This paper explains the design, development, implementation and simulation of car rental service in a digital web-page. The design allows the customers to login and go through the service like setting the details of the car, booking the car based on the tariff. It is a user friendly interface and this increases the retention, simplify the vehicles and staff management. This model simplifies the admin work on modifying the data of cars, bookings, transaction details, car’s availability and updating the details of models. Hence, this design reduces the manual paper work and missing of records or data thereby, this model is helpful for both user and in admin perspective. This Car Rental System is being produced for clients so they can book their vehicles from any piece of the city. This application takes data from the clients through filling their subtleties. A client being enlisted in the site has the access to book a vehicle which he requires. The proposed framework is totally incorporated online frameworks. It mechanizes manual methodology in a powerful and proficient way. This computerized framework encourages client and gives to top off the subtleties as per their necessities. It incorporates sort of vehicle they are endeavouring to contract and area. The motivation behind this framework is to build up a site for the general population who can book their vehicles alongside prerequisites from any piece of the city.

Car Rental, Online System, Car Brands, Car Type, Bookings, Booking Management, Registered users

[1] “Simulating different car class upgrades in a car rental company’s operations” – Abdullah A. Alabdulkarim.
[2]“Forecasting Car Rental demand based on Temporal and Spatial Travel pattern” -Shou Lei, Haiquan Wang, Chen Yang, Bowen DU, Runxing Zhong, Runhe Huang.
[3] “Demand responsive mobility as a service” -Jecinta Kamau Asir Ahmed, Anderw Reberio-H, Hironobu Kitaoka, Hiroshi Okajaima, Zahidul Hossein Ripon.
[4] “A new certificate less electronic cash scheme with multiple banks based on group signatures” -Shanping Wang, Zhiqiang Chen, Xiaofeng Wang.
[5] “On the prediction of future vehicle location in free-floating car sharing system” -Simone Formentin, Andera G. Bianchessi and Sergio M. Savaresi.
[6] “Implementation of RVND, VNS, ILS heuristic for the Travelling Car Renter Problem” -Rogerio Ferreira de Moraes, Andre Renato Villela da Silva, Luiz Satoru Ochi and Luis Marti.
[7] “Implementation of RVND, VNS, ILS heuristic for the Travelling Car Renter Problem” -Rogerio Ferreira de Moraes, Andre Renato Villela da Silva, Luiz Satoru Ochi and Luis Marti.
[8] “Optimization Approach to Station Location of car Sharing system” -Jingna Wang, Guowei Hua.
[9] http://www.zipcar.com/
[10] http://www.car2go.com/
[11] http://www.autorentalnews.com/fileviewer