22.2V 1300mAh 30C FPV Battery Supplier

01 – FPV Drone Manufacturer Project from Brazil

A Brazilian FPV drone manufacturer was developing a new high-speed racing drone platform targeted at experienced drone enthusiasts and competitive pilots. During initial testing, the engineering team discovered that their existing battery packs were unable to provide consistent voltage under rapid throttle changes, resulting in reduced responsiveness and inconsistent flight performance.

The customer contacted Lithotop seeking a battery solution that could provide stable power delivery while maintaining a lightweight design suitable for racing applications. After reviewing motor specifications, electronic speed controller requirements, flight profiles, and weight targets, Lithotop recommended the 6S 22.2V 1300mAh 30C High-C LiPo battery.

Our engineering team analyzed current demand during aggressive flight maneuvers and confirmed that a 30C discharge configuration would provide the required power while minimizing unnecessary battery weight. Connector specifications and discharge wiring were also optimized to reduce power loss during peak loads.

Sample batteries underwent thrust testing, voltage stability analysis, flight endurance evaluation, and rapid acceleration simulations. Multiple flight sessions were conducted under various environmental conditions to verify consistency and reliability.

Before mass production, both parties finalized battery specifications, performance standards, incoming quality requirements, and packaging details. After product launch, pilots reported improved throttle response, more stable flight characteristics, and enhanced racing performance. This helped the customer strengthen its reputation within the competitive FPV market.

02 – University UAV Research Program from South Korea

A leading university research team in South Korea was developing a fleet of UAVs for autonomous flight research and advanced navigation studies. The project required a lightweight battery capable of providing stable power for onboard sensors, communication systems, and propulsion units during repeated testing sessions.

The research group approached Lithotop after experiencing inconsistent battery performance from several off-the-shelf products. Frequent voltage fluctuations affected data collection accuracy and reduced the reliability of autonomous flight experiments.

After evaluating flight duration requirements, payload weight, sensor power consumption, and environmental conditions, Lithotop recommended the 6S 22.2V 1300mAh 30C LiPo battery. Our engineers determined that the battery offered the ideal combination of energy density, discharge capability, and weight efficiency for the project.

During prototype development, battery integration was optimized to improve weight distribution and reduce installation complexity. Sample batteries underwent cycle life testing, flight mission simulations, vibration testing, and power stability verification during autonomous operations.

The research team carefully validated battery performance across multiple UAV platforms and confirmed stable operation during extended testing programs. Prior to larger-scale deployment, both teams established quality standards, inspection procedures, and performance benchmarks.

The final solution enabled more reliable autonomous flight experiments and improved consistency in research data collection. For the university, this reduced testing interruptions and accelerated development progress across several UAV research projects.