Autolite XP Iridium Spark Plug XP5682

Autolite417869
Part # XP5682
SKU # 417869

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PRODUCT SPECIFICATIONS

Part #XP5682
SKU #417869
Weight0.09lbs
Ground Electrode MaterialIridium
Reach (in)1
Center Electrode Tip MaterialIridium
Center Electrode Core MaterialIridium
ResistorYes
Part #
XP5682
SKU #
417869
Weight
0.09lbs
Ground Electrode Material
Iridium
Reach (in)
1
Center Electrode Tip Material
Iridium
Center Electrode Core Material
Iridium
Resistor
Yes

PRODUCT DESCRIPTION

Our best spark plug! Autolite has over 100 years of engineering experience and has sold over 11 billion plugs. Designed and engineered in the USA, the Autolite Iridium XP spark plugs feature an iridium-enhanced 0.6 mm fine wire design and patented platinum side wire technology to provide better overall durability and a more focused ignition for enhanced ignitability and performance. Features double iridium-enhanced alloy technology center electrode for improved durability and wear resistance.

  • checkmark
    0.6 mm fine wire design improves ignitability
  • checkmark
    Patented V-trimmed platinum side wire technology resists wear
  • checkmark
    OE equivalent design is engineered for every engine
  • checkmark
    Designed for better overall durability with virtually no gap erosion

Our best spark plug! Autolite has over 100 years of engineering experience and has sold over 11 billion plugs. Designed and engineered in the USA, the Autolite Iridium XP spark plugs feature an iridium-enhanced 0.6 mm fine wire design and patented platinum side wire technology to provide better overall durability and a more focused ignition for enhanced ignitability and performance. Features double iridium-enhanced alloy technology center electrode for improved durability and wear resistance.

  • checkmark
    0.6 mm fine wire design improves ignitability
  • checkmark
    Patented V-trimmed platinum side wire technology resists wear
  • checkmark
    OE equivalent design is engineered for every engine
  • checkmark
    Designed for better overall durability with virtually no gap erosion