Precision Mapping Demands Precision Power

Surveying and photogrammetry operations place unique demands on UAV battery systems. Mission completion depends on the battery delivering consistent voltage throughout a long discharge cycle — LiDAR point-cloud density and RGB orthomosaic quality both degrade when cell voltage sags during late-mission flight. FLYVOLT NMC packs for surveying applications are engineered for flat discharge curves and maximum energy density.

Energy Density Matters for Mapping

Every gram of battery weight that replaces payload capacity reduces the economic efficiency of a mapping operation. FLYVOLT surveying packs achieve energy densities of 220–260 Wh/kg — competitive with the best NMC chemistry available in commercial pack form — while maintaining full compliance documentation for air transport and Canadian Advanced Operations use.

Voltage Stability for LiDAR and Multispectral Payloads

LiDAR scanners and multispectral cameras are sensitive to supply voltage variation. FLYVOLT surveying packs incorporate active cell balancing and precision BMS regulation to maintain output voltage within ±1% of nominal throughout 90% of the discharge cycle. This eliminates the data quality degradation that occurs when competing packs enter low-voltage warning states mid-mission.

CAN Bus Telemetry Integration

FLYVOLT surveying packs with CAN bus BMS output are compatible with major open-source autopilot stacks including ArduPilot and PX4. Real-time SOC, cell temperature, and impedance data can be logged alongside GPS and IMU data for post-mission battery health analysis. This supports predictive maintenance scheduling for mapping fleet operators.

Long-Duration Mission Planning

For extended-range mapping operations, FLYVOLT offers high-capacity packs in the 1,000–1,500 Wh range that support 60–90 minute flight times on standard mapping platforms. Multi-pack parallel configurations with active current sharing are available for custom integrations requiring maximum endurance.