CloudMedic

CloudMedic is a disaster drone that delivers medical supplies to hard-to-reach areas using GPS, cameras, and thermal sensing, helping first responders save lives quickly.

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Inspiration

In 2025, a catastrophic earthquake struck Turkey and Syria, leaving towns buried beneath rubble, roads impassable, and emergency vehicles unable to reach thousands of survivors. News reports plus firsthand accounts of people trapped for hours or days without medical supplies or food were devastating to witness. It became evident that the challenge was not only speed but also accessibility. Aid could be delivered far more safely and swiftly if it were possible to fly directly into the devastated regions. From this realization, CloudMedic was conceived - a disaster response drone built to reach areas too dangerous or inaccessible for ground vehicles, serving as the eyes and also mobility of first responders amid the destruction.

What it does

CloudMedic is a drone designed to move through hazardous, blocked terrain and to send back live images while it carries relief supplies. It carries cameras that deliver sharp pictures plus heat-sensing equipment - a pilot can locate survivors even when visibility is poor, smoke fills the area or rubble lies everywhere. A GPS beacon reports the aircraft's exact location, letting pilots plan and adjust flights inside complicated sites. CloudMedic can land directly on its U-shaped stabilizing bars designed to absorb shocks, allowing for more stable landings on rocky or uneven surfaces. It's an eye, a scout, and a landing platform, meant to bring human judgment into even the most devastating areas.

How I built it

Building Cloudmedic began on Onshape, a professional 3D modeling platform. Every component from the main frame to the cameras was designed digitally. Using Onshape allowed me to test multiple configurations without committing to physical parts, which saved countless hours. I calculated the weight distribution and adjusted the angles of the components for full stability even in uneven terrain. The thermal camera, high resolution vidoe feed, and GPS modules were positioned to maximize visibility and signal reception. By designing everything in 3D, it enabled me to iterate quickly, adjusting the frame and every component to discover weaknesses or conflicts.

Challenges I ran into

Building CloudMedic has been my hardest project so far, straying far from straightforward. Simulating weight distribution, landing stability, and where to place sensors required precision and careful iteration. Early models were misaligned, heavy, and unable to withstand enough weight. Integrating the thermal camera and other cameras for surveying was also tricky; I needed to ensure lines of sight were clear, and GPS signals could be mapped without interference. Another challenge was creating a realistic model that a pilot could maneuver over rubble, through obstacles, and in confined areas, all in a virtual simulation.

Accomplishments that I'm proud of

Through the days spent working on CloudMedic, it eventually became a fully functional model. The landing bars stabilize the drone on uneven surfaces, the thermal and high-resolution cameras are optimized for clear visibility, and GPS placement allows accurate navigation. Every adjustment improved the design's operability, and soon, by the end i had a complete digital prototype that could operate safely and effectively.

What I learned

Working on Onshape taught me about how careful planning and iteration can solve many real-world engineering problems without touching hardware. I learned to think critically about sensor placement, stability, and weight distribution. The pressure of designing a system that could function despite extreme conditions was hard, but it gave me a deep understanding of how real drones could behave.

What's next for CloudMedic

Looking forward i hope to refine this model even further, allowing it to move with extended flight times, and additional sensors for environmental hazards. I also want to create simulation-based training scenarios for pilots to practice navigating complex zones. Ultimately, CloudMedic is a foundation for future prototypes and shows how human-controlled drones can be the eyes in areas unreachable. I hope my project can help save even one person.

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