Recife, a bustling city in Brazil, showcases a diverse range of transportation modes with cars being the most popular choice. In 2024, the city faces challenges with traffic inefficiency and CO2 emissions, prompting a need for sustainable solutions.

Average Commute Times

The average commute involves 4.74 minutes waiting and 17.61 minutes driving, covering a distance of 12.78 km.
  • Bus - Bus commuters spend about 17.78 minutes waiting and 53.89 minutes on the bus, traveling 11.44 km.
  • Car - Car users experience a driving time of 42.07 minutes with minimal waiting, covering 16.8 km.
  • Train - Train commuters wait for 20 minutes and spend 45 minutes on the train, with a total walking time of 25 minutes.
  • Walking - Walking commutes involve 17.6 minutes of walking and a short 7.6 minutes of driving, over a distance of 5.2 km.
Traffic Breakdown
Car
39%
Bus
24%
Walking
13%
Bicycle
13%
Motorcycle
8%
Train
3%
Seasonal Trends

Traffic tends to increase during the rainy season, causing longer delays and more congestion. Holiday seasons see a spike in car usage, leading to higher traffic inefficiency.

Commuter Pain Points

Long waiting times for buses and trains are a significant issue for public transport users. Traffic congestion during peak hours leads to extended commute times for car users.

Best Travel Times

Early mornings before 7 AM and late evenings after 8 PM are the best times to avoid heavy traffic. Midday travel is generally smoother for those using public transport.

Event Impacts

Public events such as festivals and football matches significantly impact traffic, often leading to road closures and detours. Planning travel around major events can help avoid unexpected delays.

Sustainability Efforts

Recife is investing in bike lanes and pedestrian-friendly infrastructure to encourage eco-friendly commuting. The city is exploring electric buses to reduce reliance on fossil fuels and lower emissions.

Ride-Sharing Impact

Ride-sharing services have helped reduce the number of private cars on the road, easing congestion slightly. However, increased ride-sharing usage during peak times can contribute to traffic jams.

Worldwide
Brazil

Traffic Rankings

Recife ranks 3rd on the Traffic rankings in Brazil. The Traffic Index for Brazil combines user-contributed data on commute times, traffic dissatisfaction, CO2 emissions, and traffic system inefficiencies in Brazil, to provide insights into overall traffic conditions.

Worst to BestUpdated: Dec, 2024

Traffic Data

The following traffic data has been gathered from 38 user contributions.
Overall average travel
Distance
7.9 miles
Walking
4.3 mins
Waiting
4.7 mins
Driving Car
17.6 mins
Bus / Trolley
12.8 mins
Bicycle
3.0 mins
Motorcycle
3.3 mins
Train
1.2 mins
Total:
46.9 mins
Average when primarily using Bus
Distance
7.1 miles
Walking
4.7 mins
Waiting
17.8 mins
Bus / Trolley
53.9 mins
Total:
76.3 mins
Average when primarily using Car
Distance
10.4 miles
Walking
0.7 mins
Driving Car
42.1 mins
Total:
42.7 mins
Average when primarily using Train
Distance
6.8 miles
Walking
25.0 mins
Waiting
20.0 mins
Train
45.0 mins
Total:
90.0 mins
Average when primarily using Walking
Distance
3.2 miles
Walking
17.6 mins
Driving Car
7.6 mins
Total:
26.2 mins
Recife Traffic

"Key Takeaways"

Promoting alternative transportation modes like cycling and walking could help reduce CO2 emissions.

Enhancing public transport infrastructure may decrease commute times and improve overall efficiency.

Key Indexes

Emissions

Recife's CO2 emissions index is notably high at 5743.53, indicating significant environmental impact.

Efforts to reduce emissions could focus on promoting public transport and non-motorized travel.

Time

The average commute time index is 46.92, reflecting moderate delays across various transport modes.

Improving public transport efficiency could help reduce overall commute times.

Inefficiency

The traffic inefficiency index stands at 220.81, suggesting room for improvement in traffic management.

Implementing smart traffic solutions could alleviate congestion and improve flow.