Aerotate designs high‑performance smart batteries tailored for robotic applications such as drones. The batteries communicate real‑time system data to the host and feature rapid‑swap designs that can be changed in seconds, minimizing downtime.
Funding
Funding not disclosed
Founders
Product
Problem
Robotic platforms such as drones rely on conventional batteries that require lengthy charging, lack real‑time health monitoring, and are cumbersome to replace, limiting operational efficiency and flight time.
Solution
Aerotate offers high‑performance smart batteries engineered for robotic applications. Each battery integrates telemetry that streams system data (voltage, current, temperature, state‑of‑charge) to the host controller in real time, enabling predictive power management. The modular, rapid‑swap design lets operators replace batteries in seconds, minimizing downtime. Complementary battery frames and fast chargers provide a complete power ecosystem, extending flight endurance for commercial and industrial drone operations.
Target Audience
Primary customers are commercial drone operators, industrial UAV service providers, and robotics developers seeking reliable, data‑rich power solutions.
Features
- Integrated real‑time telemetry for voltage, current, temperature, and state‑of‑charge monitoring
- Rapid‑swap battery architecture allowing replacement in seconds without tools
- High energy density cells optimized for UAV/UGV performance
- Compatible mounting frames tailored to various drone models
- Fast charging units delivering quick recharge cycles to reduce turnaround time
- Robust communication protocol ensuring reliable data transmission to host systems