Dashboard BAT

🔋 Dashboard: BAT (Battery Monitoring)

The BAT tab is your propulsion system's command center. It actively analyzes your battery's health in real-time to prevent unexpected power losses, displaying vital information cleanly and intuitively.

(Note: In RCIC v4.0, power consumption and flight time estimations have been moved to the dedicated PWR tab to keep this screen focused strictly on battery health).

Core Features

• Total Voltage (RxBt) & Cell Voltage (VCELL): Read total pack voltage in a giant, easy-to-glance font. The script autonomously infers your cell count (e.g., 4S, 6S) with a smart +0.05V margin logic, ensuring fully charged packs are calculated correctly without jumping to the wrong cell count due to floating-point drift.
• Dynamic Chemistry Selector: Press [ENTER] on this screen to cycle through battery profiles. This instantly adjusts the visual percentage bar and the threshold for low-voltage alarms:
  • LiPo: Min 3.2V / Max 4.2V
  • LiHV: Min 3.2V / Max 4.35V
  • LiIon: Min 2.8V / Max 4.2V
• Transmitter (TX) Battery Warning: Actively monitors your radio's internal battery. If the voltage drops below your customized safe limit, it will flash in the upper right corner to warn you before your controller dies mid-flight.

🛡 Anti-Sag Technology (Smart Alarms)

One of RCIC's most advanced features is Anti-Sag. When you perform an aggressive throttle punch-out, your battery voltage naturally sags due to the high electrical load. Standard telemetry scripts will panic and trigger false "Low Battery" alarms during these maneuvers.

RCIC monitors the instant current flow (Amps). If the draw exceeds your configured Sag Limit, the script intelligently suppresses the voltage alarm. It knows the voltage drop is due to load, not a depleted battery, keeping your audio alerts clean and trustworthy.