Arclite ArcIQ-1 HERON ESC 120A 6S-14S

ArcIQ-1 HERON powered by ArcCore The ArcIQ-1 HERON is a high-performance ESC designed for industrial drone applications. It supports 6S-14S battery systems, delivering 120A continuous and 200A peak current. The unit features Arclite’s proprietary advanced motor algorithm, advanced safety protections, and compatibility with DSHOT and Bi-Directional DSHOT protocols for reliable, high-speed control. Physical Specifications Weight without Heatsink: 40g (excluding cables) Weight with Heatsink: 65g (excluding cables) Operating Ambient Temperature: -20 / +60 °C IP Rating: IP54 NDAA Compliance: ✓ Country of origin: Switzerland Can be manufactured in EU and US Electrical Specifications Nominal Operating Voltage: 18 - 51 V (6S - 12S batteries) Absolute Operating Voltage: 12 - 60 V (Up to 14S) Continuous Phase Current: 120 A (Properly cooled*, up to 60 seconds) Peak Phase Current: 200 A (Properly cooled*, up to 2 seconds) Voltage Measurement Accuracy: ±5% (Across the full scale) Current Measurement Accuracy: ±3% (Across the full scale) Temperature Measurement Accuracy: ±5% (Across the full scale) Decoupling Capacitance: 450 uF *Proper cooling requires minimum 100 km/h direct airflow. These specs apply only to the complete ESC with heatskink. Motor Control Switching Frequency: 24 - 72 kHz (Dynamic PWM Frequency Selection) Motor Control Algorithm: Proprietary Arclite in-house software Efficiency(%): 95+ RPM Range: 500’000 eRPM Motor Type: BLDC (Brushless Motors) Comms & Software Software Updates: ✓ Via USB-C or Betaflight Passthrough Configuration: ✓ Via USB or Betaflight Passthrough Input Signals: ✓ PWM 50-499 Hz DSHOT 150 - 600 BI-DSHOT 150 - 600 Telemetry: ✓ EDT and KISS Telemetry protocol Logging: ✓ Dedicated 16MB flash Mechanical Drawing Pins & Pads Assignments Configurable Reliability Features Stall detection and recovery Desync detection and recovery Over-voltage and under-voltage arming guards Over-temperature protection with configurable reaction Over-current protection with configurable reaction Hold mode Mute mode