DuPont and Hohenstein to Launch New Testing Protocols for Body Armor Comfort and Mobility Assessment

Rhea-AI Summary

DuPont (NYSE: DD) on November 3, 2025 launched three testing protocols developed with Hohenstein to benchmark comfort and mobility of soft ballistic body armor. The methods simulate real-world movements to identify discomfort and mobility constraints for law enforcement and military users.

Three tests: Lower Costal Bending (LCB) measures energy loss from stiffness during bending; Double Curvature Compression (DCC) evaluates conformability over complex body curves; Edge Pressure (EP) assesses localized pressure at vest edges. Protocols are available via Hohenstein's website.

Insights

Materials testing analyst

DuPont and Hohenstein introduced three standardized tests to quantify comfort and mobility in soft ballistic body armor.

These protocols — Lower Costal Bending (LCB), Double Curvature Compression (DCC) and Edge Pressure (EP) — create measurable ways to assess stiffness, conformability and localized pressure on wearers. Standardized, repeatable measurements let material developers compare designs and tune fabrics and vest structures for real-world movement, which can speed product iteration and support marketing claims about wearer comfort.

Adoption depends on industry acceptance, independent validation and inclusion in procurement/specification documents; without broad buy‑in the tests remain a differentiator rather than an industry standard. Watch for uptake signals over the next 6–24 months: references to these protocols in vendor datasheets, third‑party validation studies, or procurement requirements from law enforcement or military bodies. These milestones will determine whether the protocols shift purchasing criteria toward measured comfort as a competitive factor.

WILMINGTON, Del., Nov. 3, 2025 /PRNewswire/ -- DuPont (NYSE: DD) today announced the launch of three innovative testing protocols that set a new benchmark for evaluating the comfort and mobility of soft ballistic body armor. Developed in collaboration with independent textile research and testing institute Hohenstein, the testing methods are designed to simulate real-world movements and situations to identify discomfort levels and mobility constraints faced by law enforcement and military personnel.

Police officers often reference lack of comfort as a key reason for removing their body armor on duty. Additionally, restricted mobility leads to body fatigue, which weakens focus, slows reactions and increases the risk of injury.

"Maximizing comfort and flexibility in soft ballistic solutions is essential to address the critical needs of law enforcement and military personnel," said Christophe Djololian, Global Market Development Leader at DuPont. "By taking into account body movement and specific end-use scenarios, we have developed solutions that more objectively evaluate discomfort and mobility constraints from the wearer's perspective."

Three Comfort & Mobility Tests have been developed:

• Lower Costal Bending (LCB) Test simulates upper body bending motions common in active duty, and measures energy loss due to armor stiffness, which can lead to accelerated fatigue in the field.
• Double Curvature Compression (DCC) Test replicates a bent torso to assess how well ballistic materials conform to the body's complex curves. High conformability = enhanced freedom of movement.
• Edge Pressure (EP) Test evaluates localized pressure points at the vest edges, such as the lower abdomen, neck and arms, which are often causes of discomfort.

These test methods were developed in collaboration with Hohenstein, a German-based research institute with strong expertise in textile testing and ergonomics.

"It is in the DNA of Hohenstein to get as close as possible to the user's reality," said Dr. Jan Beringer, Senior Scientific Expert at Hohenstein. "With dedicated wear trials, possible discomfort and movement restrictions were determined. Then, leveraging decades of expertise, tests and equipment were designed to simulate the wearer's experience in close collaboration between DuPont and Hohenstein."

"It is our intent to drive the industry to more comfortable body armor to improve the performance and protection of military and law enforcement personnel. With these new comfort and mobility test protocols developed with Hohenstein, we can now quantify and standardize flexibility in body armor so protection and comfort go hand in hand. As we design new, more flexible materials such as Kevlar® EXO™ fabrics and structures, a wide range of highly optimized solutions for the greater benefit of end-users is now possible," said DuPont Global Segment Leader, Steven LaGanke.

How to access the new testing protocols?

The three test methods to characterize comfort & mobility constraints for soft ballistic applications are available on the Hohenstein website here.

You can also learn more about the different testing methods here.

About DuPont
DuPont (NYSE: DD) is a global innovation leader with technology-based materials and solutions that help transform industries and everyday life. Our employees apply diverse science and expertise to help customers advance their best ideas and deliver essential innovations in key markets, including electronics, transportation, construction, water, healthcare and worker safety. More information about the company, its businesses and solutions can be found at dupont.com. Investors can access information included on the Investor Relations section of the website at investors.dupont.com.

About Hohenstein 
Hohenstein is a family-owned company with more than 75 years of experience in testing, certification and research. Customers around the world benefit from a one-stop service: around 1,500 employees support businesses along the entire value chain, from testing and certification to marketing their products. Hohenstein's testing portfolio includes softlines – textile materials –, hardlines – consumer goods made from rigid materials –, as well as medical devices. As an accredited testing laboratory, Hohenstein Medical provides independent evidence of the effectiveness and safety of medical devices through biological, chemical and physical laboratory tests. The Hohenstein experts also support their customers with interdisciplinary knowledge for customised testing solutions beyond standard methods.
www.hohenstein.com

Media Contact:
Olivia Stover
dupont@nextpr.com 

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SOURCE DuPont Kevlar® EXO™

FAQ

What did DuPont (DD) announce on November 3, 2025 about body armor testing?

DuPont announced three new test protocols (LCB, DCC, EP) developed with Hohenstein to evaluate comfort and mobility of soft ballistic body armor.

What does the Lower Costal Bending (LCB) test measure for DD body armor?

The LCB test simulates upper-body bending and measures energy loss due to armor stiffness that can accelerate fatigue.

How does the Double Curvature Compression (DCC) test assess armor conformability for DD (DD)?

The DCC test replicates a bent torso to assess how well ballistic materials conform to complex body curves, where high conformability indicates better freedom of movement.

What areas does the Edge Pressure (EP) test examine in DuPont's new protocols?

The EP test evaluates localized pressure points at vest edges such as the lower abdomen, neck, and arms to identify sources of discomfort.

Who collaborated with DuPont on the November 3, 2025 testing protocols for DD?

DuPont collaborated with Hohenstein, a German textile research and testing institute with expertise in textile testing and ergonomics.

Where can investors and manufacturers access DuPont and Hohenstein's new comfort and mobility test methods?

The three test methods are available on the Hohenstein website and via links provided by DuPont for the new protocols.