An early implementation of fare capping was launched in 2000 in
Groningen,
the Netherlands, on
Arriva buses. The Tripperpas used
contactless smart card technology from
Motorola and
ERG Group, and introduced a number of new features. The Tripperpas was set up as a line of credit, where passengers were billed for the rides they took at the end of every month. Fare capping on the Tripperpas was advertised as the "best price guarantee," billing passengers for only up to the cost of the equivalent
Sterabonnement season ticket. At the conclusion of its 2-year trial, the Tripperpas system was shut down, with only 4,000 cards in use, of the 11,000 cards planned to be issued. The
Washington Metropolitan Area Transit Authority in
Washington, D.C. proposed a fare capping program in 2003, shortly after the introduction of the
SmarTrip fare card. WMATA concluded that it could implement fare capping on
Metrobus services, which charge a flat fare, but that the distance-based fares of the
Washington Metro posed a larger challenge. The technology and marketing for Washington Metro fare capping were both deemed to be too complex, and the proposal was abandoned. The first large-scale implementation of fare capping was in 2005, by
Transport for London. At its introduction, fare capping in London was available for
Oyster card users only, and was valid on local services including the
Underground and
buses. The price cap for Oyster card users was set at the price of an equivalent one-day, unlimited-ride
Travelcard. TfL has expanded its fare capping system since its introduction, adding 7-day caps and
contactless bank card support in 2014. In the early 2020s, fare capping has been introduced by the two largest transit agencies in the United States by ridership, the
New York MTA and
Los Angeles Metro. In New York, a weekly fare cap is available for
OMNY and contactless bank card users, for trips on the
Subway and most
MTA buses. In Los Angeles, a daily and weekly fare cap is available exclusively for
TAP card users on
Metro Bus and
Metro Rail services. == Technology ==