Robotic Suit Helps Jessica Walk Again

Jessica Tawil, paralyzed in 2014, takes her first steps in ten years using a robotic exoskeleton at a New York facility.
The neural-linked device allows safe assisted walking for patients with spinal cord injuries.
Peer-reviewed studies show exoskeleton use improves cardiovascular function and bone density.
While the technology offers life-changing mobility, costs exceeding $100,000 remain a major barrier to access.
This footage highlights both the medical breakthroughs and the challenges of exoskeleton adoption.
It demonstrates the transformative potential of robotics in rehabilitation and mobility support.

📊 In this video you will see:

1.Jessica Tawil walking in a robotic exoskeleton.

2.First steps after ten years of paralysis.

3.Neural-linked technology assisting safe mobility.

4.Health benefits documented in medical studies.

5.The cost barrier to widespread exoskeleton access.

💡 Expert Insight (1 line):
“Exoskeletons deliver both medical and psychological benefits, but affordability remains the key challenge.”

#️⃣ Hashtags:
#Exoskeleton #MedicalTech #Robotics #ParalysisRecovery #FirstSteps #MobilityTech#GlobalWatch

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