Running time, recovery, headways, trips, blocks, timetables, and schedule construction.
11 articles
Scheduling Explained3 min read
A connection needs time for passengers to leave one bus, reach the next boarding location, and board again. Good transfer planning considers ordinary variation and the consequences of missing the next departure.
Read ArticleScheduling Explained3 min read
The first and last buses determine which daily activities transit can support. A useful service span must provide a practical arrival, workable connections, and an opportunity to return home.
Read ArticleScheduling Explained2 min read
The same route may need more running time at 4:00 PM than at 6:00 AM. Transit schedules change throughout the day because traffic, passenger activity, school schedules, employment patterns, and other conditions rarely remain constant.
Read ArticleScheduling Explained2 min read
A bus displaying Route 40 may later become Route 50 without returning to the garage. This practice, known as interlining, can improve vehicle efficiency and passenger connections, but it can also allow delays on one route to affect another.
Read ArticleScheduling Explained3 min read
Not every mile a transit bus travels carries passengers. Deadhead movements connect garages, routes, terminals, and assignments, and although they never appear in the public timetable, they consume time, mileage, fuel, electricity, and operating resources.
Read ArticleScheduling Explained3 min read
A bus may serve dozens of stops while the public timetable shows scheduled times at only a handful of locations. Those locations are timepoints, and they provide the structure that keeps a route understandable to passengers and manageable for operators.
Read ArticleScheduling Explained4 min read
Passengers see routes and trips, but planners must also determine what each bus does throughout the day. A block connects individual trips, deadhead movements, layovers, and vehicle requirements into one continuous operating assignment.
Read ArticleScheduling Explained5 min read
A route that operates every 30 minutes may sound simple, but maintaining that frequency depends on running time, recovery, available buses, connections, and the overall cycle time of the route.
Read ArticleScheduling Explained5 min read
Excerpt: Two trips covering the same route and the same distance may need very different schedules. Running time reflects traffic, passenger activity, stop spacing, road conditions, and time of day—not simply how many miles the bus travels.
Read ArticleScheduling Explained5 min read
When a bus sits at the end of a route before departing again, that time is often intentional. Recovery time helps absorb normal delays, restore on-time service, and prevent one late trip from affecting every trip that follows.
Read ArticleScheduling Explained5 min read
A public timetable may look simple, but building it requires a series of connected decisions. This article walks through the process of turning a route map into individual trips, vehicle blocks, recovery time, and a workable daily operating schedule.
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