DAYTONA TWIN TEC LLC VT-i Electronic Ignition System
In StockSKU: 1010
Vehicle Fitment
$245.64$269.95
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DAYTONA TWIN TEC LLC VT-i Electronic Ignition System for V-Twin Upgrade your Harley-Davidson® with the DAYTONA TWIN TEC LLC VT-i Electronic Ignition System —a dual-fire, fully encapsulated solution built for reliable, high-performance spark across the rpm range. Designed for models from '70–'99 XL/FL/FX using a traditional mechanical advance mechanism . Key Features Dual-fire electronic ignition with fully encapsulated construction for durability Special trigger rotor engineered for use with traditional mechanical advance Digital rpm limiter adjustable in 200 rpm steps from 5200 to 7000 rpm Status LED for simple static timing checks Electronic dwell control for strong ignition energy at high rpm and reduced current draw at low rpm Hall effect sensor for stable timing by detecting rotor teeth Operates down to below 6 V Waterproof , vibration- and shock-resistant Over-temperature protection , rated to 260°F (125°C) Easy 2-wire hookup to most OE and aftermarket dual-fire ignition coils Compatibility Notes For carburated models with traditional mechanical advance Not for fuel-injected models Kit • Riding Style: Street • Finish: Chrome • Weight: 0.37 lbs • Dimensions: 7.44" x 4.76" x 1.65"
Dual-fire electronic ignition system features fully encapsulated construction
Includes special trigger rotor for use with traditional mechanical advance mechanism
Precise digitally set rpm limiter (200 rpm steps from 5200 to 7000 rpm)
Status LED for easy static timing
Electronic dwell control for maximum ignition energy at high rpm and reduced current draw at low rpm
Compatible with most OE and aftermarket dual-fire ignition coils
Hall effect sensor detects teeth on trigger rotor and provides stable spark timing
Operates down to below 6 V
Waterproof and highly resistant to vibration and shock
Over-temperature protection; rated to operate at 260°F (125°C)
Easy installation; two wire hookup to coil
For use with models using a traditional mechanical advance mechanism.