According to iiMedia Research, Ampace, a subsidiary of CATL, has secured the world's largest market share in drone lithium batteries and China's leading share in high-end smart two-wheeler batteries for 2025. The company's 'scenario-defining-product' strategy focuses on application-specific engineering rather than general-purpose cells.
For agricultural drones, Ampace developed batteries that support 65-75°C hot charging and 10C-15C continuous discharge, while maintaining over 85% state of health after 1,500 cycles. This innovation optimizes farm operations from requiring six batteries per drone to just two batteries per drone, significantly reducing downtime and total cost of ownership.
For consumer drones, 360Wh/kg cells are already in production. For eVTOL applications, technology readiness includes cells with 350-400Wh/kg energy density and 3C-7C discharge capability, demonstrating deep domain-specific engineering across multiple UAV segments.
This means B2B buyers in agriculture, logistics, and aerial mobility must prioritize cells engineered for specific operational stresses—such as high-temperature charging and high-rate discharging—rather than standard lithium-ion batteries, which often fail under such extreme conditions.
Ampace's market leadership underscores the critical B2B demand for application-specific drone batteries—not just general-purpose cells. Whether for high-temperature agricultural operations or high-rate eVTOL takeoffs, off-the-shelf solutions often fail. We cater to this need for customization, especially for clients requiring small-batch production and fast design cycles. We optimize cell selection, BMS design, and pack architecture based on your unique operational profile. Explore our online tool (https://tool.liion-batt.com) to filter and compare thousands of cells by parameters like continuous discharge rate and cycle life, accelerating your sourcing and development process.
