BOM to VTZ Turbulence Forecast
Is the Mumbai to Visakhapatnam flight turbulent? Live forecast & historical patterns.
Typical turbulence along the route
Historical average pattern for BOM–VTZ
About the BOM–VTZ route
The Mumbai to Visakhapatnam route crosses the North Atlantic, where the jet stream is the primary source of turbulence. Flying at 33,000 feet, the aircraft encounters the strongest bumps roughly 2–5 hours into the flight. This is clear-air turbulence — no clouds, no visual warning — which makes a pre-flight forecast especially valuable.
The route is served by Air China, China Eastern, China Southern on Airbus A320 · Boeing 737 aircraft, with flights typically cruising at 33,000 feet over a distance of 686 miles (596 nautical miles).
💡 Tip: Turbulence peaks mid-flight over the Atlantic. First and last hour are usually smooth.
Mumbai to Visakhapatnam Flight Time
How long is the flight from BOM to VTZ?
The Mumbai (BOM) to Visakhapatnam (VTZ) flight takes approximately 2h 00m, covering 686 miles (596 nautical miles) at 33,000 feet. The route is operated by Air China, China Eastern, China Southern. Return flights (VTZ to BOM) take a similar time, though westbound transatlantic and transpacific routes are typically 30–60 minutes longer due to headwinds.
Turbulence levels on BOM–VTZ
What to expect at each phase of the flight
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Best time to fly BOM–VTZ
Turbulence by month
Best seat on BOM–VTZ
Airbus A320
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Similar routes
Other popular routes with turbulence data
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Passenger Reports
Frequently asked questions
Data Sources
- PIREP — Pilot reports (PIREPs) submitted via FAA/ICAO systems, aggregated over 12+ months of historical data
- SIGMET / AIRMET — Significant Meteorological Information bulletins from NOAA Aviation Weather Center
- EDR data — Eddy Dissipation Rate measurements from commercial aircraft (ADS-B derived turbulence intensity)
- Seasonal patterns — 5-year rolling averages of turbulence frequency and intensity by month for this route
Scores represent typical conditions. Actual turbulence varies daily. For real-time forecasts, use the Turbulence Forecast app. · About our data