In reaction to the depletion of natural resources, electric vehicles offer a viable alternative. Practical and dependable methods to charge EV batteries are crucial in order to boost the usage of EVs in daily life, and wireless power transfer (WPT) is being investigated as a solution to charge batteries. In this project, a wireless charger prototype system is built and implemented. The necessity for a cable and plug charger, galvanic separation of the onboard electronics, weight, and cost of this charger, and massive energy storage system (ESS) packs are all present in today's electric vehicles. This paper has designed and developed an antenna system suitable for vehicles using resonant magnetic coupled wireless power transfer technology to an electric vehicle charging system. The use of WPT in EVs provides a clean, convenient and safe operation. At the core of the WPT systems are two coils namely primary and secondary. For the safe and efficient transfer of energy the rated power, both sides have to be tuned by resonant capacitors. The selection of operating frequency is a key criterion for all applications as it affects the size and dimensions of the coils and the selection of the components for the power electronic circuit. Resonant wireless transmission systems for vehicle charging technology are being developed. Keywordsâ Wireless power transmission(WPT)