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Clark Reder Engineering (CRE) conducted a comprehensive structural and mechanical design review of an advanced glass transport cart engineered to handle heavy glass payloads in an industrial environment. This specialized cart is designed to lift and carry up to 66,000 pounds of glass, supported by an a - frame structure, between various locations within a facility. Featuring a steel deck, eight hydraulically actuated caster wheels, and two centrally located drive wheels with zero - turn capability, the cart de livers exceptional maneuverability and stability. Its design also incorporates critical functional elements, including battery compartments and an operator's cab, into a rugged and efficient structure. CRE ’ s scope extended beyond structural analysis to inc lude the mechanical design of key components such as the hydraulic lift system, drive motors, and caster assemblies. The analysis covered static loading as well as dynamic forces, including gravity, emergency stops, uneven ground loading, and the centripet al acceleration encountered during turning maneuvers. This detailed stability evaluation ensured the cart can safely and reliably transport its payload in demanding operational conditions. Strength design was applied to all structural and mechanical compon ents, confirming compliance with applicable design codes and high safety standards. The findings verified the cart ’ s robust performance and operational reliability . CRE's integrated approach to structural and mechanical engineering ensures this innovative transport solution delivers exceptional durability, safety, and efficiency for industrial applications.
