Ⅰ. Core Industry Pain Points

FPV racing drones, heavy-lift fixed-wing models and professional unmanned aerial vehicles demand extreme power performance beyond the capability of conventional consumer lithium batteries. Traditional RC batteries face four key limitations:

1. Insufficient high-rate discharge and delayed power response：Ordinary RC batteries feature only 20~30C continuous discharge, causing severe voltage drop during rapid acceleration and aggressive flight. This leads to throttle lag and insufficient power output, failing to meet precise racing control requirements. High-current discharge also generates excessive heat and accelerates performance degradation.

2. Severe performance loss at low temperatures：Conventional lithium batteries decay rapidly below 0℃, with capacity retention dropping below 50% at -20℃. Winter flight time is drastically shortened, and low voltage often prevents takeoff, making normal outdoor operation impossible in cold northern regions.

3. Short cycle life and high operating costs：Under high-rate charge and discharge cycles, standard cells suffer structural damage and fast electrolyte depletion. With cycle lifespans often below 100 cycles and frequent swelling failure, they result in high replacement costs for individual pilots and commercial teams.

4. Poor impact resistance and safety risks：Crashes and hard landings are common in FPV and RC flight. Traditional cell winding structures and tab solders are prone to loosening and detachment, causing battery failure or even internal short circuits and fire hazards.

Ⅱ. Core Technical Advantages

Developed on our high-rate cell platform, this solution is structurally and chemically optimized for extreme RC flight operating conditions:

• Ultra-low internal resistance & high-rate discharge system：Adopting ultra-thin copper foil collectors, high-conductivity electrode formulations and multi-tab winding technology, our cells achieve extremely low DC internal resistance. They support 80C continuous discharge and 120C peak discharge with stable voltage platforms under high-current loads. Power output responds linearly to throttle input with minimal voltage drop, delivering precise and responsive control for professional racing scenarios.。

• Wide-temperature electrolyte optimization：Custom low-temperature electrolyte improves lithium-ion mobility at extreme low temperatures, maintaining ≥80% capacity retention at -20℃. Selected wide-temperature models support stable discharge down to -40℃, breaking seasonal temperature limits and enabling year-round outdoor flight.

• Anti-swelling & long-cycle design：High-stability single-crystal cathode materials and high-elasticity separators effectively suppress electrode collapse and electrolyte decomposition during high-rate cycling. Battery swelling is greatly reduced, delivering 40% longer cycle life than conventional RC cells.。

• Reinforced impact-resistant structure：Optimized winding compactness and enhanced tab welding strength, paired with high-toughness aluminum housing, improve crash and drop resistance. This significantly reduces post-crash battery failure rates and enhances overall operational safety.

• Key Performance Specifications：80C continuous discharge platform: ≥3.2V; Capacity retention @ -20℃: ≥80%; 10C charge-discharge cycle life: ≥300 cycles; Delivers high power and high reliability for professional RC flight scenarios.。

Ⅲ. Solution Value

1. Ultimate responsive control：Stable high-rate discharge ensures linear throttle response and consistent power output during racing gates and aerobatic maneuvers, improving flight precision and overall performance ceiling.

2. All-season & all-scenario adaptability：Reliable power output from high-temperature summer environments to frigid winter conditions and high-altitude regions removes seasonal and geographical restrictions for outdoor flight.

3. Reduced full-lifecycle costs：Extended cycle life and superior crash resistance lower battery replacement frequency, cutting operational and consumable costs for both individual users and commercial aerial teams.

4. Highly flexible customization：Full product range covers 2.2Ah compact FPV cells to 15Ah high-capacity fixed-wing cells. Custom series-parallel battery packs are available to match mainstream flight controllers and ESCs, compatible with most RC aircraft models.

Ⅳ. Core Product Lineup

Custom high-rate pouch cells with customized dimensions, capacities and discharge rates are available to meet special structural and power requirements of tailored aircraft models.

Ⅴ. Typical Application Scenarios

1. Racing FPV Drones：Hybrid fixed-wing aircraft, high-thrust ducted fan models and large-scale simulation RC crafts.

2. High-End RC Aircraft：Hybrid fixed-wing aircraft, high-thrust ducted fan models and large-scale simulation RC crafts.

3. Industrial Mini UAVs：Cinematic aerial filming drones, emergency reconnaissance UAVs and rapid mapping aircraft.

4. Power Testing & Research：Matching power supply for ESC and motor performance testing, as well as university aviation research projects.