Building a metro feeder network that earns ridership

Feeder design principles that convert last-mile trips into rail boardings instead of leakage — so the line everyone invested in actually fills up.

Map the station catchment first

For each station, map the access catchment and where demand actually originates. The feeder network's job is to connect those origins to the station within a tolerable time and transfer — not to replicate legacy bus routes.

Design covered, uncovered and balanced feeders

Improve feeders where service exists but underperforms, create new feeders for genuine demand with no connectivity, and balance the rest around fleet, travel time and stop spacing.

Synchronise feeder timetables to rail

A feeder that arrives just after the train leaves loses the passenger. Align feeder timetables to metro timings so transfers connect, and the wait at the interchange stays short.

Use the right mode for the catchment

Not every feeder is a bus. Shared autos, e-rickshaws and micro-mobility can form structured feeder loops in dense or narrow catchments — organised into the network rather than left informal.

Remove duplication with city bus

Detect where city buses already shadow the rail corridor and reshape them as feeders rather than competitors, cutting redundant kilometres.