Output Power | Professional RC workshops, drone fleets | Industry Standard: 300W total (75W/ch × 4) Our Base: 400W total (100W/ch × 4)▲ Our Advanced: 500W total (125W/ch × 4)▲▲ | ▲ Powers 4×10Ah LiPo batteries simultaneously ▲▲ Supports high-current 6S drone packs | Higher power draw may require dedicated circuits (400W Base vs 300W industry avg) |
Protection Features | Industrial battery maintenance | Industry Standard: Basic overcharge/overheat Our Base: Fireproof housing (UL 94 V-0) + short-circuit protection▲ Our Advanced: +Real-time thermal monitoring▲▲ | ▲ 98% failure prevention rate (vs 85% industry) ▲▲ Auto-shutdown at 60°C | Advanced models add $50 cost for thermal sensors |
Charging Speed | Emergency battery deployment | Industry Standard: 8A max per channel Our Base: 10A max▲ Our Advanced: 12A max▲▲ | ▲ 25% faster 4S LiPo charging (2h vs 2.5h industry) ▲▲ Supports 6S packs in 3h | Higher amps may reduce battery lifespan by 10% over 100 cycles |
Compatibility | Mixed-battery workshops | Industry Standard: 1-6S LiPo only Our Base: 1-6S LiPo/LiFe/NiMH▲ Our Advanced: +8S LiPo + AC/DC hybrid input▲▲ | ▲ 3× more battery types supported ▲▲ Solar panel + mains dual input | Advanced requires proprietary adapter for legacy NiCd packs |
Material Durability | Outdoor/field operations | Industry Standard: ABS plastic Our Base: Reinforced PC (1.2mm thickness)▲ Our Advanced: PC+carbon fiber▲▲ | ▲ Withstands 1m drops (MIL-STD-810G) ▲▲ 50% higher impact resistance | Advanced adds 20% weight (1.8kg vs 1.5kg Base) |
Safety Standards | Commercial fleet charging | Industry Standard: CE certification Our Base: UL+CE▲ Our Advanced: UL+CE+RoHS▲▲ | ▲ Approved for FAA-regulated drone hubs ▲▲ Meets EU battery recycling mandates | Advanced requires 30% longer certification testing |