6x Iridium Spark Plugs compatible for Audi A7/A8 Quattro 3.0L 2012-2018 PFR8S8EG
Application
Compatible for Audi
• 2009-2018 compatible for Audi A6 Quattro V6 3.0L
• 2012-2018 compatible for Audi A7 Quattro V6 3.0L
• 2013-2018 compatible for Audi A8 Quattro V6 3.0L
• 2013-2017 compatible for Audi Q5 V6 3.0L
• 2011-2015 compatible for Audi Q7 V6 3.0L
• 2017-2019 compatible for Audi Q7 V6 3.0L
• 2010-2016 compatible for Audi S4 V6 3.0L
• 2010-2017 compatible for Audi S5 V6 3.0L
• 2014-2017 compatible for Audi SQ5 V6 3.0L
compatible for Porsche
• 2011-2018 compatible for Porsche Cayenne V6 3.0L
• 2014-2016 compatible for Porsche Panamera V6 3.0L
• 2012-2013 compatible for Porsche Panamera V6 3.0L - Supercharged
compatible for Volkswagen
• 2011-2015 compatible for Volkswagen Touareg V6 3.0L
Note
Spark Plug Pre-Set Gap: 0.027"-0.031"
OE/Part number
94460, PFR8S8EG, APP3924, 101905611G
Specification
Center Electrode Tip Material: Iridium
Electrical Terminal Type: Non-Removable Nut
Gap Size (IN): 0.032
Ground Configuration: Standard
Ground Electrode Quantity: 1
Ground Electrode Tip Design: Standard
Hex Size (IN): 5/8
Insulator Height (mm): 50.50
Manufacturer Heat Range: 8
Part Number: PFR8S8EG
Reach (IN):0.75
Resistance (ohms): 1000
compatible for Seat Type: Flat
Stock Number: 94460
Thread Diameter (MM): 14.00
Package included
6x Iridium & Platinum Spark Plugs
(Showing as the picture)
Feature
The spark plug is iridium spark plug, have a much longer working life, can work 100000 kilometers, consistent and stable spark.
Iridium center electrode firing pin provides exceptional ignitability, faster starts and quicker acceleration, better fuel economy and lower emissions.
Every component either matches or improves on the OE design to ensure fast and easy installation with superior performance and reliability.
Provides excellent cold starting performance and smoother engine operation.
Note
All product images are taken from real objects, and the displayed numbers and details are accurate. Please carefully check if they match your vehicle.