Traveling Between ROHINI and KALKAJI MANDIR on Delhi Metro
The transit corridor connecting ROHINI (RHE) and KALKAJI MANDIR (KJMD) spans 22 stations with an approximate traveling duration of 1:08:00. Whether commuting for daily work or catching connecting intercity trains and flights, this route ensures timely transfer across the National Capital Region (NCR).
At ROHINI, board the Red Line train from the designated platform heading towards "SHAHEED STHAL ( NEW BUS ADDA)".
ROHINI
CODE: RHEThe Rohini East metro station is an Elevated type station located on the line 1 also known as Red Line of Delhi Metro. The station is Located near Bhagwan Mahavir Marg.
KALKAJI MANDIR
CODE: KJMDKalkaji mandir metro station is one of the interchange stations of DMRC. It connects Magenta line and Violet line of DMRC through a foot over bridge . It is situated very near to major tourist attractions and holistic places of Delhi like Kalkaji mandir Lotus Temple and Prachin Bhairav Mandir.
Key Nearby Landmarks & Places — KALKAJI MANDIR
Fare Matrix & Ticket Pricing
The standard single-journey token fare for this corridor is ₹54. Commuters traveling with a Delhi Metro Smart Card receive a flat 10% discount, bringing the fare down to ₹49. An additional 10% concession applies during designated non-peak hours (before 08:00 AM, between 12:00 PM and 05:00 PM, and after 09:00 PM on working days).
Metro Timetable & Train Frequency
First train operations from ROHINI typically commence between 05:30 AM and 06:00 AM, with the final departing service running between 11:00 PM and 11:30 PM. During peak commuter hours (08:30 AM – 11:00 AM and 05:30 PM – 08:30 PM), trains run at tight headways of 2 to 4 minutes, expanding to 5 to 8 minutes during mid-day and late night periods.
Why delhimetro.net for ROHINI to KALKAJI MANDIR Station Route?
delhimetro.net shows the route between ROHINI and KALKAJI MANDIR with the fare, platform numbers, interchange steps and wheelchair-accessible gates, based on DMRC's published data. It is lightweight and loads quickly, even on weak underground mobile networks.