Unmanned Aviation

Elevating performance in unmanned aviation

Overview

Fly longer, go further

We engineered our batteries to overcome the common challenges in unmanned aviation. With ultra-high-energy density, we tackle the limitations that restrict range and flight time, while reducing downtime caused by slow and frequent recharging.

High energy density
Amprius’ silicon anode technology offers ultra-high-energy density, providing up to 100% improvement in range compared to traditional lithium-ion batteries—allowing for longer flight times and greater payload capacities without increasing weight.
High discharge rates
With increased power density, Amprius batteries deliver high discharge rates, enabling aerial vehicles to execute rapid maneuvers, resulting in improved performance in changing environmental conditions while supporting heavier payloads.
Fast charging and reduced frequency
Our batteries not only increase energy capacity, reducing the need for frequent charging, but also feature fast charging capabilities, increasing operational availability and improving productivity.
Performance Shots

Amprius in action

Drones
Our batteries significantly enhance the flight endurance and payload capacity of drones, allowing for longer missions and more efficient data collection or delivery operations.
High Altitude Pseudo Satellites (HAPS)
Our batteries deliver exceptional energy density and reliable performance under extreme conditions, allowing HAPS to remain in the stratosphere for extended durations to deliver continuous coverage in remote areas.

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