High Voltage Output | Racing motorcycles, High-performance engines | Industry Standard: 150V (IEC 60664-1) Our Base: 200V▲ (JIS D 1021) Our Advanced: 250V▲▲ (ISO 60076-2) | Ensures reliable ignition in high-RPM scenarios Supports advanced engine tuning | Higher cost due to premium materials Potential overheating risk without cooling |
Thermal Resistance | Harsh environments, Off-road vehicles | Industry Standard: 85°C max (ASTM D543) Our Base: 100°C▲ (MIL-STD-810H) Our Advanced: 120°C▲▲ (UL 1440) | Operates in extreme temperatures without performance loss Reduces downtime | Requires additional thermal management in extreme cases Heavier heat-dissipating components |
Connector Compatibility | Custom builds, Modular systems | Industry Standard: Basic 8-pin connectors Our Base: Universal 8-pin▲ (ISO 7637-2) Our Advanced: Custom "KIV"▲▲ (SAE J1199) | Seamless integration with aftermarket parts Supports proprietary systems | Custom connectors may require adapter kits Higher assembly complexity |
Lightweight Design | Lightweight bikes, Sport touring | Industry Standard: 500g (ISO 3801) Our Base: 380g▲ (AS/NZS 4259) Our Advanced: 280g▲▲ (ASTM D638) | Reduces unsprung weight for better handling Improves fuel efficiency | Sacrifices minor durability in extreme impacts Costly composite materials |
Water Resistance | Rainy conditions, Marine environments | Industry Standard: IP54 (IEC 60529) Our Base: IP65▲ (IP65 tested) Our Advanced: IP67▲▲ (MIL-STD-810G) | Withstands heavy rain and water splashes Operates submerged in up to 1m water | Increased weight from sealing components Higher risk of condensation buildup |
Noise Suppression | Urban commuting, Quiet environments | Industry Standard: 55 dBA (OSHA 1910.95) Our Base: 48 dBA▲ (ISO 3744) Our Advanced: 42 dBA▲▲ (SAE J1114) | Reduces electromagnetic interference Quieter operation in residential areas | Requires additional shielding components May limit high-voltage performance |