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A hail cannon mounted on the catwalk at the IBHS Research Center
Image by State Farm
Visit www.disastersafety.org to learn more about how this first indoor hail simulation in the world came to be and what you can do to reduce catastrophic damage from hail. State Farm is one of the founding members of IBHS.
The Insurance Institute for Business & Home Safety (IBHS) Research Center is a unique, state-of-the-art, multi-risk applied research and training in Chester County, South Carolina. This facility is a tangible, very public demonstration of the property insurance industry’s deep commitment to reducing and preventing losses that disrupt the lives of millions of home and business owners each year. The scientific research conducted here will influence residential and commercial structural design and construction for decades to come, and will significantly advance building science by enabling researchers to more fully and accurately evaluate various residential and commercial construction materials and systems.
Hail damage to car windshield
Image by State Farm
While the first indoor hail simulation was focused on damage to homes from hail, a car was parked next to the house and also experienced damage, including windshield hail impact that shattered the windshield. Visit www.disastersafety.org to learn more about how this first indoor hail simulation in the world came to be and what you can do to reduce catastrophic damage from hail. State Farm is one of the founding members of IBHS.
The Insurance Institute for Business & Home Safety (IBHS) Research Center is a unique, state-of-the-art, multi-risk applied research and training in Chester County, South Carolina. This facility is a tangible, very public demonstration of the property insurance industry’s deep commitment to reducing and preventing losses that disrupt the lives of millions of home and business owners each year. The scientific research conducted here will influence residential and commercial structural design and construction for decades to come, and will significantly advance building science by enabling researchers to more fully and accurately evaluate various residential and commercial construction materials and systems.
