge port allows direct connection of a purge valve to the solenoid body — cleaner install, less plumbing
• CNC-machined aluminum body with carbon fiber can for reduced weight without sacrificing strength

Lightning Bottle Valve Features (sold separately / note: this listing is NO BOTTLE):

• Integrated gauge port and push port
• Large .500-inch orifice with a single 45-degree turn flow path for excellent flow
• Weighs nearly one full pound less than previous NX valve designs

The system supports jetting for 15, 25, and 35 HP right out of the box and is easily upgradeable to support up to 250 HP with additional components. This listing does not include a nitrous bottle — ideal for customers who already own an NX bottle or prefer to source one separately.