RLV GX200 Clone Engine Drilled Jet - .032" (0.81mm) - 196cc / 212cc Modified Class

$3.69 USD
Sale price  $3.69 USD Regular price 

RLV GX200 Clone Engine Drilled Jet - .032" (0.81mm) - 196cc / 212cc Modified Class

$3.69 USD
Sale price  $3.69 USD Regular price 

Precision fuel delivery separates the podium finishers from the rest of the pack in any racing go kart setup. When you are dialing in a 196cc or GX200 clone engine, relying on top-tier carburetor parts is non-negotiable for sustained durability and high-RPM reliability. The RLV .032" (0.81mm) drilled main jet is engineered to provide exact fuel metering, leaning out your mixture for crisp, responsive throttle inputs without sacrificing the engine's lifespan under extreme racing conditions.

Precision Carburetor Parts for Unmatched Reliability

Whether you are running a heavily modified GX200 or fine-tuning a standard 196cc clone, achieving the correct stoichiometric ratio is critical. Running too rich fouls plugs and kills top-end speed, while running too lean risks catastrophic detonation. This .032" (0.81mm) jet offers a highly specific calibration point, allowing racers to adapt quickly to shifting track elevations, dropping temperatures, or changing humidity levels. Unlike cheap, mass-produced mini parts that suffer from inconsistent orifice sizing, this RLV jet is precision-drilled to exact tolerances. This ensures that every time you swap a jet in the pits, you get predictable, repeatable fuel flow.

Engineered for the Demands of the Track

Racers know that when it comes to trackside tuning, parts are us—we live and breathe the hardware that makes these machines scream. While many drivers obsess over maximizing briggs and stratton lo206 horsepower, clone engine builders face their own unique challenges in extracting reliable power. This single jet allows you to make incremental, highly controlled adjustments to your fuel curve. The brass construction resists corrosion and wear from modern racing fuels, ensuring long-term durability even after dozens of carburetor teardowns.

Technical Specifications & Features

  • Exact .032" (0.81mm) Orifice: Precision-drilled for absolute consistency and predictable air/fuel ratio adjustments.
  • High-Grade Brass Construction: Ensures maximum durability and resistance to corrosive racing fuels and additives.
  • Optimized for 196cc/GX200 Clones: Specifically designed to enhance throttle response and high-RPM clarity in clone engine carburetors.
  • Lean Mixture Targeting: Perfect for dialing back fuel flow in high-altitude or high-temperature racing environments.
  • Rapid Pit Swaps: Machined threads allow for smooth, cross-thread-free installations during high-pressure tuning sessions.
  • Proven RLV Reliability: Manufactured to strict tolerances to outlast and outperform generic aftermarket alternatives.

Frequently Asked Questions

Q: How do I know if the .032" jet is the right size for my clone engine?

A: Jet sizing depends on your specific engine build, track elevation, and ambient temperature. The .032" (0.81mm) jet is typically used for fine-tuning air/fuel ratios in modified 196cc/GX200 engines. If your engine is running too rich (fouling plugs or sluggish top-end), this jet can help lean out the mixture for better response.

Q: Is this jet compatible with stock GX200 carburetors?

A: Yes, this RLV jet is designed to fit standard clone engine carburetors. However, because it is a precision-drilled performance part, it is primarily intended for racers who are actively tuning their fuel curve for specific track conditions rather than for stock, out-of-the-box applications.

Q: What is the best way to install a new carburetor jet?

A: Ensure your carburetor is clean and free of debris before installation. Use a properly sized screwdriver to avoid stripping the brass threads. Gently seat the jet until it is snug; do not overtighten, as brass is a soft metal and can be easily damaged.

Q: How often should I change my carburetor jet?

A: You should swap jets whenever you notice a significant change in track conditions, such as a major shift in humidity, temperature, or altitude. Keeping a selection of RLV precision jets on hand allows you to maintain the optimal stoichiometric ratio throughout the race day.

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