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Granatelli Motorsports

16-24 Camaro SS/ZL1 & 20-26+ Corvette C8 Direct Ignition Coil Set - Granatelli Motorsports

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16-24 Camaro SS/ZL1 & 20-26+ Corvette C8 Direct Ignition Coil Set - Granatelli Motorsports

$747.65
Retail: $787.00
You save $39.35
  • SKU: 28-0514-CP
  • UPC: 802735035025
  • In Stock!
    Current Stock:Only left:
Description

16-24 Camaro SS/ZL1 & 20-26+ C8 Corvette Direct Ignition Coil Set - Granatelli Motorsports

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FITS 2016-2024 CAMARO ( SS & ZL1 MODELS )
FITS 2020+ C8 CORVETTE ( BASE & Z51 MODELS )

DESCRIPTION:

Upgrade the ignition performance of your 2016-2024 Chevrolet Camaro or 2020+ C8 Corvette with the Granatelli Motorsports 28-0514-CP Direct Ignition Coil Set. Designed for GM LT-series engines, including LT1 and LT4 applications, these high-output coils deliver up to 80,000 volts for a stronger and more consistent spark than the factory ignition coils. Granatelli designed the 28-0514-CP as a direct OEM replacement with plug-and-play installation. The increased ignition output is designed to improve combustion efficiency, throttle response, idle quality, and overall engine performance in both stock and modified applications.

Key Features

  • Direct OEM replacement ignition coil set
  • Rated output: 80,000 volts
  • Designed for GM LT-series V8 engines
  • Compatible with LT1 and LT4 applications
  • Plug-and-play installation
  • Designed to improve throttle response and idle characteristics
  • Helps promote more efficient combustion
  • Granatelli reports average gains of 6-8 HP on stock engines
  • Granatelli reports gains up to 12 HP in some applications and up to 18 HP on high-performance forced-induction builds
  • Made in the USA

Important Notes

  • Fits applicable 2016-2024 Chevrolet Camaro models equipped with compatible LT-series V8 engines.
  • Fits 2020+ C8 Corvette 6.2L V8 applications.
  • This is a complete set of eight coils for one V8 engine.
  • Horsepower gains quoted by Granatelli are reported results and can vary depending on engine configuration, modifications, tuning, and operating conditions.

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