Heavy-Lift Drone

Summary

Associated with: Psyche Aerospace.

Role: R&D Project Manager.

Where: São Paulo, Brazil.

When: 2024 - 2025.

Objective: Lead the electronics R&D team in the development of a high-power brushless motor driver and an intelligent flight controller for a heavy-lift drone.

Contribution: Spearheaded the design and implementation of a highly efficient brushless motor driver and an advanced flight controller. Focused on optimizing both hardware components and firmware to enhance power output and reliability during drone operations.

Results:
• Reduced import costs by 80% and eliminated dependence on international suppliers.

• Increased the drone's payload capacity by 30% and improved overall stability for large UAVs.

 << CONFIDENTIALITY NOTICE >> 

PLEASE NOTE THAT THIS PROJECT OVERVIEW IS INTENTIONALLY LIMITED IN DETAIL DUE TO CONFIDENTIALITY AGREEMENTS. SPECIFIC TECHNICAL DETAILS, METHODOLOGIES, AND RESULTS MAY NOT BE DISCLOSED TO ENSURE COMPLIANCE WITH PRIVACY REGULATIONS AND THE SAFEGUARDING OF SENSITIVE DATA.

Project Description

This heavy-lift drone project aims to revolutionize agricultural technology by integrating advanced electronics, intelligent flight control systems, and powerful brushless motors to enable autonomous operations in challenging field conditions. The drone’s design is centered on maximizing payload capacity, and energy efficiency, while ensuring minimal human intervention for tasks such as crop spraying, soil analysis, and large-area mapping.

How It Works

The drone is equipped with a custom-designed brushless motor driver, optimized for high power output, capable of handling significant loads without compromising efficiency. Its intelligent flight controller incorporates a custom advanced firmware that autonomously adjusts flight patterns based on external data, and operational requirements, ensuring precise application of sprays and optimal energy use.

Additional Information

This project is revolutionizing agricultural spraying by deploying autonomous drones that achieve remarkable efficiency and precision. The Harpia P-71 can cover 10,000 acres in just 24 hours, reducing operational costs by three times compared to traditional methods. Equipped with advanced AI and IoT technologies, these drones operate independently, ensuring uniform application while minimizing soil contamination. The refueling stations enable seamless and continuous operation, further enhancing the efficiency of large-scale farming. By combining cutting-edge technology, it's aimed to transform agricultural practices and promote sustainable farming.