Pressure mapping captures peak + mean pressure, gradients, and contact area inside helmets during impact. Our latest article shows how this data enhances safety R&D beyond certification standards. Read more → buff.ly/zA7ICRP
#HelmetTesting #Safety #PressureMapping #ImpactTesting

Pressure mapping = safer helmets.
✔️ Identify high-pressure zones
✔️ Optimise liner design
✔️ Improve comfort
✔️ Validate models
See how in our latest article: buff.ly/zA7ICRP
#HelmetTesting #Safety #PressureMapping #ImpactTesting

CPSC, ECE, Snell… global standards set limits on impact forces. But they don’t show how forces spread across the head. Pressure mapping fills that gap. Learn more: buff.ly/zA7ICRP
#HelmetTesting #Safety #PressureMapping #ImpactTesting

How do you see inside a helmet during impact? 👀 With XSensor’s HS Impact System + thin sensor arrays, engineers can map pressure in real time.
Read the article 👉https://buff.ly/zA7ICRP
#HelmetTesting #Safety #PressureMapping #ImpactTesting

Traditional helmet tests measure peak impact—but miss hidden pressure “hot spots.” 🪖 Discover how pressure mapping gives manufacturers deeper insights into safety + comfort: buff.ly/zA7ICRP
#HelmetTesting #Safety #PressureMapping #ImpactTesting

Virginia Tech launches a new lab to test construction helmets under real-world impact conditions—raising the bar for safety ratings and reducing jobsite head injury risks. 🚧

Read more: ohsonline.com/articles/202...

#ConstructionSafety #PPE #HelmetTesting #WorkplaceSafety #EngineeringInnovation