Mapping Drone Battery
Mapping Drone Battery
High-Performance Mapping Drone Battery Pack
Lion Battery manufactures and supplies custom mapping drone battery packs for aerial surveying, mapping, inspection, GIS, photography, agriculture and other professional UAV applications.
Mapping drones require batteries that provide a good balance of energy capacity, weight, discharge performance, reliability and operating time. Lion Battery can design battery packs according to the drone’s voltage, current, dimensions, connector and flight-time requirements.
Mapping Drone Battery Applications
Custom battery packs can be designed for drones used in:
- Aerial Mapping
- Land Surveying
- GIS Mapping
- Construction Surveying
- Topographic Mapping
- Mining Survey
- Infrastructure Inspection
- Power-Line Inspection
- Agriculture
- Photogrammetry
- 3D Mapping
- Industrial Inspection
Custom Mapping Drone Battery
Drone battery specifications depend on the drone platform and motor/controller system.
We can customize:
| Specification | Custom Options |
|---|---|
| Chemistry | Li-ion / NMC / LiPo* |
| Cell Format | 18650 / 21700 / Other |
| Voltage | Custom |
| Capacity | Custom Ah |
| Configuration | Custom S/P |
| Discharge Current | Application-specific |
| BMS | Standard / Smart |
| Connector | XT60 / XT90 / Custom |
| Communication | CAN / UART / Other |
| Enclosure | Custom |
| Weight | Optimized for application |
*Chemistry selection depends on the drone manufacturer’s electrical and performance requirements.
Lightweight Drone Battery Design
For mapping drones, battery weight is an important consideration.
A battery that is unnecessarily heavy can increase:
- Motor load
- Power consumption
- Take-off weight
- Battery discharge demand
Therefore, the battery should be designed around the required energy, discharge rate and flight time, rather than simply maximizing Ah capacity.
High-Capacity Mapping Drone Battery
Professional mapping drones may require higher-capacity batteries to support longer missions.
Battery capacity can be specified in:
Voltage × Ah = Wh
For example:
44.4V × 35Ah = 1,554Wh
This represents approximately 1.55kWh nominal energy.
Actual flight time depends on aircraft weight, motors, propellers, payload, flight conditions and power consumption.
21700 Lithium Battery for Mapping Drones
21700 lithium-ion cells can be considered for suitable drone designs where energy density and pack configuration requirements make them appropriate.
Advantages can include:
- High energy density
- Good capacity
- Compact pack design
- Suitable cylindrical-cell construction
- Custom series/parallel configurations
The exact cell must be selected based on continuous and peak discharge requirements, not capacity alone.
Drone Battery BMS
Depending on the drone architecture, a suitable BMS may be incorporated.
Possible functions include:
- Cell voltage monitoring
- Pack voltage monitoring
- Overcurrent protection
- Overcharge protection
- Over-discharge protection
- Temperature monitoring
- Cell balancing
- Battery status monitoring
For smart drone systems, communication requirements should be confirmed before selecting the BMS.
Mapping Drone Battery Connector
The battery connector should match the drone’s:
- Voltage
- Continuous current
- Peak current
- Connector type
- Wire gauge
- Physical space
Possible connector options include XT60, XT90 and application-specific connectors.
Custom Mapping Drone Battery Manufacturing Process
Step 1 – Drone Specification
We review:
- Drone model
- Motor system
- Controller
- Existing battery
- Charger
- Required flight time
- Payload
- Battery compartment
Step 2 – Battery Design
The required voltage, capacity, current and cell configuration are calculated.
Step 3 – Cell Selection
Cells are selected according to:
- Capacity
- Discharge capability
- Internal resistance
- Weight
- Application requirements
Step 4 – Cell Testing & Matching
Cells can be tested and grouped for consistent battery-pack performance.
Step 5 – Pack Assembly
Cells are assembled according to the required series/parallel configuration.
Step 6 – BMS & Connector Installation
The appropriate BMS, wiring and connector are installed.
Step 7 – Testing
The finished pack can undergo voltage, current, capacity and functional testing.
Step 8 – Final Inspection
The battery is inspected for electrical, mechanical and insulation quality.
Mapping Drone Battery Replacement
If you need a replacement battery, send:
- Photo of the existing battery
- Battery voltage
- Capacity
- Connector photo
- Battery dimensions
- Battery weight
- Drone model
- Charger specifications
- Required quantity
This information helps determine whether a replacement pack can be manufactured.
Mapping Drone Battery for Survey & GIS
A reliable battery is particularly important for professional mapping missions because unexpected battery depletion can interrupt an aerial survey.
A properly designed battery should consider:
- Mission duration
- Return-to-home reserve
- Payload
- Weather conditions
- Operating temperature
- Maximum current
- Battery age
- Charging requirements
Flight planning should always maintain an appropriate reserve rather than operating the battery to its absolute limit.
Why Choose Lion Battery?
- Custom Drone Battery Manufacturing
- Mapping Drone Battery Packs
- Survey Drone Batteries
- Agriculture Drone Batteries
- 18650 Battery Packs
- 21700 Battery Packs
- NMC / Li-ion Battery Packs
- Cell Matching
- Battery Capacity Testing
- BMS Integration
- Custom Connectors
- Custom Enclosures
- OEM Battery Manufacturing
- Prototype Battery Development
Contact Lion Battery
📞 Phone / WhatsApp: +91-9724991737
📧 Email: info@lionbattery.in
📍 Manufacturing: Umargam, Valsad, Gujarat
🌐 Website: lionbattery.in