Hanuman Garhi Mandir

Hanuman Garhi Mandir, Ayodhya Overview

The magnificent Hanuman Garhi Mandir in Ayodhya is situated atop a revered hill. This ancient Hindu temple is dedicated to Lord Hanuman, the lord of strength and power. The temple is a sacred place of pilgrimage for thousands of devotees who come from all over the country and beyond to pay their respects.As the legend goes, the temple was built by Lord Hanuman to guard the city of Ayodhya from evil forces. The imposing architecture of Hanuman Garhi is a sight to behold. The main shrine of the temple is built in a distinctive conical shape, which stands as a testimony of the Indian architectural brilliance. Inside the temple complex, you will find three shrines dedicated to Lord Rama, Seeta, and Hanuman respectively. There are also several other interesting attractions in the temple complex like small shrines dedicated to different Hindu gods, paintings depicting episodes from the Ramayana and of course a large statue of Lord Hanuman.The Hanuman Garhi Mandir offers spiritual solace for its visitors and also provides a perfect vantage point to admire the panoramic views of the city of Ayodhya. There is also a special sound system installed at the temple, which continuously plays bhajans and devotional songs that evoke a sense of profound spiritual peace amongst devotees. An offering of milk is made everyday at the temple to Lord Hanuman as part of the daily rituals.It is believed that Lord Hanuman continues to protect the city of Ayodhya and blesses his devotees with prosperity, courage, and strength.

As such, the Hanuman Garhi Mandir is a place of great spiritual significance.

People can experience the awe of the holy temple in all its glory during the special temple festivals and ceremonies that are held throughout the year. The Hanuman Garhi Mandir is an ideal place to witness some of the most beautiful scenes of Ayodhya and pay homage to Lord Hanuman. This sacred temple is an embodiment of divinity and promises an unforgettable experience for its visitors.