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

Feature image

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

OSHWA License

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Built on Unicorn Platform