Stavanger, a vibrant city in Norway, showcases a diverse array of transportation modes with cars being the most popular choice. The city's traffic data for 2024 highlights significant usage of buses and bicycles, reflecting a community committed to sustainable commuting.

Average Commute Times

The average commute involves a total time of 24.74 minutes, with driving and waiting times being the most significant components.
  • Bus - Bus commuters spend an average of 17 minutes on the bus, with additional time for waiting and walking, totaling 27.38 minutes.
  • Car - Car users experience a driving time of approximately 14.64 minutes, with minimal waiting, making it a quick option for longer distances.
  • Walking - Walking commutes average 17.5 minutes, supplemented by some biking and bus travel, covering shorter distances efficiently.
Traffic Breakdown
Car
46%
Bus
33%
Walking
8%
Bicycle
8%
Home
4%
Seasonal Trends

Traffic tends to increase during the summer months as tourists visit Stavanger, impacting commute times. Winter conditions can lead to slower travel speeds, particularly affecting walking and cycling.

Commuter Pain Points

Commuters often face delays during peak hours, especially on major roads leading into the city center. Limited parking availability in the city center adds to the frustration for car users.

Best Travel Times

Traveling outside of peak hours, such as early morning or late evening, can significantly reduce commute times. Midday travel is generally smoother, with less congestion on public transport and roads.

Event Impacts

Public events and festivals in Stavanger can lead to temporary road closures and increased traffic congestion. Planning ahead and using public transport during events can help avoid delays.

Sustainability Efforts

Stavanger is investing in electric bus fleets and expanding cycling paths to promote sustainable commuting. The city encourages carpooling and the use of electric vehicles to reduce environmental impact.

Ride-Sharing Impact

Ride-sharing services are gaining popularity, offering flexible commuting options and reducing the need for personal vehicles. These services help decrease parking demand and can complement public transport systems.

Worldwide
Norway

Traffic Rankings

Stavanger ranks 4th on the Traffic rankings in Norway. The Traffic Index for Norway combines user-contributed data on commute times, traffic dissatisfaction, CO2 emissions, and traffic system inefficiencies in Norway, to provide insights into overall traffic conditions.

Worst to BestUpdated: Dec, 2024

Traffic Data

The following traffic data has been gathered from 24 user contributions.
Overall average travel
Distance
5.5 miles
Walking
3.3 mins
Waiting
1.9 mins
Driving Car
7.0 mins
Bus / Trolley
6.0 mins
Bicycle
5.1 mins
Motorcycle
0.0 mins
Other
1.3 mins
Total:
24.7 mins
Average when primarily using Bus
Distance
4.5 miles
Walking
4.3 mins
Waiting
4.9 mins
Bus / Trolley
17.0 mins
Other
1.3 mins
Total:
27.4 mins
Average when primarily using Car
Distance
5.9 miles
Walking
0.7 mins
Driving Car
14.6 mins
Total:
15.4 mins
Average when primarily using Walking
Distance
2.3 miles
Walking
17.5 mins
Waiting
2.5 mins
Bus / Trolley
1.5 mins
Bicycle
4.0 mins
Motorcycle
0.0 mins
Total:
25.5 mins
Stavanger Traffic

"Key Takeaways"

Increasing the use of public transportation and cycling can help reduce CO2 emissions and improve traffic efficiency.

Investments in infrastructure to support alternative modes of transport could alleviate traffic congestion.

Key Indexes

Emissions

Stavanger's CO2 emissions index is 2129.83, indicating a moderate environmental impact from transportation.

Efforts to reduce emissions could focus on increasing public transport and cycling infrastructure.

Time

The average time index is 24.74, reflecting the typical commute duration in the city.

Improving traffic flow could help reduce this time, particularly during peak hours.

Inefficiency

The inefficiency index stands at 92.02, suggesting room for improvement in traffic management.

Addressing bottlenecks and optimizing traffic signals could enhance efficiency.