
Designed for high-performance batteries
Suitable for cells with high energy density, as typically fitted in drones.
APPLICATION AREA
Drone batteries are among the most powerful and sensitive lithium cells in mobile use — especially after hard landings or crashes.

Starting point
Surveying, inspection and security operations require short charging cycles at a high operating frequency. There is often little time for careful condition checks between missions.
Discuss your use caseInsights



Locations




Benefits

Suitable for cells with high energy density, as typically fitted in drones.

Reduces risks from high operating frequency and short charging cycles.

Suitable for changing deployment locations in the field, in the vehicle or at base.

Enables separate, monitored storage of batteries after hard landings or crashes.
In detail
| Typical situation | Risk without protection | With Li-Ion Safety Box M |
|---|---|---|
| Drone batteries with high energy density in continuous use | Particularly high risk from mechanical pre-damage (crash, hard landing) | Separate, monitored charging point for conspicuous batteries |
| High operating frequency with short charging cycles | Little time for careful condition checks between missions | Automatic temperature monitoring during charging |
| Changing deployment locations (field, vehicle, base) | Permanent fire protection is usually not available on site | Mobile system for changing locations |
| High-performance batteries for special applications | Higher energy released in a fault scenario | Active containment of flames, heat and pressure |
We'll advise you on installation location, capacities and integrating the Li-Ion Safety Box M into your operation.