New Delhi to Visakhapatnam (DEL–VTZ) — Airlines, Schedules & Connections
No flights match your filters.
No nonstop flights on this route. connecting options below.
DEL–VTZ is served by 2 airlines with nonstop service. IndiGo and Air India lead the route. The flight covers 843 miles in approximately 2h 5m. Beyond nonstop, 11 hubs offer 1-stop connections.
Airline Landscape
| Airline | Freq/wk | Aircraft | Duration | Dep OTP | Alliance | Codeshares |
|---|---|---|---|---|---|---|
| 6E IndiGo | 21 | 32N, 738 | 2h05-2h15 | – | – | – |
| AI Air India | 14 | 321, 32N | 2h15-2h25 | – | Star Alliance | – |
Weekly Schedule Pattern
Connection Landscape
Travel Essentials
DEL: IST · VTZ: IST
When it's 6:00 PM in New Delhi, it's 6:00 PM in Visakhapatnam.
Delhi Metro Airport Express runs from New Delhi Railway Station to T3 in 18–20 minutes (₹60 one-way). From Shivaji Stadium (central Delhi) it takes 24 minutes. The line has four stations: New Delhi, Shivaji Stadium, Dhaula Kuan, and IGI Airport (T3). T1 (domestic) is not directly served; take the metro to T3 and the free airport bus shuttle to T1.Prepaid taxis from the terminal use a metered system with fixed rates; central Delhi costs ₹400–600. Ola and Uber operate widely and are often cheaper. Auto-rickshaws are not permitted on the expressway.
DEL–VTZ Quick Facts
Frequently Asked Questions
Flights from DEL to VTZ
Indira Gandhi International Airport (DEL) and Visakhapatnam International Airport (VTZ) are connected by nonstop service from IndiGo and Air India. With 35 weekly departures, this is a heavily served route.
DEL to VTZ Flight Duration and Schedule
Nonstop flight time from DEL to VTZ ranges from 2 hours 5 minutes to 2 hours 25 minutes. The route covers a distance of 843 miles (1,357 km). There are approximately 35 weekly flights outbound and 35 return, totaling 70 flights per week in both directions.
Connecting Options and Alternatives
11 one-stop connections are available, with the fastest taking approximately 8 hours via IXZ. Two-stop connections are also available via intermediate hubs.