Powerspark Viper Dry Ignition Coil Sports High Energy 0.8 0hm replaces Lucas DLB198 SILVER Ignition Coil VCE-Powerspark

Powerspark Viper Dry Ignition Coil Sports High Energy (replaces Lucas DLB198) SILVER Ignition Coil   VCE-Powerspark
VCE - Viper Dry Ignition Coil High Energy in Silver Finish

The Viper VCE Dry Ignition Coil is a modern high performance 0.8 ohm coil designed for Powerspark high energy ignition kits and distributors and some factory installed electronic ignition systems.

Not suitable for use with traditional points or ballast systems.

Click on the Ballast Test Download Icon to learn more about this

This is the preferred coil to use with a D2-Powerspark or a D29-Powerspark Distributor

If you are confused by all this information please dont hesitate to call us direct. We do understand!!

Unlike a traditional coil, the Viper uses a dry resin core instead of oil. This does away with temperamental performance associated with sloshing or dripping fluid, while keeping the same design format of a traditional coil. This resin core is encased in a smart silver painted metal  housing, which will fit directly in place of your existing coil. What's more, having a solid dry core means the Viper coil can be mounted on any angle.

Designed to out perform even the best oil filled coils, perfect for classic cars that use high energy electronic ignition systems.
The Viper Dry High Energy Ignition Coil allows you to upgrade your classic car without compromising any of the period styling within the engine bay.
A simple upgrade that requires very little mechanical skill to fit.
Not suitable for use with traditional points or ballast systems.

Features:
- High energy version of the popular Viper ignition coil
- 0.8 Ω Ohms resistance

- Dry coil technology thanks to a resin core

- Traditional design for classic looks
- Easy to fit in place of your existing coil
- Mounting bracket included
Benefits:
- Superior performance thanks to consistent cooling
- No dripping, leaking or sloshing oil to worry about
- Can be mounted on any angle