Res - Q

Problem Statement

In high-risk adventure activities like skiing, mountain climbing, and hiking, accidents in remote, rugged terrains often delay human rescuers. These delays are worsened by the lack of real-time data and communication from the site of the incident. Without an efficient and responsive system, timely aid becomes impossible, putting lives at risk.   

Contributors

Nithyam Moosaddee Nishant Gollangunta Ariana Jalan Dhruv Agarwal

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About Res - Q

Solution

  🛻 Rugged Chassis with high-traction wheels for snow, gravel, and rocky paths 💊 Payload Bay to carry basic first-aid and emergency kits 📷 Camera Feed & Sensors for live monitoring and telemetry 🔁 Two-Way Signaling System to comfort and alert the injured individual 🔧 Modular & Repairable Design for quick fixes and easy upgrades in the field 🔍 This rover acts as a first-response bridge, helping rescue teams buy time, gain situational awareness, and initiate life-saving efforts sooner. 

Additional Info

Idea: Design and build a manually controlled, all-terrain rover capable of reaching victims in inaccessible locations. The rover would: Carry essential medical supplies, Transmit real-time visuals and environmental data, and Provide psychological reassurance to victims by signaling that help is on the way. Objectives: 🚑 Deliver first-response medical aid where humans can’t reach immediately 📡 Transmit live data on terrain, injuries, and environment to rescue teams 🕹️ Ensure manual control for navigating unpredictable terrain 💬 Boost morale of victims with visual/audio confirmation of aid 🧩 Create a modular, low-cost open-source solution adaptable for NGOs and search-and-rescue units

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