Project Description:
This project focuses on improving ladder safety by designing a modular stability system that can be attached to standard extension ladders to address common hazards such as uneven ground, soft terrain, and unsafe roof transitions. The system consists of two main components: an adjustable stabilizing leg assembly that enhances ground contact and load distribution, and a roof accessibility device that provides secure handholds and support when transitioning between a ladder and a roof. The design incorporates features such as a pivoting and extendable leg, interchangeable feet for different surfaces, and a locking mechanism to ensure stability under loads up to 400 pounds. Developed through stakeholder feedback and engineering analysis, the solution emphasizes ease of use, quick setup, and adaptability while meeting key safety and performance requirements. Overall, the project delivers a practical, manufacturable, and cost-effective approach to reducing ladder-related injuries in both residential and professional settings.
