RI AirPad-140

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Maximum Height: Rated at 100' (30 m) Comparable to a fall from the 10th floor of an average office building Safety AirPacs are manufactured using fire retardant, 15/18oz vinyl reinforced fabric, per mil spec C 20696 &CC 10-191-5902-5910. Used by fire departments and rescue teams for training and emergencies. Air Packs are designed to accept ONE person at a time and must be fully inflated as per directions in the instruction manual provided with each unit. **Rated height (10’ per floor) is based upon the Air Pack being capable of absorbing a falling body landing on his seat or back from the rated floor level with the cushioning effect that is safely below the human tolerance level (as per data published by the U.S. Air Force on “Human Tolerance to Shock.”) WARNING: No risk is assumed by Impact Air Bags, LLC, i2k , i2k AirPad or any of its associates as it is impossible to control how each individual may land or to know of any special physical reactions of any individual’s body. All models have been designed and tested to absorb the energy due to falls from the floor levels specified. Inflated Dimensions: 20'x 25'x9' (6.1*7.6*2.8m) Weight

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Understanding The World of Industrial Fall Airbags

In the realm of workplace safety, innovation is crucial. Industries evolve, and so must the technologies safeguarding workers. Industrial fall airbags, an emerging solution, are gaining traction for their potential to mitigate the impact of falls from heights, crucial in high-elevation work environments.

The Need for Safety

Falls from heights remain a leading cause of workplace injuries and fatalities globally. Industries such as construction and manufacturing often require work at elevated levels, posing significant risks to workers. While traditional fall protection methods like harnesses and guardrails offer safety, they may not suffice in preventing injuries, especially in unexpected or high-impact falls.

Industrial fall airbags provide a cushioned landing surface, reducing impact force and potentially minimizing injuries upon a fall.

Working Mechanism

Constructed from durable yet lightweight materials, industrial fall airbags withstand the forces of falling workers. These airbags are strategically positioned beneath work areas or along edges prone to falls. When deployed, either manually or automatically, they rapidly inflate to provide a soft landing surface.

Advanced sensors ensure precise inflation, while features like self-diagnostic checks and remote monitoring enhance reliability and maintenance efficiency.


  • Enhanced Safety: Mitigating the risk of serious injuries or fatalities, airbags contribute to a safer work environment.
  • Versatility: Deployable across various industrial settings, they offer flexible protection against falls.
  • Minimal Disruption: Unlike traditional systems, airbags minimize workflow disruption, facilitating smoother operations.
  • Cost-Effectiveness: Despite initial investment, long-term savings from reduced injury rates and improved productivity make them financially viable.
  • Compliance: Incorporating airbags showcases commitment to safety and regulatory adherence.

Future Outlook

As workplace safety awareness grows, demand for effective fall protection solutions rises. Industrial fall airbags offer a proactive approach to mitigating fall-related risks, with ongoing advancements expected to enhance their capabilities further.

Industrial fall airbags represent a significant advancement in workplace safety, providing an effective solution for mitigating fall risks. Prioritizing innovative safety measures protects workers and fosters a culture of safety within organizations.