Rome2Rio

How to get fromMichigan Avenue to Downers Groveby train, bus, car, or taxi

Find Transport to Downers Grove

See all options

There are 4 ways to get from Michigan Avenue to Downers Grove by train, bus, car, or taxi

Select an option below to see step-by-step directions and to compare ticket prices and travel times in Rome2Rio's travel planner.

  1. Train

    best
    1. Take the train from Chicago Union Station to Downers Grovetrain train Bnsf
    1h 16m
    $4–6
  2. Line 157 bus, line 21 bus, line 322 bus

    1. Take the bus from Michigan & Hubbard to Pulaski & Cermakbus bus 157
    2. Take the bus from Cermak & Pulaski to North Riverside Mallbus bus 21
    3. Take the bus from North Riverside Park Mall to Yorktown Centerbus bus 322
    2h 46m
    $8–10
  3. Drive 23.4 mi

    1. Drive from Michigan Avenue to Downers Grovecar car 23.4 mi
    30 min
    $5–7
  4. Taxi

    1. Take the taxi from Michigan Avenue to Downers Grovetaxi taxi 23.4 mi
    30 min
    $60–75

Michigan Avenue to Downers Grove by bus

Calendar264Weekly Buses
Duration2h 46mAverage Duration
Ticket$8Cheapest Price
See schedules

Questions & Answers

What companies run services between Michigan Avenue, IL, USA and Downers Grove, IL, USA?

Metra operates a train from Chicago Union Station to Downers Grove hourly. Tickets cost $4–6 and the journey takes 50 min. Alternatively, you can take a bus from Michigan & Hubbard to Ogden Ave / Main St via Pulaski & Cermak, Cermak & Pulaski, North Riverside Park Mall, and Yorktown Center in around 2h 46m.

Train operators
Bus operators
Other operators

Want to know more about travelling around the world?

Rome2Rio's Travel Guide series provide vital information for the global traveller. Read our range of informative guides on popular transport routes and companies - including South Korea: Travelling from Seoul to Busan , Which side of Niagara Falls should I choose (and how do I get there)?, and Train travel in Spain: A guide to Renfe - to help you get the most out of your next trip.

More Questions & Answers