02/06/2026
🛡️ Energy Dissipation & Body Armour Testing 💥
Modern body armour is designed to do more than simply stop a projectile — its primary purpose is to absorb, spread and dissipate energy before it reaches the body.
When a projectile impacts armour:
• The vest deforms and spreads the force across a wider area
• Energy is transferred into the backing material
• Remaining force is absorbed by soft tissue and skeletal structures
• Reduced energy transfer helps minimise catastrophic trauma
This is where ballistic gel becomes an essential testing medium.
Calibrated ballistic gel allows researchers and engineers to visualise:
✔️ Energy transfer through armour systems
✔️ Backface deformation and blunt force trauma
✔️ Temporary cavity formation behind armour
✔️ Interaction between force, tissue simulants and skeletal structures
✔️ The effectiveness of different armour materials and configurations
By combining ballistic gel with synthetic bone structures and high-speed analysis, it becomes possible to better understand how protective equipment performs in real-world conditions.
At Defensible Ballistics, our ballistic gel solutions support defence, forensic and research applications where understanding energy dissipation is critical.