100% pure copper windings in primary and secondary bobbins improve durability and provide higher resistance to internal shorts and dielectric breakdown. Thermoplastic housing withstands heat stress for enhanced durability. External core made from oriented silicon steel ensures durability and longevity. Stainless steel spring resists corrosion. Tin-plated brass terminals improve electrical contact and protect against corrosion.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-temp boot prevents high-voltage leaks, while stainless-steel spring provides proper connection with spark plug. High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions.

Standard(R) Blue Streak DIS ignition coils use pure copper windings in both bobbins to improve durability and provide higher resistance to internal shorts and dielectric breakdown. Standard(R) Blue Streak coils can run hotter without breaking down. A full E-Lam core of silicon steel and solid brass high voltage terminals protects against corrosion. Standard(R) Blue Streak DIS coils are built for maximum output voltage. As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product.

Standard(R) Blue Streak DIS ignition coils use pure copper windings in both bobbins to improve durability and provide higher resistance to internal shorts and dielectric breakdown. Standard(R) Blue Streak coils can run hotter without breaking down. A full E-Lam core of silicon steel and solid brass high voltage terminals protects against corrosion. Standard(R) Blue Streak DIS coils are built for maximum output voltage. As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product.

Standard(R) Blue Streak DIS ignition coils use pure copper windings in both bobbins to improve durability and provide higher resistance to internal shorts and dielectric breakdown. Standard(R) Blue Streak coils can run hotter without breaking down. A full E-Lam core of silicon steel and solid brass high voltage terminals protects against corrosion. Standard(R) Blue Streak DIS coils are built for maximum output voltage. As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product.

Standard(R) Blue Streak DIS ignition coils use pure copper windings in both bobbins to improve durability and provide higher resistance to internal shorts and dielectric breakdown. Standard(R) Blue Streak coils can run hotter without breaking down. A full E-Lam core of silicon steel and solid brass high voltage terminals protects against corrosion. Standard(R) Blue Streak DIS coils are built for maximum output voltage. As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions. Internal core surrounded by grain-oriented, magnetic-laminated steel maximizes high-voltage output at all speeds.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions. Internal, neodymium permanent magnet core surrounded by grain-oriented, magnetic-laminated steel maximizes high-voltage output at all speeds.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions. Internal core surrounded by grain-oriented, magnetic-laminated steel maximizes high-voltage output at all speeds.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-temp boot prevents high-voltage leaks, while stainless-steel spring with internal ferrite noise suppressor prevents radiofrequency interference (RFI). High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions. Internal sintered core surrounded by grain-oriented, magnetic steel maximizes high-voltage output at all speeds.

Engineered and tested to match or exceed OE for spark energy output, impedance, and durability. Tested at extreme engine performance condition at 7200 RPM. Advanced thermoplastic coil connector ensures proper connection and resists fractures caused by heat and thermal cycling. High-temp boot prevents high-voltage leaks, while stainless-steel spring provides proper connection with spark plug. High-impact housing material ensures superior bond to epoxy for longer life in all operating conditions.