Exoskeletons and Wearable Robotics
We have gone through a digital revolution and are now on the verge of a physical revolution. Join Borislav "Bobby" Marinov of the Exoskeleton Report and Prof. Thomas "Tom" Sugar of the Wearable Robotics Association as we explore a world of devices that can help you get things done faster and safer.
We will cover occupational/industrial, medical, military, and consumer exoskeletons.
For more information, visit:
Exoskeleton Report: https://exoskeletonreport.com/
Wearable Robotics Association: https://wearablerobotics.com/
Support this podcast on Patreon:
https://www.patreon.com/ExoskeletonReport
Exoskeletons and Wearable Robotics
Episode 4: Applications of Military Exoskeletons
What are the applications for military exoskeletons and wearable robots? Tom Sugar (Wearable Robotics Association) and Bobby Marinov (Exoskeleton Report) discuss vibration mitigation, energy harvesting, logistics, gravity compensating, and mobility-enhancing exos for defense and military applications.
Summary:
In Episode 4 of the Exoskeletons and Wearable Robotics Podcast, hosts Bobby and Professor Tom Sugar explore military applications of exoskeleton technology. They discuss how exoskeletons can support soldiers in combat and logistics, focusing on reducing physical strain through load redistribution. For instance, soldiers carrying up to 120 pounds of equipment benefit from exoskeletons that shift the weight to the ground or hips, aiming to prevent long-term injuries and improve endurance.
The hosts also delve into energy-harvesting exoskeletons, which generate power from movement to recharge essential equipment. While promising, these systems face challenges such as added weight and the amount of walking required for effective energy generation.
Another key focus is on shock-absorbing exoskeletons, which are designed to reduce vibrations from fast-moving vehicles and protect the knees and the spine. However, poorly designed systems could transfer vibrations to other body parts, potentially causing injury.
Exoskeletons are also being developed for logistics tasks, like loading heavy crates and handling supplies. These systems reduce strain during repetitive lifting tasks, benefiting military and industrial applications. Additionally, exoskeletons designed for lateral movement assist soldiers in quick mobility across varying terrain, with powered devices targeting joints like the hips and knees.
The discussion extends to neck exoskeletons, which help reduce strain from wearing heavy helmets and other headgear. By redistributing weight, these systems relieve neck fatigue during extended missions.
Bobby and Tom address the benefits and challenges of adopting exoskeletons in military operations, citing issues like weight, comfort, and power requirements. They conclude that, while adoption is still in its early stages, future devices may play a larger role in logistics and combat scenarios as technology advances.
The episode wraps up by looking ahead to the next discussion on medical and rehabilitation exoskeletons and inviting listeners to provide feedback and participate.