Standard's engineers identify the OE flaws
We design the Standard® coil to overcome these flaws
Standard® manufactures a more reliable, better-performing ignition coil
The OE polypropylene cover on steel core leads to epoxy cracking, moisture intrusion, degraded performance and eventual coil failure.
The Standard® design overmolds the iron core with TPE elastomer preserving coil integrity.
Source: SMP Poland Testing Lab, 2018
The OE metal terminal deforms while the epoxy cures causing the high voltage connection to fail.
Standard® engineering features a spring terminal design to maintain a solid, high-voltage connection for top performance and long service life.
OE Design Flaw: O-ring Design
When the OE O-ring breaks down it allows moisture intrusion which impedes performance and shortens coil life.
SMP Solution: Eliminate O-ring Housing
The Standard® one-piece design with no O-ring housing prevents moisture intrusion, ensuring peak coil performance and long service life.
SMP designs improvements to numerous OE pencil coils