ALB → GBRAlbany to Great Barrington

live

Direct flights from Albany (ALB) to Great Barrington (GBR) run nonstop between the two airports. The nonstop covers 71 km, an estimated 35 minutes in the air.

ALB Albany smooth · +5
GBR Great Barrington tracking
71 km · ~0h 35m est.
Running clean · 0 airlines · nonstop
90 / 100

route health from live ALB and GBR delay boards

Flight time~0h 35mestimated from route distance

Airports right now

live boards
ALBAlbany +5 min smooth 🌤 mostly cloudy · WNW 13 kt Full ALB delay board →
GBRGreat Barrington tracking Full GBR delay board →

How the Albany to Great Barrington route actually runs

Pro Flight Search records official board updates for nonstop ALB to GBR flights through the day: schedules, estimates, gate pushes and actual departures. The verdict above comes from operated flights, so it reflects what this route does rather than what the timetable promises.

Planning around a delay? Live airport delays · Weather delay risk map · Will a delayed flight be cancelled? · Do planes make up time in the air? · How we measure

Cite this data

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Suggested citation

Pro Flight Search — Albany (ALB) to Great Barrington (GBR) route reliability, measured from operated flights on official airport boards.

Canonical URL
https://proflightsearch.com/search-flights/ALB-GBR
How we measure this →

ALB to GBR questions

Is ALB–GBR running on time right now?

Smooth skies ahead. The departure side at ALB is the weaker end, route health score 90/100. The airports section above carries the live status and delay window at both ends.

How long is the flight from ALB to GBR?

Great-circle distance is 71 km. With typical jet cruise speed plus taxi, climb and descent, expect roughly 35–36 min gate-to-gate on this route.

What does the route health score measure?

A blend of departure-side delay at ALB and arrival-side delay at GBR, computed from rolling delay windows (refreshed every 40 minutes) with a daily-rollup fallback. Current MVFR, IFR, or LIFR endpoint weather caps the score when flight rules can limit throughput. Higher is healthier: 100 means operations are clean at both ends.