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The primary challenge was to develop a scalable robotic system that maintains optimal performance, particularly in terms of flight time. This involved redistributing mass for Center of Gravity (CoG) optimization, accurately characterizing components, sizing the battery for various operational scenarios, and designing user interactions that are both intuitive and efficient.

Our team at Hatch Duo worked closely with Door Robotics to address these challenges. We began by thoroughly understanding the requirements for scalability and flight efficiency. The project involved a comprehensive approach to engineering, ensuring each aspect of the robotic system was optimized for extended flight time and scalability.

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Project Outcomes

The optimized design and enhanced user interaction capabilities, with a strong emphasis on maximizing flight time, positioned Door Robotics as a leader in scalable robotic technology. Door Robotics can now deploy their robotic systems in a variety of settings, meeting diverse operational needs with efficiency and reliability. This project has set a new benchmark for scalable robotic engineering, demonstrating the potential of innovative design and precise engineering.

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