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CommutingCost Research · Market Landscape

Multimodal Commute Cost, 2026

Who routes Park & Ride, who prices it, and who does both. A landscape of the platforms that plan trips across modes, with strengths and cautions for HERE, TravelTime and CommutingCost.

Published
October 2026
Scope
US commute planning, consumer and API
Vendors reviewed
14

Disclosure. This report is published by CommutingCost, which is one of the vendors assessed. Competitor findings come from public documentation and product pages as of October 2026 and are linked below; where we could not confirm a capability we mark it Unverified rather than No. Corrections are welcome at sales@commutingcost.com.

Key findings

  1. 01
    Routing to the station is no longer rare.

    HERE's Intermodal Routing API supports Park and Ride, Taxi and Ride, and Bike Share and Ride. TravelTime offers driving + public transport. Transit app and Citymapper combine bikeshare or ride-hail with transit in some cities.

  2. 02
    Pricing the whole trip through the station is.

    No other platform we reviewed totals the access leg (gas and tolls, or the Uber fare), station parking and the rail fare into one door-to-door number per mode. HERE and TravelTime return routes, not totals.

  3. 03
    Nobody else lets the rider choose the station by cost.

    HERE and TravelTime pick the transfer station inside the router. We found no public parameter to pin one. Rome2Rio starts its train option at a station and does not price getting there.

  4. 04
    Side-by-side cost comparison has one real rival.

    Rome2Rio shows bus, train, drive and taxi price ranges together. Its drive estimate is fuel only, generic, and excludes tolls and parking.

  5. 05
    Your car, annualized, is uncontested.

    We found no competitor that prices by the user's own vehicle (EPA MPG plus weekly EIA gas prices) and scales every mode to a week, month and year inside a household budget.

Market definition

Multimodal commute cost covers products that answer a door-to-door commuting question across more than one way of travelling, including access-to-transit trips where the rider drives, is dropped off, takes a rideshare or bikes to a station and continues by rail or bus. We assess two dimensions:

  • Multimodal routing depth. How many access-to-transit combinations are routed, whether candidate stations are compared, and whether the rider can choose the station.
  • Cost completeness. How much of the trip is priced (fuel for the rider’s vehicle, tolls, parking, fares, rideshare) and whether it is totalled per mode, compared side by side and annualized.

Positioning grid

Editorial placement from the capability evidence below, not a measured score.

Priced multimodalRouting-firstPrice-awareSingle-purposeCommutingCostHERE IntermodalTravelTimeTransit appCitymapperGoogle MapsRome2RioWazeMapQuestEsri Network AnalystMultimodal routing depth →Cost completeness →

Vendor assessments

HERE Technologies

Intermodal Routing API v8 · enterprise / OEM

The strongest routing competitor. HERE's intermodal endpoint chains a vehicle, taxi or rented-bike head onto a transit tail, and HERE is already embedded in car makers and fleet platforms.

Strengths
  • Genuine access-to-transit routing: Park and Ride, Taxi and Ride, and Bike Share and Ride, with a park post-action on the vehicle section.
  • Global footprint and an established OEM and fleet customer base.
  • Alternatives: one request can return up to three routes.
  • Separate Public Transit API with fare data, plus a mature routing and traffic stack.
Cautions
  • Time-first. The guides we reviewed do not mention a fuel, parking or door-to-door cost total for intermodal routes.
  • HERE chooses the station and lot. We found no parameter that lets a user pin a station or compare stations by cost.
  • Park and Ride and Bike Share and Ride are not enabled by default and are available only in listed locations.
  • Fares on intermodal responses could not be verified.
  • A developer toolkit, not a consumer answer: the integrator still has to build pricing, the comparison and the user experience.

TravelTime

Isochrone and matrix API

A specialist in travel-time areas and large matrices, with combined drive-and-transit modes for reachability analysis rather than trip pricing.

Strengths
  • Fast isochrones and distance matrices at scale; a well-known API for 'where can I reach in N minutes' questions.
  • Combined modes: driving + public transport (driving leg capped at 30 minutes), driving + train in Great Britain, and cycling + public transport in the Netherlands.
  • Transit fares in the UK for public transport and drive-plus-transit modes.
Cautions
  • Cost is out of scope: no fuel, toll, parking or rideshare pricing.
  • Fares are UK only, and two of the combined modes are single-country.
  • The transfer station is chosen internally; there is no station choice and no per-station cost comparison.
  • Answers 'how far in N minutes', not 'what does this commute cost my household'.

CommutingCost

Commute cost engine, hex maps and research · this publisher

Cost-first. Every route returns dollars, with time alongside, across drive, transit, rideshare, bike, walk and four access-to-transit combinations, backed by a national hex grid and published affordability research.

Strengths
  • Prices Park & Ride, Kiss & Ride, Uber & Ride and Bike & Ride door to door: the access leg (vehicle-specific gas and tolls, or the rideshare fare), station parking and the transit fare in one number.
  • Station choice: evaluates candidate stations (for example Metuchen, Edison and New Brunswick for Piscataway to Penn Station), picks the best, and lets the rider switch with one tap. Each leg is drawn on the map.
  • Your vehicle and your year: 49,806 EPA MPG records and weekly EIA gas prices, scaled per trip, week, month and year.
  • Hex Maps: 932,057 H3 hexes nationwide; a time or cost choropleth, hover cost from any hex to a destination, a two-commuter mode that only shows hexes that work for both people, and live GPU isochrones for arbitrary destinations.
  • Losing Ground 2026: a housing + transportation + utilities analysis of 927 metro areas. Housing, transportation and utilities take 67.1% of a moderate-income budget, and 24 of the 25 largest metros fail the 45% housing + transportation line for moderate-income households.
  • Delivered as an API, flat files, on-prem or a white-label widget, and already in the data supply chain to Zillow and Redfin through Attom.
Cautions
  • Coverage is uneven. Real transit itineraries come from regional OpenTripPlanner graphs; outside them, and where no stop is walkable, transit falls back to labelled estimates.
  • Some station legs still fall back to estimates (for example Dunellen and Bound Brook on the Piscataway test trip), and lot data needs cleanup.
  • No live traffic, turn-by-turn navigation, ticketing or ride booking. It tells you what a trip costs; it does not run the trip.
  • Switching stations re-plans every mode, which takes tens of seconds today.
  • US and Canada only, and a much smaller company than the platforms it is compared with.

Also reviewed. Google Maps prices tolls and, through its Routes API, transit fares, but its API transit mode is walk plus transit only. Rome2Rio compares bus, train, drive and taxi prices side by side with a fuel-only drive estimate. Esri’s Network Analyst models transit for analysis, with drive access to stations left to the analyst. MapQuest and Waze are drive-only. Transit app, Citymapper and Moovit combine bikeshare or ride-hail with transit in some cities without a cost total. Apple Maps, Mapbox and INRIX were also checked.

Capability matrix

Yes, Partial, No, or Unverified (could not be confirmed from public sources).

CapabilityHERETravelTimeGoogle MapsRome2RioCommutingCost
Park & Ride routing (drive to station + transit)YesYesUnverifiedNoYes
Kiss & Ride (drop-off at station)PartialNoNoNoYes
Rideshare / taxi to transitYesNoPartialNoYes
Bike or bikeshare to transitYesPartialPartialNoYes
Rider picks the transfer stationNoNoUnverifiedNoYes
Fuel cost for the user's own vehicleUnverifiedNoNoNoYes
Tolls pricedUnverifiedNoYesNoYes
Parking costUnverifiedNoNoNoYes
Transit faresUnverifiedPartialYesYesYes
One door-to-door total per mode, incl. access legNoNoNoPartialYes
All modes compared side by side by costNoNoNoPartialYes
Annualized / household costNoNoNoNoYes

Why the cost layer matters

17.0%

of US household spending goes to transportation ($13,318 a year), second only to housing at 33.4%.

BLS Consumer Expenditure Survey, 2024
$11,577

a year to own and operate a new vehicle, or 77¢ a mile at 15,000 miles.

AAA Your Driving Costs, 2025
55% → 26%

of US neighborhoods look affordable on housing alone; only about 26% remain affordable once transportation is counted.

CNT H+T Index
~69%

of US workers drive alone to work, so most commuters default to the most expensive mode.

ACS 2023 1-year, via America's Health Rankings
22%

average park-and-ride share of rail station access across the agencies in a transit research synthesis; WMATA reports about a third of morning Metrorail riders arrive by car. Regional figures, shown as illustration.

TCRP synthesis; WMATA PlanItMetro

Our own Losing Ground 2026 analysis measures the same squeeze at metro level, and the hex map shows it block by block.

Methodology

We reviewed official documentation, API references, help centres and product pages for 14 vendors in October 2026, and ran a reference trip (Piscataway, NJ 08854 to Penn Station, New York 10001) where a public tool allowed it. A capability is marked Yes only with a primary or dated source; Partial when it is limited by geography, mode or setup; Unverified when we could not confirm it either way. CommutingCost capabilities were verified on the live product, including all station switches on the reference trip. Positioning-grid placement is editorial.

Sources