Triangle

 

My ambition for this project was to design a product to challenge the conventional golf buggy.

 

James Flanagan

I joined the Product Design and Manufacture (PDM) course after completing my first year in Mechanical Engineering. The decision to transfer was driven by my passion for creative problem-solving, a fundamental aspect of product design. The PDM course balances the technical engineering elements that I am interested in with the aesthetic and innovative aspects of design.

Throughout my studies, I have developed a strong proficiency in using CAD programs such as SolidWorks. I find it satisfying to produce complex 3D models and bringing conceptual ideas to life. I also enjoy rendering and visualization using Keyshot because it helps me communicate my designs more effectively. These skills have been very helpful in my projects.

My particular interests lie in the automotive and sports industries and I hope to be able to pursue a career that lets me combine my technical skills with my creativity within these fields. I am keen to work on exciting projects and be part of a team that’s focused on innovation and excellence.

James Flanagan, BEng Product Design and Manufacture 

 
 

 

Green Scrambler

My ambition for this project was to design a product to challenge the conventional golf buggy. Traditional golf buggies have remained unchanged for decades, and their 2- or 4-person layout does not promote an efficient pace of play. This often leads to slower games and reduces the overall enjoyment of the sport. Additionally, the current design of golf buggies does not appeal to younger audiences, who may find the game less engaging due to its slower pace and the lack of modern, innovative equipment.

To address these issues, I set out to design a single rider electric moped golf buggy. The goal was to create a vehicle that not only enhances the pace of play but also attracts a younger demographic to the sport by making it quicker and more entertaining. The single rider configuration promotes faster pace of play by allowing individual golfers to move directly to their balls without waiting for others.

The moped is aimed at fleet sales to golf courses who will then rent them to golfers. This provided further design challenges as the moped had to be robust enough to endure repetitive rental usage and suitable for riders of different sizes.

Green Scrambler next to a set of golf clubs
 

Initially, during the ideation different layouts for moped were investigated through sketches. SolidWorks was used primarily to develop the moped. A robust chassis was produced, and FEA used to ensure the design was strong enough and to select the materials. One of the main challenges was balancing the need for a lightweight design with the requirement for durability and stability. Ergonomic seating provides comfort and support, making it suitable for long rounds of golf. The electric motor ensures a quiet, eco-friendly operation, reducing noise pollution on the golf course. VR programmes such as gravity sketch were used throughout the project, initially to produce 3D ideation sketches, and later to evaluate the moped.

Overall, I am very pleased with how the project has turned out and I am confident that I have achieved the aims of my project.

 

 

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