23.4V 10000mAh 10C mapping drone battery supplier

01 – Agricultural Monitoring Drone Project from Spain

A Spanish agricultural technology company was developing a drone platform for crop monitoring, field mapping, and irrigation inspection. Their previous battery could provide enough takeoff power, but the runtime was too short for larger farms. Operators had to replace batteries frequently, which reduced work efficiency and increased field operation time.

The customer contacted Lithotop because they needed a battery solution with longer flight endurance and stable discharge performance. After reviewing the drone’s motor power, payload weight, flight route, camera system, and expected mission duration, Lithotop recommended the 6S 23.4V 10000mAh 10C High-C LiPo battery.

Lithotop judged that the customer did not need an ultra-high discharge battery, because the drone was designed for steady flight rather than aggressive acceleration. A 10000mAh 10C pack offered a better balance between runtime, weight, and continuous output.

During sample development, Lithotop optimized cell matching, discharge wire selection, connector type, and pack insulation structure. Sample batteries were tested through flight endurance simulation, continuous discharge testing, voltage stability checking, and temperature monitoring under field-like load conditions.

Before mass production, both teams confirmed samples, connector specifications, pack dimensions, discharge performance standards, and packaging requirements. After deployment, the customer achieved longer flight time per mission and reduced battery replacement frequency in the field. This helped improve daily inspection efficiency and made their agricultural drone solution more practical for large-area farm management.

02 – Industrial Inspection Robot Project from Germany

A German engineering company was developing an industrial inspection robot used inside large facilities, warehouses, and utility tunnels. The robot needed to power drive motors, cameras, communication modules, and onboard lighting during long inspection routes. Their earlier battery solution caused unstable runtime, especially when the robot operated on uneven surfaces or carried extra sensor modules.

The customer approached Lithotop because they required a high-capacity rechargeable battery that could deliver stable output during continuous operation. Lithotop reviewed the robot’s operating current, peak load, installation space, charging method, and working environment.

Based on the analysis, Lithotop recommended the 6S 23.4V 10000mAh 10C LiPo battery. The 6S voltage platform helped support the robot’s motor system efficiently, while the 10000mAh capacity provided enough energy for longer inspection tasks. The 10C discharge capability was suitable for continuous movement and short peak-load conditions.

Lithotop adjusted the battery assembly with reinforced discharge leads, stable connector selection, insulation protection, and customized labeling for the customer’s production process. Sample testing included continuous runtime testing, vibration simulation, load variation testing, charging validation, and installation fit checking.

Before mass production, the customer confirmed the battery’s runtime, temperature behavior, connector durability, and batch consistency. Lithotop then finalized the production inspection standards based on the approved sample.

The final battery solution allowed the inspection robot to complete longer routes with fewer charging interruptions. For the customer, this improved field reliability, reduced maintenance pressure, and helped them deliver a more dependable inspection system to industrial clients.