Can a Wearable Thrust Propulsion System Revolutionize Road Downhilling?

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SUMMARY

This discussion centers on the development of a personal, wearable thrust propulsion system for road downhilling. The proposed system aims to enhance the rider's experience by providing controlled thrust through an ergonomically-designed frame that directs pressure to specific "pushpoints" on the body. The user seeks insights into the feasibility and realism of such a propulsion system, emphasizing the need for controllability via a twistgrip mechanism. The conversation highlights the innovative potential of wearable technology in extreme sports.

PREREQUISITES
  • Understanding of thrust propulsion mechanisms
  • Familiarity with ergonomic design principles
  • Knowledge of control systems for wearable technology
  • Basic concepts of road downhilling dynamics
NEXT STEPS
  • Research existing wearable propulsion systems and their applications
  • Explore ergonomic design techniques for wearable devices
  • Investigate control mechanisms for thrust systems, focusing on twistgrip designs
  • Study the physics of road downhilling to understand thrust impact
USEFUL FOR

Inventors, engineers, extreme sports enthusiasts, and product designers interested in wearable technology and its applications in enhancing athletic performance.

Topbowman
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Having recently taken up road downhilling, I want to investigate the feasibility of producing a personal, wearable thrust driven propulsion system. Doesn't have to be terribly powerful, controllability should be via twistgrip maybe. I'm drawing pictures of an ergonomically-designed frame which directs the pressure resulting from the thrust towards the ideal "pushpoints" on the wearer's body. I haven't a clue what's realistic in terms of a propulsion system...anyone excited by the prospect?

Regards,
 
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