NOS13755-32-SNC Nos Funnel Jet 0.32

Description

Achieve precise control over nitrous oxide flow for improved engine performance and tuning accuracy with the FUNNEL JET 0.32. Designed for serious enthusiasts and professional applications, it addresses the critical need for consistent nitrous delivery to optimize power gains safely.

The 0.32 size specifically regulates flow rate, enabling fine-tuning of your nitrous system output. This precision prevents erratic fuel-to-nitrous ratios, reducing the risk of engine damage and ensuring repeatable performance on every run.

• Compact dimensions: At 10.00 cm long, 5.00 cm wide, and 2.00 cm high, the jet fits seamlessly into most nitrous setups without adding bulk or complexity.
• Lightweight construction: Weighing only 0.3 kg, it minimizes additional weight on your system, supporting responsive throttle behavior and quicker acceleration.
• Trusted NOS brand: Manufactured by NOS, a leader in nitrous technology, this jet meets rigorous quality standards for durability and consistency under high-pressure conditions.
• Versatile compatibility: Suitable for use in nitrous jets, nitrous kits, turbocharged, and supercharged applications, making it adaptable across various forced induction platforms.

The materials used ensure resistance to corrosion and wear, maintaining performance integrity over time. Its precise engineering reduces flow variability, which is essential for maintaining engine safety margins during high-performance operation.

With the FUNNEL JET 0.32, you gain a reliable component that enhances your nitrous system’s effectiveness while providing the exact flow rate needed for your specific tuning needs. Its compact size and lightweight form factor integrate effortlessly into your setup without compromising space or adding unnecessary weight.

Incorporate this NOS jet into your nitrous system for enhanced control, improved power delivery, and consistent results. Its engineering precision and compatibility across multiple applications make it an indispensable component for optimizing forced induction performance.