Daytona Twin Tec Ignition Module - Black - 1009

Upgrade your carbureted motorcycle's ignition system with the Daytona Twin Tec Plug-In Ignition Module. This module offers enhanced control and performance, allowing you to fine-tune your engine's timing for optimal power and efficiency. Experience smoother starts and improved cruising with this easy-to-install, US-made ignition module.

Description

The Daytona Twin Tec Plug-In Ignition Module provides two adjustable advance curve families, catering to both stock and modified engines. Its selectable multi-spark mode ensures quick starting and smooth cruising at any RPM. Five rotary switches simplify mode selection, timing adjustments, advance slope configuration, and RPM limit settings (adjustable in 100 RPM increments). The module features short circuit protection for the coil outputs, increasing reliability and longevity. Improve your motorcycle's performance and responsiveness with this advanced ignition solution. Enjoy precise control and optimized engine management, all in one user-friendly package. Installation is a breeze with the included instructions.

Features & highlights

• Two adjustable advance curve families accommodate stock and modified engines.
• Selectable multi-spark mode ensures quick starting and smooth cruising.
• Five rotary switches for easy mode selection, timing adjustments, and RPM limit settings.
• Coil outputs are protected against short circuits for added reliability.
• Easy-to-follow instructions included for hassle-free installation.
• Proudly made in the USA, ensuring high-quality craftsmanship and performance.

Technical specifications

• Brand: Daytona Twin Tec Llc
• Product Name: Ignition Module
• Type: Ignition
• Color/Finish: Black

Important to know

This ignition module requires OEM coils with less than 1 ohm primary resistance and low-resistance spiral-core or carbon-core suppression-type plug wires. A 12V power adapter for powering the module when removed from the bike is sold separately. This module is not compatible with fuel-injected models.