S/S Flare Jet - .016

The Nitrous Oxide Systems S/S Flare Jet - .016 (Part Number 13760-16NOS) is a precision stainless steel nitrous jet engineered for nitrous oxide and fuel delivery in high-performance racing systems. Manufactured by NOS, the leading authority in nitrous oxide performance technology, this flare jet delivers exact orifice calibration critical to achieving the correct air-fuel mixture ratio in forced-induction applications. The .016-inch internal diameter specification ensures repeatable, tuned nitrous flow for engines running dedicated NOS systems.

The stainless steel construction provides superior corrosion resistance and material durability compared to standard brass jets, particularly important in high-heat engine environments and extended storage between racing events. The flare jet design accommodates standard NOS jet fittings and integrates seamlessly into OEM and aftermarket nitrous oxide kits. Jet sizing directly impacts power delivery consistency—undersized jets restrict flow and leave power on the table, while oversized jets risk lean conditions and potential detonation. The .016 specification suits mid-range displacement engines running moderate boost levels and is a common replacement or upgrade option for tuners fine-tuning system response.

This jet is essential for engine builders, performance shops, and dedicated racers who require precision jet selection to match their specific system tune and engine combination. Individual jets allow users to swap and test different orifice sizes without replacing entire system assemblies, making it a practical and cost-effective tuning component. Whether upgrading from original equipment jets or maintaining an established nitrous system, stainless steel jets represent the durable standard in professional racing applications.

Nitrous Oxide Systems (NOS) has been the OEM and aftermarket standard for four decades, and their jet lineup reflects decades of tested performance data across countless engine configurations. Single-jet purchases allow targeted system optimization without bulk commitment.