From Impossible Environments to Peak Demands—Your Power, Perfectly Adapted

Every use case has its own power equation. Co‑engineer yours with MXARI – from high energy density to extreme discharge rates, ready for what’s next.

Precision, Non-Negotiable

From cell grouping to module integration, every unit maintains high consistency, ensuring reliability upon delivery.

Your Engineering Partner

We join at the blueprint stage to co-define parameters tailored to your needs.

Continuous Evolution

Today’s Technical Ceiling, Tomorrow’s New Starting Line.

Real Scenarios, Real Results

See how MXARI’s co-engineering model solves real-world power bottlenecks – from endurance to extreme discharge.

Customer Background

A European multi-rotor UAV manufacturer whose products demand both high flight speed and long endurance.

Pain Points

Achieving ultra-long endurance while ensuring the aircraft meets the required flight speed.

MXARI Solution

We adopt a cell design that balances high rate performance and high energy density: its 5~8C continuous discharge capability supports the high-power demands of takeoff, landing, and high-speed flight phases. The battery pack structure is optimized for the vibration characteristics of compound-wing airframes. Customers can enjoy both ultra-fast flight and ultra-long endurance from a single battery pack—no need to equip two separate battery systems for different phases.

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Customer Background

A European fixed-wing UAV manufacturer specializing in long-endurance cruising solutions for ultra-long-distance operations.

Pain points

Ultra-long-distance missions that even 400Wh/kg battery products fail to support.

MXARI Solution

Leveraging a lithium metal battery system with an industry-leading energy density of up to 550Wh/kg; its 2~3C continuous discharge capability meets the high-power demands during takeoff and landing. Customers gain an unrivaled endurance experience that outperforms all competing battery products on the market. Additionally, the battery pack structure is optimized to match the vibration characteristics of compound-wing airframes.

Customer Background

A European multi-rotor UAV manufacturer whose products demand both high flight speed and long endurance.

Pain points

Achieving ultra-long endurance while ensuring the aircraft meets the required flight speed.

MXARI Solution

We adopt a cell design that balances high rate performance and high energy density: its 5~8C continuous discharge capability supports the high-power demands of takeoff, landing, and high-speed flight phases. The battery pack structure is optimized for the vibration characteristics of compound-wing airframes. Customers can enjoy both ultra-fast flight and ultra-long endurance from a single battery pack—no need to equip two separate battery systems for different phases.

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LP8076176N20

LP120118367N120

LP10588187N36

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