15.2V 1000mAh 110C FPV LiPo Battery Supplier

Why Choose LithoTop for High-C LiPo Battery Solutions?

LithoTop focuses on customized lithium polymer battery solutions for customers who need stable performance from sample development to mass production. For high-C LiPo batteries, performance is not only about discharge rate. It also depends on cell quality, internal resistance control, cell matching, wire selection, connector reliability, pack structure, and consistent production process.

LithoTop uses Grade-A lithium polymer cells and strict quality inspection to support customers in FPV drones, RC products, robotics, UAV systems, and high-power electronic equipment. Our engineering team can help evaluate current demand, operating temperature, installation space, connector requirements, and real application conditions before confirming the final battery design.

01 – FPV Racing Drone Project from the United States

A US FPV racing drone brand was developing a lightweight racing drone for experienced pilots. Their main problem was voltage sag during sharp throttle changes. The previous battery could support normal flight, but when pilots performed fast acceleration, quick turns, and repeated punch-outs, the drone lost responsiveness and flight control became less precise.

The customer contacted LithoTop because they needed a high-discharge LiPo battery supplier that could provide stronger current output without making the drone too heavy. LithoTop reviewed the drone frame size, motor KV, propeller configuration, ESC rating, target flight style, and acceptable battery weight.

After analysis, LithoTop recommended the 4S 15.2V 1000mAh 110C High-C LiPo battery. Our engineering team judged that the customer needed extremely fast discharge response rather than simply larger capacity. The 1000mAh design helped control weight, while the 110C discharge rate provided the high current needed for aggressive racing performance.

During sample development, LithoTop optimized cell matching, discharge wire specification, connector selection, and pack structure. Sample testing included high-current discharge testing, voltage sag comparison, throttle response simulation, flight endurance testing, and temperature monitoring after repeated racing cycles.

Before mass production, both teams confirmed samples, connector type, cable length, discharge performance standards, labeling details, and batch inspection requirements. After launch, the customer received positive pilot feedback for stronger punch-out power, faster response, and more consistent racing performance. This helped the brand improve its product competitiveness in the FPV racing market.

02 – High-Speed RC Car Project from Australia

An Australian RC hobby product company was developing a compact high-speed RC car for advanced users. The vehicle required strong acceleration in a very small battery compartment. Their previous battery pack had acceptable size, but the discharge rate was not enough to support repeated acceleration tests, causing power drop and increased battery temperature.

The customer approached LithoTop because they needed a compact high-C LiPo battery that could provide strong output while fitting the limited internal space. LithoTop analyzed the motor current demand, ESC specification, acceleration profile, battery compartment dimensions, connector requirements, and expected user operation habits.

Based on the evaluation, LithoTop recommended the 4S 15.2V 1000mAh 110C LiPo battery. The higher 15.2V nominal voltage supported stronger motor response, while the 110C rate helped meet the vehicle’s short-term high-current demand. The 1000mAh capacity allowed the pack to remain lightweight and easy to install.

During prototype development, LithoTop adjusted the discharge lead direction, connector position, insulation protection, and outer shrink wrap to match the customer’s vehicle structure. Sample batteries were tested through acceleration simulation, continuous high-load discharge, temperature rise monitoring, charge-discharge cycle testing, and installation fit verification.

Before mass production, the customer confirmed runtime performance, connector durability, pack dimensions, safety labeling, and production consistency standards. LithoTop then controlled mass production according to the approved sample and inspection requirements.

The final battery solution improved acceleration stability and reduced battery overheating during high-speed operation. For the customer, this meant fewer field complaints, better user experience, and a stronger product position in the high-performance RC market.