FLARE JET .106

Description

Achieve accurate nitrous flow regulation to maximize engine power and performance. The FLARE JET .106 is designed to provide consistent nitrous delivery, allowing fine-tuning of your nitrous oxide system for optimal combustion efficiency.

Precise flow control is critical in nitrous applications to prevent lean conditions or over-fueling. This jet’s calibrated aperture ensures stable and repeatable nitrous injection rates, directly improving throttle response and horsepower gains.

• Compact dimensions: Measuring 9.50 cm in length, 5.50 cm in width, and 2.00 cm in height, it integrates seamlessly into various nitrous kits without requiring extensive modifications.
• Lightweight design: Weighing only 0.0100 kg, it adds negligible mass to your setup, preserving system responsiveness and reducing installation complexity.
• Brand reliability: Manufactured by Nos, a recognized leader in nitrous technology, ensuring consistent manufacturing tolerances and durability under high-pressure conditions.

Constructed to exacting standards, the FLARE JET .106 fits within nitrous kits, turbocharged, and supercharged engines that demand precise nitrous metering. Its design supports high-pressure nitrous flow while maintaining stability and preventing flow fluctuations.

At 9.50 cm length, the jet offers a balance between flow capacity and compactness, making it suitable for tight engine bays or custom installations where space is limited. The 5.50 cm width and 2.00 cm height facilitate straightforward mounting in standard nitrous systems.

This component is ideal for performance tuners seeking to optimize nitrous oxide delivery rates with minimal system disruption. Its precise engineering translates into improved power gains and enhanced drivability by stabilizing nitrous flow.

Choose the FLARE JET .106 for dependable nitrous metering that elevates your engine’s output with reliable precision and compact design. Its specifications reflect a solution tailored to advanced nitrous setups requiring exact performance characteristics.