Mapping & Surveying

Mapping & Surveying UAV

Longer Flights. More Coverage. Fewer Battery Swaps.

Semi-solid state power for photogrammetry, LiDAR, and surveying drones — stable voltage output ensures consistent sensor performance across every flight leg.

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500+

Cycle Life (cycles)

-20°C

Min Operating Temp

<1%

Voltage Sag Under Load

30%

Longer Life vs LiPo

COMMON CHALLENGES

What Mapping Teams Struggle With

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Voltage Sag Corrupts Data

Under-voltage mid-flight causes gimbal instability and GPS drift — resulting in gap errors in orthomosaic maps that require costly re-flights.

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Coverage Limited by Flight Time

Survey projects are priced by area. More battery swaps per day = fewer hectares covered = lower revenue per crew. Every minute on the ground is wasted.

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Cold Morning Start Failures

High-altitude surveys begin at dawn in near-freezing temps. LiPo internal resistance spikes, causing BMS cutoff before the first waypoint is reached.

TECHNOLOGY COMPARISON

Why Semi-Solid Wins for Survey Missions

Performance Factor	Voltsky Semi-Solid	Standard LiPo
Voltage Stability Under Load	Flat discharge curve (<1% sag)	Voltage drop at 70% SoC
Cold Start (-10°C)	Normal operation	BMS cutoff risk
Cycle Life	500+ cycles	200–300 cycles
Swelling / Deformation	Minimal (solid electrolyte layer)	Common after 150+ cycles
Sensor Consistency	Stable power = stable gimbal	Voltage sag disrupts sensors
Total 3-Year Cost	~35% lower	High replacement frequency