Public transportation Rio de Janeiro's
public transportation modes include
city buses,
coach buses,
BRT,
metro,
suburban rail,
light rail,
ferries,
inclined elevators,
vans and a
cable car. Collectively, they carry over 2.6 million passengers per day. The high
fares on Rio's public transportation have significantly contributed to the high levels of
social and
economic inequality in the city and were the main motive of the
2013 protest movement. Although there is limited fare integration through the
RioCard, Rio de Janeiro's fare systems are still disjointed and not fully accessible. In 2022, the average amount of time people spent commuting with public transit in Rio de Janeiro on a weekday was 67 minutes. 12% of public transit riders had commutes that took more than two hours per day. The average amount of time people waited at a stop or station for public transit was 21 minutes, with 12% of riders waiting less than 5 minutes and 41% of riders waiting for over 20 minutes. The average distance people usually traveled in a single trip with public transit was . The average distance people walked on their commute was . 11% of people made exactly two transfers during their commute, and 2% of commuters made 3 or more transfers.
Buses and vans As of 2023, there are 354 municipal bus lines serving over 1.75 million passengers per day, as well as intercity lines. The city has 20
bus lanes. Most conventional bus routes are operated by 28 private companies divided into 4
consortiums, though 3 routes are run by the city government. Although most buses are
conventional city buses, there are also a handful of
coach buses used for local intracity service with more expensive fares. The
Bus Rapid Transit system consists of 31 lines running along 4 corridors with
a wide variety of service patterns:
Transbrasil,
Transcarioca,
Transolímpica and
Transoeste. The system is run by the municipal government through Mobi-Rio, which is a
state-owned enterprise. In addition to buses, Rio de Janeiro also has an extensive system of
vans used for public transport. This mode can more effectively traverse the steep, narrow and winding roads common in many
favelas than buses and is often a lifeline for them. However, most vans are run by
criminal organizations, particularly
police militias, which use their fares as a major source of revenue: Of the approximately 10,000 vans used for public transport in the city, only 2,000 are legal. The 2,000 legal vans carry approximately 310,000 passengers per day. Rio de Janeiro also has
intercity, interstate and international bus lines. Most long-distance bus lines run to
Novo Rio Bus Terminal at the edge of the
Zona Central. Long-distance buses also run to
bus stations in
Campo Grande and
Barra da Tijuca.
Urban rail Rio de Janeiro nominally has three
metro lines, though two of them (Lines
1 and
4) are operationally run as a single line. The system runs on of track and has 41 stations. Line 1/4 runs from
Uruguai/Tijuca station in
Tijuca to
Jardim Oceânico/Barra da Tijuca station in
Barra da Tijuca;
Line 2 runs from
Pavuna station in
Pavuna to
Botafogo station in
Botafogo. Line 1/4 and Line 2 share tracks between
Central do Brasil and
Botafogo. The metro system carries 651,000
passengers per day. The city also has a
suburban rail system operated by
SuperVia that connects the city of Rio with other locations in
Greater Rio de Janeiro. It has 8 lines on of track with 103 stations in 12
municipalities; Rio de Janeiro municipality itself has of track with 59 stations on 5 lines. The
Deodoro Line runs from
Central do Brasil to
Deodoro via
Maracanã,
Méier and
Madureira; the
Santa Cruz Line runs from Central do Brasil to
Santa Cruz, running parallel to the Deodoro line for its entire length and then via
Realengo,
Bangu and
Campo Grande; the
Japeri Line shares tracks with the Santa Cruz Line between Central do Brasil and Deodoro before continuing on to
Japeri via
Anchieta,
Nilópolis,
Mesquita,
Nova Iguaçu and
Queimados; the and Lines run parallel to the Deodoro, Santa Cruz and Japeri Lines between Central do Brasil and Maracanã, with the Belford Roxo Line continuing on to
Belford Roxo via Madureira,
Pavuna and
São João de Meriti and the Saracuruna Line continuing on to
Duque de Caxias via
Bonsucesso,
Ramos and
Penha. The suburban rail system carries around 342,000
passengers per day. The Rio de Janeiro Light Rail is a modern
light rail system that runs entirely within the
Zona Central on of track with 30 stations distributed along 4 heavily interlined lines: Line 1 runs from
Santos Dumont Airport to
Gentileza Intermodal Terminal via
Carioca, the
Port of Rio de Janeiro and
Novo Rio Bus Terminal; Line 2 runs from
Praça XV to
Praia Formosa via ,
Central do Brasil and Novo Rio Bus Terminal; Line 3 runs from Santos Dumont Airport to Central do Brasil via Carioca and ; Line 4 shares track with Line 2 for almost its entire route, but stops at Gentileza Intermodal Terminal instead of Praia Formosa. The trams are the first in the world to use a combination of ground-level power supply (APS) and on-board supercapacitor energy storage (SRS), in order to eliminate overhead lines along the entire route. The network uses 32
Alstom Citadis 402
low-floor trams carrying 420 passengers each. They are
bi-directional,
air-conditioned, have seven sections, and eight doors per side. The light rail system carries 101,000 passengers per day. The Santa Teresa Tram runs from
Carioca to
Santa Teresa and is the oldest operating electric
tramway in
Latin America, having commenced electric operation in 1896, replacing
horse-drawn trams and extending the route. It was designated a national historic monument in 1985. After a
derailment occurred on 27 August 2011, which left six dead, tram service was suspended to improve the system. The elderly tramcars, which dated from the 1950s, were retired and replaced with newly built replicas that have the appearance of the old fleet but with new mechanical equipment and additional safety features; delivery began in 2014. The line's track was also rebuilt, and after some delays, about one-third of the line reopened in July 2015. More sections reopened later in stages, following repair of additional sections of track. The main section of the line was restored to its full pre-2011 length of in January 2019. The Paula Mattos branch to Largo das Neves, which was also closed in 2011, was reopened in January 2025. Santa Teresa residents can ride the tram for free, but ticket prices are prohibitively expensive for other
cariocas and, because of this, the line is primarily used by tourists. The tram gets an average of 1900 passengers per day.
Ferries Rio de Janeiro has
ferry routes running radially out from
Praça XV in the
city center to (in
Niterói's city center),
Charitas (in the South side of
Niterói),
Cocotá (on
Governador Island) and
Paquetá Island. All four ferry routes run entirely through
Guanabara Bay. The Praça XV-Praça Araribóia route is by far the busiest and carries
commuters from
Niterói,
São Gonçalo,
Itaboraí and
Maricá. Each ferry carries up to 2000 passengers, with the ferry system as a whole carrying 35,000 passengers per day.
Cable car The
Providência Cable Car is a long
cable car line that runs from
Central do Brasil to
Gamboa via
Providência Hill, serving the city's oldest
favela. The cable car first opened in 2014, was abandoned in 2017 and reopened in 2024. The line uses 16 gondolas and carries 9000
passengers per day.
Inclined elevators Rio de Janeiro has 8 public
inclined elevators climbing 5
hills, all of which are run by the
municipal government through the Municipal Energy and Illumination Company (RioLuz). The Santa Marta Inclined Elevator runs up
Dona Marta Hill in two sections with 5 total stations and carries 5000
passengers per day. The Pavão-Pavãozinho Inclined Elevator runs from
General Osório/Ipanema station to
Cantagalo-Pavão-Pavãozinho and consists of a single long line with 5 stations that carries 4000 passengers per day. The Penna Church Inclined Elevator is long carrying 180 passengers per day. that connect
Penha station to
Vila Cruzeiro and the
Basilica of Our Lady of Penha; the inclined elevators have a total length of and carry 3000 passengers per day. Rio de Janeiro's vehicle fleet includes 3.2 million
motorized vehicles - equivalent to 482 per 1000 inhabitants - including 2.2 million
cars, 500,000
motorcycles, 400,000
trucks and 37,000
buses and
minibuses. 37% of vehicles use exclusively
E27 fuel; 6% use E100; 4% use
diesel fuel, and 59% use
various combinations of
ethanol,
gasoline and
natural gas. An average of 1.6 million motorized vehicles circulate per day in the city. Approximately 47% of all trips in Rio use public transport; 23% use private motorized vehicles and 28% use
active mobility. Despite being in the
Atlantic Forest, Rio de Janeiro has a severe lack of
street trees, and the distribution of the trees that do exist is highly unequal: poorer neighbourhoods in the North side of the city are disproportionately likely to lack tree cover, as are neighbourhoods with higher populations of
pardo and
black people. Overall, 35% of
cariocas live on streets without any trees at all, and another 26% live on streets with fewer than 5 trees. This
environmental racism directly causes poorer neighbourhoods to suffer from more extreme weather, including more
severe flooding and
higher temperatures - for example,
Lagoa has a mean income per capita nearly 10 times higher than that of
Del Castilho and has a mean temperature of , as opposed to Del Castilho's . Despite Rio de Janeiro's ample
sidewalk coverage, many sidewalks are narrow, inaccessible for
disabled people, and filled with obstacles.
Traffic lights frequently prioritize vehicular traffic on busy roads significantly more than pedestrian traffic, which can significantly increase pedestrian travel times.
Portuguese pavement, which is common in Rio de Janeiro, is extremely slippery in the rain and gets easily damaged by tree roots, which further harms pedestrian accessibility. The city has
pedestrian zones in the
city center,
Paquetá Island and concentrated around the
suburban rail stations in
Bangu,
Campo Grande and
Penha, as well as in
favelas. Part of the city has a wayfinding system similar to
Legible London. Rio de Janeiro has approximately 247 km of
shared-use paths, 119 km of
sharrows, 64 km of segregated
cycle tracks, and 28 km of roadside
bike lanes. 16% of
cariocas live within 300 meters of
bicycle infrastructure; the bicycle infrastructure network also reaches 30% of jobs, 16% of schools and 21% of
health facilities. 127 of the city's 288 medium- and high-capacity public transport (
BRT,
ferry,
light rail,
metro and
suburban rail) stations are served by bicycle infrastructure. Bicycle infrastructure in the city is frequently narrow, with 66% of it failing to reach the city government's minimum standards. The city also has a
bicycle sharing system called
Bike Rio with 430 stations and 6700 bicycles.
Major highways Avenida Brasil (
Brazil Avenue) is the longest and busiest
highway in Rio de Janeiro, stretching from the
Port area in the
city center through the North side to
Santa Cruz in the West side and carrying 800,000 vehicles per day. Almost the entire highway is part of
BR-101, which continues east along the
Rio-Niterói Bridge towards
Vitória,
Salvador and
Recife and west through
Itaguaí towards
Santos,
Curitiba and
Florianópolis. Shorter sections of Avenida Brasil are also part of
BR-040 (which runs from the Rio de Janeiro Port area to
Petrópolis,
Belo Horizonte and
Brasília),
BR-116 (which runs northeast from Rio de Janeiro to
Teresópolis,
Vitória da Conquista and
Fortaleza and northwest to
São Paulo,
Curitiba and
Porto Alegre) and (which runs from the neighbourhood of
Campo Grande to
Seropédica). Avenida Brasil is a critical freight corridor and bottleneck, particularly for the Port of Rio de Janeiro, with over 500 trucks per day using the highway in the morning peak. The long
Transbrasil BRT runs in the middle of Avenida Brasil from
Gentileza Intermodal Terminal to
Deodoro station and carries 115,000 passengers per day. The
Linha Amarela (
Yellow Line) highway, officially
Avenida Governador Carlos Lacerda, runs from
Fundão Island to
Barra da Tijuca via
Del Castilho,
Méier and
Jacarepaguá. It is maintained by LAMSA (Linha Amarela
S.A.), which is owned by
Invepar, and is one of two tolled roads within city limits. The Yellow Line carries 120,000 vehicles per day. It runs entirely parallel to the
Transcarioca BRT. The
Linha Vermelha (
Red Line), officially
Via Expressa Presidente João Goulart or
RJ-071, is a long highway that runs from
Cidade Nova to
São João de Meriti via
Fundão Island,
Galeão International Airport and
Duque de Caxias, entirely parallel to
Avenida Brasil. There is an barrier known as the Wall of Shame along the highway in
Maré; this was ostensibly built as a
noise barrier during the leadup to the
2016 Summer Olympics but is widely considered by local residents to be a way for the city to hide the
favela from
Galeão International Airport passengers. Trucks are banned from using the highway. The Red Line carries 90,000 vehicles per day.
Airports The city of Rio de Janeiro is served by the following airports: •
Galeão–Antônio Carlos Jobim International Airport: used for all international and most domestic flights. This airport is connected to local and intercity buses and the
TransCarioca and
TransBrasil BRTs. •
Santos Dumont Airport: used mainly for services to
São Paulo, some short and medium-haul domestic flights, and
general aviation. As of 2025, the airport's passenger capacity is capped by the federal government at 6.5 million per year. The airport is connected to the city's
light rail system, which connects it to several other transport modes in the city center. •
Jacarepaguá-Roberto Marinho Airport: used by general aviation and home to the Aeroclube do Brasil (Brasil
Flying club). It also has some short-haul commercial flights. The airport is located in the district of
Baixada de Jacarepaguá and is connected to the
TransCarioca and
TransOlímpica BRTs. Military airports include: •
Galeão Air Force Base: A
Brazilian Air Force airbase, sharing some facilities with Galeão - Antônio Carlos Jobim International Airport; •
Santa Cruz Air Force Base: A Brazilian Air Force airbase. Formerly called
Bartolomeu de Gusmão Airport, it was built by the
Luftschiffbau Zeppelin. Today it is one of the most important Air Force Bases in Brazil; •
Afonsos Air Force Base: One of the historical Brazilian Air Force airbases. It is also the location of the University of the Air Force (Universidade da Força Aérea), the
Museu Aeroespacial, and where air shows take place.
Ports The
Port of Rio de Janeiro is Brazil's tenth busiest publicly-owned
port in terms of cargo volume, and it is the main port for
cruise vessels. Located in the
Zona Central and on the west coast of
Guanabara Bay, it primarily serves the
Southeastern states of
Rio de Janeiro,
São Paulo,
Minas Gerais, and
Espírito Santo. The port is managed overall by the Companhia Docas do Rio de Janeiro, though some parts of it are operated by private companies. The Port of Rio de Janeiro stretches from Mauá Pier in the east to Caju Wharf in the north and includes three
wharves with a total length of . Gamboa Wharf is long and includes 20
berths and 19
warehouses; this wharf is shallower than the others and therefore typically handles
wheat on
Handysize and
Handymax ships. Since Gamboa Wharf includes the cruise ship terminal at Mauá Pier, this also prevents the
largest cruise ships from docking in the port. São Cristóvão Wharf is long and has 12 berths and two warehouses; the eastern end of this wharf is also shallow enough to restrict shipping operations. Caju Wharf is long and includes 6 berths, 7 warehouses and 24
storage tanks, with of storage tank space reserved for
sodium hydroxide and the remaining reserved for
petroleum products. There is also a group of storage tanks just outside the port with a total capacity of 22,000 tonnes and pipelines that connect them to São Cristóvão Wharf. The berths at Caju Wharf are large enough for ships of up to
length overall. In 2024, the Port of Rio de Janeiro handled 15.5 million tonnes of cargo, 11.8 million tonnes of which were
containerized into 937,000
TEUs. In addition to container cargo, the port also handled 1.1 million tonnes of
iron and
steel products, 873,000 tonnes of
petroleum products (not including
crude oil), 444,000 tonnes of
wheat, 370,000 tonnes of
crude oil and 205,000 tonnes of
motor vehicles. 10.2 million tonnes of cargo were moved internationally, 5.2 million tonnes were moved via
short-sea shipping and 0.075 tonnes were moved through
inland navigation. In addition to the Port of Rio de Janeiro, the city also has ten private port facilities, nine of which are on
Guanabara Bay and one of which is on . The Guanabara Bay port facilities collectively handled 16.6 million tonnes of
petroleum products in 2024 and no other cargo. 15.8 million tonnes of this cargo were shipped through the Ilha d'Água Terminal, which is owned by
Transpetro and has a pipeline connected to (
Duque de Caxias Refinery). 14 million tonnes of cargo were moved through
short-sea shipping and 2.6 million tonnes were moved internationally. The port on Sepetiba Bay, which is owned by
Ternium, moved 7.3 million tonnes of cargo in 2024 to support its
steel mill in
Santa Cruz, almost all of it internationally. This port moved 3.2 million tonnes of
iron and
steel, 2.4 million tonnes of
coal, 0.8 million tonnes of
limestone, 0.4 million tonnes of
mineral oils, 0.4 million tonnes of
iron ore and 0.2 million tonnes of
petroleum coke in 2024.
Water and sewage The water supply of Rio de Janeiro and the
Baixada Fluminense is sourced through the interconnected Guandu, Ribeirão das Lajes and Acari
water supply systems. The Guandu water supply system, which uses water
diverted from the
Paraíba do Sul and
Piraí Rivers to the
Guandu River, includes the largest
water treatment plant in the world, with a throughput of per second. The Ribeirão das Lajes system uses water diverted from the
Piraí River (but not the
Paraíba do Sul River) to the
Ribeirão das Lajes River and supplies of water per second. The Acari system uses five
raw water collection points in the
Tinguá Biological Reserve and supplies of water per second. Rio de Janeiro's
water security is threatened by its dependence on a single source,
climate change and
raw water pollution, particularly in the Guandu River.
Paquetá Island, unlike the rest of Rio de Janeiro City, has its water supplied from the Imunana-Laranjal
water supply system, which uses water sourced from the
Macacu and
Guapiaçú Rivers and also supplies the . This system treats of water per second. The (ANA) is responsible for the setting standards regulating basic public sanitation services. The (INEA) has primary responsibility for water pollution monitoring and enforcement. only 65% of sewage was properly treated, leaving 35% to be improperly discharged. Rio de Janeiro produces over 3.2 million tonnes of solid waste per year. After being collected throughout the city, solid waste is sent through one of five
waste transfer stations and then on to a
sanitary landfill in
Seropédica, which produces 24,000 m³ of
biogas and 5,000 m³ of
biomethane per hour;
leachate is also treated and used to produce over 60m³ of
distilled water per hour. Despite 40% of the city's waste being made of recyclable materials, only 2% of it is actually
recycled. ==Culture ==