Ignition Technology | High-performance engines | Industry: Inductive (60 mJ) ▲ Our Base: CDI (100 mJ, ISO 61523) ▲ Advanced: Enhanced CDI (120 mJ) | CDI ensures reliable ignition under load (ideal for racing); stronger sparks improve combustion efficiency | Advanced versions may require higher voltage input or cost more |
Spark Energy Output | Engines operating at high RPMs | Industry: 60–80 mJ ▲ Base: 100 mJ ▲ Advanced: 120 mJ (ISO 61523) | Higher energy maintains ignition in extreme conditions (e.g., turbocharged engines) | Advanced systems may drain power supplies faster |
Engine Compatibility | Custom builds needing multi-engine support | Industry: 2–3 models ▲ Base: 5+ Chevrolet 5.7L variants (1975–1981) ▲ Advanced: 10+ models across brands | Reduces inventory needs for manufacturers; fits legacy and modern engines | Advanced versions may require firmware updates for new models |
Durability | Motorsports with high vibration | Industry: 5G vibration tolerance ▲ Base: 10G (ISO 16750-3) ▲ Advanced: 15G | Survives extreme vibrations in racing environments; durable plastic withstands heat | Advanced versions may be bulkier or heavier |
Installation Flexibility | Tight engine bays requiring quick setup | Industry: Manual wiring ▲ Base: Plug-and-play connectors ▲ Advanced: Wireless setup | Reduces installation time and wiring errors; compact design fits small spaces | Advanced wireless systems may introduce latency or require calibration |
Customization Options | Tuning for engine modifications | Industry: Fixed settings ▲ Base: QR-configurable parameters ▲ Advanced: Digital interface with real-time adjustments | Tailor ignition timing for optimal performance; QR code simplifies setup | Advanced versions need software knowledge for full customization |