Select Charging Setup
30 minutesChoose balance charger, charging rate, parallel board if needed, and storage voltage protocol.
Field context
This workflow is part of 4 niche fields
Complete guide for drone battery management — step-by-step workflow, tools, checklist, and expert tips to get started.
Choose balance charger, charging rate, parallel board if needed, and storage voltage protocol.
Determine charge current, storage voltage, depth of discharge limits, and cycle life expectations.
Configure charger profiles, label packs with cycle count, set up fire-safe charging area.
Verify charger terminates correctly, log internal resistance, and retire packs below performance threshold.
Track flight time per pack to detect capacity degradation.
Estimate remaining cycles from depth of discharge history.
Set voltage cutoff to limit discharge depth and extend cycle life.
Verify ESC low-voltage cutoff matches battery management settings.
Key benchmarks for drone battery management.
| State | Voltage/cell | Action |
|---|---|---|
| Storage | 3.80V | Long term |
| Full | 4.20V | Fly now |
| Empty | 3.50V | Charge ASAP |
LiPo fires are rare but catastrophic — never leave batteries charging unattended.
Store packs at 3.80V per cell — fully charged storage degrades cells within weeks.
One charger with parallel board charges four packs simultaneously — faster than four separate sessions.