Using the topic about design a integrated logistics system for a road transportation vehicle, incorporation key Maintenance Planning & logistics Element$\mathrm{.}1.$ Rewrite the background to describe the events leading up to the existing problem$/$situation$,$ which projects have been done previously, and why it the project necessary, include references$($havard$)$ and in$-$text referencing if needed$\mathrm{.}2.$ Rewrite the purpose to properly define what the project is trying to achieve, who authorize it and the specific terms of reference$\mathrm{.}3.$ Rewrite the scope to properly outline any of the limitations on the project such as cost$,$ time etc$\mathrm{.}4.$ Rewrite the introduction properly.Development of an Integrated Logistics System for a Road Transportation VehicleIntroductionThis project focused on the design and development of an integrated logistics system for a road transportation vehicle, specifically a heavy$-$duty truck used for long$-$haul freight delivery. The primary goal was to optimize the truck's maintenance and support infrastructure throughout its operational lifespan. This was achieved by focusing on key elements of maintenance planning and logistics support, ensuring the truck's reliability, maintainability, and overall cost$-$effectiveness.BackgroundThe project was initiated in response to the growing demand for efficient and reliable logistics solutions within the road transportation sector. The client, a major logistics company, sought to upgrade their existing fleet with vehicles designed for optimal performance and reduced maintenance costs. The company had previously relied on trucks with conventional maintenance systems, which often led to unplanned downtime and increased operational expenses. To address these challenges, the decision was made to incorporate an integrated logistics support $($ILS$)$ approach into the design of their new heavy$-$duty trucks.PurposeThe primary aim of this project was to design an integrated logistics system for a heavy$-$duty truck, incorporating key maintenance planning and logistics elements. The system was intended to enhance the truck's reliability, maintainability, and supportability, ultimately reducing operational costs and maximizing the return on investment. The project was authorized by the client, a leading logistics company, as part of their strategy to optimize their fleet's performance and achieve long$-$term cost savings.ScopeThe project was subject to certain constraints, including a predetermined time frame for completion and a fixed budget. However, there was flexibility in terms of performance expectations, allowing for the incorporation of additional specifications as needed. The project also considered potential risks and challenges that might arise during the development process.