Design and prototyping of motorcycle racks for food delivery bags

Anandaraja, Sharveen (2024) Design and prototyping of motorcycle racks for food delivery bags. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

The food delivery industry's rapid growth has prompted the development of efficient and secure transportation systems to ensure the safe delivery of food products. The design and prototype of motorcycle racks particularly designed to safely safeguard food delivery bags during transportation. The study focuses on the difficulties that food delivery riders experience when securing and safeguarding food bags while riding motorbikes. A design strategy is offered based on a thorough examination of existing solutions and an understanding the needs of food delivery riders. The thesis project presents systematic design process, starting with conceptualization and finalizing with the fabrication of actual working prototypes. Many factors, including capacity for weight, stability, and ergonomic issues, were considered during the design phases. Finite Element Analysis (FEA) simulations were used to assess the structural integrity and endurance of the rack designs. Prototypes were created using materials and production procedures. A thorough testing methods were used to evaluate the performance of the motorcycle racks in relation to load-bearing capabilities, vibration resistance, and overall stability. A comparison analysis with current solutions and feedback from food delivery riders were used to examine the efficacy and practicality of the proposed design. In accordance with the findings, the proposed motorcycle racks offers a safe and reliable manner of transporting food delivery bags. Furthermore, they facilitate access to the bags and limit the possibility of leaking or damage during transit. The current problems for the existing racks are that most of the designs in the market do not have a movability design in order for accessing the refueling area below the seat compartment and majority of motorcycle racks on the market currently are not made with protection and security purposes in mind which can lead to accidental damage to the food delivery bag. The study's findings have significant implications for improving the effectiveness and reliability of food delivery firms, which will benefit both riders and consumers in the long run. Market survey results highlight challenges faced by food delivery riders, emphasizing the need for secure and durable rack solutions. Design A emerges as the preferred choice. Technical drawings, load distribution tests, Finite Element Analysis, and user testing validate the structural integrity and functionality of the prototype. Positive feedback on features like easy bag securing and a sliding mechanism for refueling indicates significant improvements in rider comfort and operational efficiency. The study sets the stage for future enhancements in motorcycle rack design for food delivery logistics.

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