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This article breaks down the engineering behind Working Load Limits (WLL) and Minimum Breaking Strength (MBS) for aerial silks and hammocks using laboratory test data. Discover how a 7:1 safety factor, knot reduction, and dynamic impact forces up to 5.6 BW dictate safe load limits in aerial acrobatics. It also explains why the exact same fabric withstands nearly double the load when rigged in a U-shaped hammock configuration.

This comprehensive blog post explains why choosing a certified anchor point for aerial practice (aerial silks, hammock, hoop) is absolutely crucial for safety. We analyze the technical parameters of our Ceiling Anchor Point, such as compliance with EN 795/A-2012 and DIN 580 standards, as well as the impressive loads of WLL ($340 \text{ kg}$) and BLL ($2380 \text{ kg}$). Simultaneously, we educate by highlighting the dangers of using cheap, unverified solutions that have not passed static ($13 \text{ kN}$) and dynamic (200 kg drop test) testing.

Wondering what truly keeps you safe in the air? Our new blog post deciphers the standards and certifications for aerial equipment. Learn what MBS & WLL mean and why professional rigging is crucial for your safety. Essential knowledge for every aerialist!

Facing a stubborn, old knot on your aerial silks or hammock? This comprehensive guide provides safe methods to loosen it, along with detailed instructions on how to properly wash and care for your aerial equipment. Learn essential tips to extend the lifespan of your gear and ensure maximum safety during your aerial practice.