Morning rush
21 min 686 trips · 95% on paceOBSERVED MBTA TRAVEL TIME · 30 SERVICE DAYS
Kendall/MITtoWollaston
Red Line
A direct MBTA train from Kendall/MIT to Wollaston took a median 22 minutes across 3,135 observed trips; 90% of measured rides finished within approximately 25 minutes.
Source: MBTA Performance Data · 2026-08-20 to 2026-09-18 · Completed direct trips only
Typical22 min50th percentile
Slower trip25 min90th percentile
Scheduled22 minmedian timetable
On pace87%within 2 min of schedule
THE SHORT ANSWER
How long does Kendall/MIT to Wollaston take?
The median completed ride from Kendall/MIT to Wollaston was 22 minutes; the published schedule’s median was 22 minutes.
Based on 3,135 direct trips between 2026-08-20 and 2026-09-18, the median observed ride was 22 minutes. That was within 0.5 minutes of the published schedule.
Nine out of ten measured trips finished within approximately 25 minutes. These figures describe completed direct trips; they do not include the time spent waiting for the train.
WHEN YOU TRAVEL
Kendall/MIT to Wollaston times by daypart
Morning rush produced the fastest median for Kendall/MIT to Wollaston; Evening rush produced the slowest.
Differences can change as the rolling dataset updates.
Midday
22 min 780 trips · 86% on paceEvening rush
23 min 671 trips · 80% on paceOff-peak
22 min 998 trips · 85% on paceMEASUREMENT SAMPLE
How Kendall/MIT to Wollaston was measured
The Kendall/MIT to Wollaston estimate uses 3,135 completed direct-trip stop-timestamp pairs matched to the schedule active for each observed train.
We publish the median because one dramatic delay should not define an everyday journey, and the 90th percentile because riders still need to understand the bad end of normal.
We do not infer why a trip ran slowly. Construction, incidents, crowding and weather require separate evidence.
Read the complete method →MORE FROM Kendall/MIT
Trips related to Kendall/MIT to Wollaston
The Kendall/MIT to Wollaston record is accompanied by 6 other measured direct rides beginning at Kendall/MIT, each with a published median duration.