RCar | Robots for All!
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The document is a professional profile of Luís Rita, a biomedical engineering master's student at the University of Lisbon, detailing projects like the RCar, which utilizes 3D printing and advanced communication technologies. It discusses the project's features, such as modularity, enhanced connection, and electronics design, along with challenges like production costs and design flexibility. The document also mentions potential improvements for user interfaces and stability in future iterations.
RCar | Robots for All!
- 1. luis20dr@gmail.com linkedin.com/in/luísrita Luís Rita University of Lisbon Instituto Superior Técnico / Faculty of Medicine Integrated Masters in Biomedical Engineering / MTiH github.com/warcraft12321
- 4. Promo
- 5. Car
- 6. State of the Art Expensive Production Non-Flexible Design Limited Wireless Communication RCar 3D Printing < 1€ Modular Car 5G/Bluetooth 5 - Enhanced Connection Electronics: 10€ - 50€
- 7. Electronics
- 8. Design
- 10. Future Optimized Bluetooth module / 5G Different 3D printing materials Lighter and lasting batteries Enhanced aerodynamics Printed circuit board Suspension frame FPV camera
- 11. App
- 12. State of the Art High Latency Not Visually Appealing or Intuitive Interface Lack of Features RCar 0€ Remote Controller Live Video Streaming 2-Way Audio Communication RCarCarinoBT RC ControllerCar Bluetooth RC
- 13. User GuideApp of the Month
- 14. Future Improve stability and memory requirements Introduction of real-time FPV Create iOS version
- 15. DIY
- 16. Competitors VS