The NGK BKR5EIX11, also known as BKR5EIX-11, represents the cutting edge in spark plug technology. Featuring a highly advanced iridium electrode, this spark plug offers superior performance and longevity compared to traditional spark plugs. The iridium center electrode is 25% smaller than a platinum electrode and a quarter of the size of a conventional nickel electrode. This small size allows for better spark delivery, reduced voltage requirements, and improved engine performance.
The NGK BKR5EIX11 is designed for high-performance engines, with features like an ultra-fine 0.6mm iridium center electrode, taper-cut ground electrode, and a projected tip that ensures better ignition efficiency, increased acceleration, and enhanced fuel efficiency.
Key Features:
Iridium Electrode: The center electrode is 25% smaller than platinum and just a quarter the size of a conventional nickel electrode, enhancing spark efficiency.
Reduced Voltage Requirement: The small diameter of the center electrode allows the spark to ignite more easily, improving ignition and reducing wear on the ignition system.
Tapered Cut Ground Electrode: Improves flame core growth for better combustion and power output.
Durability: The iridium center electrode is stronger and harder than platinum, offering longer service life.
Corrosion Resistance: Metal shell plating has enhanced anti-corrosion properties, extending the plug's life.
Resistor Type: Helps in reducing electromagnetic interference.
Sold Individually: Each spark plug is sold separately.
Specifications:
Heat Range: 5
Thread Size: 14 mm
Type: Resistor
Weight: 0.43 lbs
Gap Size: 0.043" (1.1 mm)
Hex Size: 5/8" (16 mm)
Reach: 19mm (3/4")
Seat Type: Gasket
Terminal Nut: Solid
Electrode Tip: Projected, Fine Wire (0.6mm) Iridium Center Electrode, Tapered Cut Ground Electrode
Compatibility:
This NGK BKR5EIX11 spark plug is compatible with various high-performance and off-road engines, including:
The NGK BKR5EIX11 spark plug is ideal for improving engine performance, boosting acceleration, and enhancing fuel efficiency in high-performance and off-road engines.