Tag: Luke Maximo Bell

  • DIY Solar Drone Achieves 5-Hour Flight Duration

    DIY Solar Drone Achieves 5-Hour Flight Duration

    Key Takeaways

    1. Luke Maximo Bell unveiled a second version of his solar-powered drone, which now includes a battery for enhanced performance.
    2. The updated drone features GPS, flight automation software, and five additional solar panels, aiming to break the Guinness World Record for longest flight time.
    3. Design changes include a slat with 32 solar panels and shorter arms for improved agility, with panels positioned above the propellers.
    4. Initial flight attempts faced challenges due to wind and stability issues, leading to design adjustments and a reduction in solar panels to 28.
    5. The final drone achieved a flight time of 5 hours, 2 minutes, and 21.75 seconds, with plans to eliminate the battery in future designs.

    DIY engineer and drone specialist Luke Maximo Bell has unveiled the second version of his solar-powered drone that doesn’t need a battery. However, for this new model, he had to include a battery in the design.

    Upgrades and Features

    In this update, Luke enhanced the drone as he announced in his last video, incorporating GPS, flight automation software, and additional solar panels. This drone has also succeeded in its aim to beat the existing Guinness World Record for the longest flight time of an RC quadcopter.

    Design Changes

    For this design, he started with a slat made from 32 small solar panels, which is 5 more than what he used before. He also shortened the arms to improve the drone’s agility. With the arms shorter, the panels were placed above the propellers instead of in the center. To create space for this, he elevated them higher.

    Flight Challenges

    During the first attempt, the drone successfully flew using only solar energy, but some issues came up. Since South Africa is known for its windy conditions, the drone struggled against the wind, leading to a higher power consumption than the panels could support. Additionally, having the solar panels positioned high above the main structure caused stability concerns.

    To address these challenges, Luke lowered the slat after running a simulation to ensure it would work fine. He also modified the frame that holds the panels to minimize wobbling and decided to decrease the panel count to 28. To solve the power drop issue, he included a battery that functioned as a UPS system, supplying extra power when the solar panels couldn’t meet the demands.

    Impressive Results

    The final version of the drone achieved an impressive flight time of 5 hours, 2 minutes, and 21.75 seconds before landing. For his next project, Luke aims to eliminate the battery through innovative engineering solutions.

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  • DIY Engineer Creates Solar-Powered Drone That Doesn’t Need Batteries

    DIY Engineer Creates Solar-Powered Drone That Doesn’t Need Batteries

    Key Takeaways

    1. Luke Maximo Bell and his father Mike Bell shared a new YouTube video focusing on a solar-powered drone after a recent world record attempt.
    2. The drone features a lightweight and strong design made from carbon fiber, with 27 small solar panels providing direct power.
    3. Test flights showed the drone’s ability to fly using solar energy, despite some instability in mild winds.
    4. Future plans include an upgraded version of the drone with more solar panels, GPS, and autonomous flight software.
    5. The ultimate goal is to break the Guinness World Record for the longest flying drone.

    Just six days after trying to regain the Guinness World Record for the fastest drone, Luke Maximo Bell, alongside his father Mike Bell, has shared a new YouTube video. This video highlights a different drone and unveils plans for yet another world record attempt. The innovative drone operates entirely on solar energy, without relying on batteries or other storage devices.

    A Unique Design

    In creating this drone, Luke chose a frame and propellers crafted from carbon fiber. This choice helps in maintaining both the strength and light weight of the drone. For its power, he designed a panel composed of 27 small solar panels, connecting it directly to the drone, completely eliminating the need for a battery.

    Test Flights and Future Goals

    After conducting several test flights and making adjustments, Luke successfully flew the drone. Although it displayed some instability and wobbled in mild winds, it demonstrated the ability to fly using solar energy as its direct power source, exceeding the project’s initial goals.

    He also mentioned future plans for an upgraded version that will feature additional solar panels, a GPS unit, and software for autonomous flights. The objective of this next drone is to break the Guinness World Record for the longest flying drone.

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