Question : Over the coming months, which airline is getting their passengers to Burlington International Airport (BTV) round-trip the cheapest?
Answer : Ticket costs are hitting as high as $1,147 over the next three months when flying to BTV from SJC. Check out Delta Air Lines, as they have been booking customers at just $348.
Question : If your plans are flexible, have you considered changing your departure day?
Answer : The best day to fly on a budget this month is Tuesday. Having flexibility in your travel plans means you can save more, so be sure to plan ahead when possible.
Question : Interested in traveling in the next 30 days and want to get the lowest fare?
Answer : Since low prices are preferred, look at May 2nd. As of Apr 17th, it's showing the cheapest ticket sales at $348. That is 51% below the average price for this route, so you can spend that extra money on an adventure in Burlington.
Question : In terms of overall promptness, how does SJC to BTV rank compared to the rest of the world?
Answer : SJC to BTV currently scores 4 out of a possible 5 stars in promptness. This score combines both the number of delayed flights and total delay minutes. With 4 stars, you should feel at ease about getting to Burlington on time.
Question : Do travelers from San Jose typically stay in Burlington for very long?
Answer : The average time spent in Burlington by passengers from San Jose is five days.
Question : What price range should you expect when booking from San Jose (SJC) to Burlington (BTV)?
Answer : Flight prices are fluctuating more for this route than the majority of routes in the United States, as they're ranging from $348 to $1,147. Remember, the sooner you book, the more you'll be able to save.
Question : How often is the Norman Y. Mineta San Jose International Airport (SJC) to Burlington International Airport (BTV) route delayed?
Answer : Passengers on the San Jose to Burlington route have been getting to their destination on time an incredible 100% of the time. When a flight is late, it's a one-minute delay on average.