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A taximeter or fare meter is a mechanical or electronic device installed in taxicabs and auto rickshaws that calculates passenger fares based on a combination of distance travelled and waiting time. Its shortened form, "taxi", is also a metonym for the hired cars that use them.
Taxi fares are set by the state and city where they are permitted to operate. The fare includes the 'drop', a set amount that is tallied for getting into the taxi plus the 'per kilometer' rate as has been set by the city. The taxi meters track time as well as distance in an average taxi fare.
The taxicabs of the United States make up a mature system; most U.S. cities have a licensing scheme which restricts the number of taxicabs allowed. As of 2012 the total number of taxi cab drivers in the United States is 233,900; the average annual salary of a taxi cab driver is $22,820 and the expected percent job increase over the next 10 years is 16%.
“Flagfall” is a taxi word that means the minimum cost for hiring a taxi. When the taxi meter is started, your cost starts at the flag fall value, and increases with distance travelled or time taken. When the passenger steps inside the taxicab, the flagfall condition is triggered and the taxicab driver can start the taximeter.
A cost estimate is the approximation of the cost of a program, project, or operation. The cost estimate is the product of the cost estimating process. The cost estimate has a single total value and may have identifiable component values. A problem with a cost overrun can be avoided with a credible, reliable, and accurate cost estimate. A cost ...
The farebox recovery ratio (also called fare recovery ratio, fare recovery rate or other terms) of a passenger transportation system is the fraction of operating expenses which are met by the fares paid by passengers. It is computed by dividing the system's total fare revenue by its total operating expenses. [1]
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PRT vehicles, in contrast, would only move in response to demand, which places a theoretical lower bound on their average load factor. This allows 24-hour service without many of the costs of scheduled mass transit. [78] ULTra PRT estimates its system will consume 839 BTU per passenger mile (0.55 MJ per passenger km).