Learn how ballistic gel supports body armour testing by helping visualise energy transfer, backface deformation, blunt force trauma, temporary cavity formation and interaction with skeletal structures.

Learn how ballistic gel arm systems can support PPE testing, chainsaw gauntlet evaluation, cut protection analysis, training, research and product development.

Learn how ballistic gel supports blast protection research, including fragment penetration, blast wave effects, lower limb trauma, protective materials, military boots and armour system testing.

Learn how ballistic gel can help compare lead-free ammunition performance, including penetration depth, expansion, fragmentation, retained mass and terminal behaviour.

Learn what medical phantoms are, how they are used for imaging, ultrasound training, needle guidance, research and education, and how gel-based phantom materials support realistic training.

Learn how ballistic gel helps demonstrate energy transfer, penetration, wound paths, deformation and projectile behaviour in a controlled soft-tissue simulant.

Learn what ballistic soap is, how it differs from ballistic gel, and when to use it for cavity preservation, visual analysis, demonstrations and comparison testing.

Learn how ballistic gel can support universities, research projects and training environments, including soft-tissue simulation, calibration, reusability, visual analysis and medical phantom applications.

Learn how ballistic gel is used in law enforcement and military testing, including soft-tissue simulation, 10% and 20% gel, calibration, reusability, visual analysis and ballistic soap.

Learn how ballistic gel can be used for airgun testing, including pellet and slug comparison, penetration depth, wound paths, 10% gel, reusable synthetic gel and safe testing setup.

Learn why calibration matters in ballistic gel testing, how it affects consistency, comparison and repeatability, and why calibrated gel helps produce clearer results.

Learn what forensic ballistic gel is, how it is used, why 10% gel is commonly chosen, and how synthetic and natural ballistic gel compare for testing.

Learn how to choose the right ballistic gel for your application, including 10% vs 20% gel, synthetic vs natural gel, blocks, chips, moulds and ballistic soap.

Compare synthetic ballistic gel and natural ballistic gel, including reusability, preparation, transparency, calibration, storage and which option is best for your testing needs.

Learn the difference between 10% forensic/FBI-style ballistic gel and 20% NATO-style ballistic gel, including density, firmness, use cases and which option to choose.

A simple guide to ballistic gel, how it is used in testing, and the difference between synthetic ballistic gel, natural ballistic gel and ballistic soap.