We currently are simulating heartrate in the HUD but we want to add heartrate and other vital metrics to the app including:īluetooth heart rate monitor Bluetooth EEG monitor
Makerbot Replicator 2 was used for printing the 3D enclosure.Home-built Geiger counter (not built at Space Apps challenge).Object temperature using infared thermometer
The goal was to bring environmental sensors into an easy-to-use cuff device that could help a wearer determine if their environment is safe for navigation or helmet removal. We wanted to make a piece of popular science fiction into a reality so we chose the Pip-Boy 3000 from the game Fallout 3. Incorporate understanding of challenges of working in the hostile off-planet environment into your wearable space designs that can improve the quality and safety of our explorers. If possible, build a prototype(s) (hardware or software) during the 48-hour Space Apps marathon. Your challenge is to design wearable clothing and accessories that could be useful for space travelers and/or the engineers and technicians involved with ground processing spacecraft and rockets. Now, commercial space companies have expanded the market for space technology. Space is no longer accomplished by the public sector space agencies. This project is solving the Space Wearables: Fashion Designer to Astronauts challenge.
The goal was to bring environmental sensors into an easy-to-use cuff device that could help a wearer determine if their environment is safe, or "Is it safe to take off my helmet?" Team Reno is bringing a piece of science fiction to life by creating a functioning Pip-Boy 3000 from the popular video game Fallout.