The Most Advanced Highway in the World, Ranked

Choose the highway you think is the most advanced!

Author: Gregor Krambs
Updated on Apr 25, 2024 06:16
In a world where travel efficiency and safety are paramount, the role of advanced highways is crucial. Identifying which highways are at the forefront of technology and design can help guide future developments and improvements in road infrastructure globally. Moreover, such rankings inform travelers about the best routes that offer enhanced driving experiences. Voting on which highways you believe are the most advanced contributes to a broader understanding of public perception and preferences. This feedback is essential for stakeholders in transportation planning and engineering. It not only reflects user satisfaction but also highlights areas requiring attention or showcasing successful innovation.

What Is the Most Advanced Highway in the World?

  1. 1
    32
    votes

    German Autobahn

    German government
    The German Autobahn has been a model for other countries in terms of its advanced highway system. It has no speed limit and is equipped with advanced technology to ensure safety.
    The German Autobahn is a network of highways known for its advanced infrastructure and unique characteristics. It is one of the most renowned road systems in the world, recognized for its impressive engineering and unrestricted speed limits. The Autobahn was developed by the German government in the 1920s and extensively expanded during the Nazi regime under Adolf Hitler's administration. Today, it spans across Germany, covering thousands of kilometers.
    • Length: More than 13,000 km
    • Speed Limit: No general speed limit (recommended advisory speed limit of 130 km/h)
    • Lane Count: Generally at least two lanes in each direction, some sections have up to six lanes
    • Number of Interchanges: Over 2,000 interchanges
    • Construction Material: Primarily asphalt
  2. 2
    35
    votes
    Tokyo Bay Aqua-Line
    Los688 · Public domain
    This highway connects Tokyo with Kawasaki and is considered one of the most advanced highways in the world. It is a combination of undersea tunnels and bridges that span over Tokyo Bay.
    The Tokyo Bay Aqua-Line is a remarkable expressway in Japan that connects the city of Kawasaki in Kanagawa Prefecture with the city of Kisarazu in Chiba Prefecture. It is considered one of the most advanced highways in the world due to its innovative design and engineering.
    • Length: 14 kilometers
    • Type: Hybrid tunnel-bridge expressway
    • Construction Period: 1997-1999
    • Opening Date: December 18, 1997
    • Toll: Varying depending on the vehicle type and time of use
  3. 3
    14
    votes
    Hong Kong-Zhuhai-Macau Bridge
    N509FZ · CC BY-SA 4.0
    This bridge connects Hong Kong with Macau and is the longest sea-crossing bridge in the world. The bridge is equipped with advanced technology and is designed to withstand typhoons and earthquakes.
    The Hong Kong-Zhuhai-Macau Bridge is a remarkable engineering marvel and the world's longest sea-crossing bridge. It connects the regions of Hong Kong, Zhuhai, and Macau, spanning across the Pearl River Delta in southern China.
    • Length: 55 kilometers
    • Construction Time: 9 years
    • Cost: Approximately US$20 billion
    • Type: Bridge-tunnel system
    • Bridge section: 29.6 kilometers
    Hong Kong-Zhuhai-Macau Bridge in other rankings
  4. 4
    16
    votes
    This highway connects Russia with China and is one of the most advanced highways in the world. It is equipped with advanced technology and is designed to withstand extreme weather conditions.
    The Trans-Siberian Highway is one of the longest and most challenging highways in the world. Stretching across Russia, it spans nearly the entire width of the country from the Baltic Sea to the Sea of Japan. With its vast length, diverse terrain, and remote locations, the Trans-Siberian Highway is a testament to engineering ingenuity and human perseverance.
    • Length: Approximately 11,000 kilometers (6,835 miles)
    • Start Point: Saint Petersburg, Russia
    • End Point: Vladivostok, Russia
    • Terrain: Traverses diverse landscapes including forests, mountains, and taiga
    • Construction Duration: Started in 2004; ongoing
  5. 5
    17
    votes
    This highway is one of the most advanced highways in the United States. It is equipped with advanced technology to ensure safety and efficiency.
    Interstate 5 (California) is a major north-south highway that runs through the state of California, USA. It is considered one of the most advanced highways in the world, known for its impressive engineering, advanced technology, and efficient transportation system.
    • Length: 796.53 miles (1,283.61 kilometers)
    • Number of Lanes: Up to 14 lanes in some sections
    • Average Daily Traffic: 200,000 to 300,000 vehicles
    • Managed Lanes: Includes express lanes with dynamic tolling
    • Highway Systems: Part of the federal Interstate Highway System
  6. 6
    11
    votes
    Egnatia Odos
    Philos2000 · CC BY-SA 3.0
    This highway connects Greece with Turkey and is one of the most advanced highways in Europe. It is equipped with advanced technology and is designed to withstand earthquakes.
    Egnatia Odos is a modern highway located in Greece that spans from Igoumenitsa, on the Ionian Sea, to Alexandroupoli, on the Aegean Sea. It stretches over a distance of approximately 680 kilometers and is considered one of the most advanced highways in the world. The construction of Egnatia Odos began in 1994 and was completed in 2009, making it a remarkable engineering feat.
    • Length: Approximately 680 kilometers.
    • Start Location: Igoumenitsa, Greece (Ionian Sea).
    • End Location: Alexandroupoli, Greece (Aegean Sea).
    • Construction Period: 1994-2009.
    • Number of Lanes: Varies between 2 and 3 lanes per direction.
  7. 7
    12
    votes
    Beijing-Shanghai Expressway
    N509FZ · CC BY-SA 4.0
    This highway connects Beijing with Shanghai and is one of the most advanced highways in China. It is equipped with advanced technology and is designed to withstand extreme weather conditions.
    The Beijing-Shanghai Expressway is a modern and advanced highway in China that connects Beijing, the country's capital, with Shanghai, one of its major economic centers. It is a crucial transportation link that facilitates efficient travel and trade between the two cities.
    • Length: 1,262 kilometers
    • Construction period: 4 years (started in 2006, completed in 2010)
    • Number of lanes: 6-8 lanes in each direction
    • Maximum speed limit: 120 km/h
    • Total investment: Approximately 35 billion RMB
  8. 8
    9
    votes
    This highway connects North and South America and is one of the most advanced highways in the world. It is equipped with advanced technology and is designed to withstand extreme weather conditions.
    The Pan-American Highway is the world's longest and most comprehensive highway system, stretching from Prudhoe Bay, Alaska, in North America to Ushuaia, Argentina, in South America. With a total distance of approximately 30,000 kilometers (19,000 miles), it crosses 14 countries in the Americas and connects various landscapes and cultures along its route.
    • Total length: 30,000 kilometers (19,000 miles)
    • Start point: Prudhoe Bay, Alaska, United States
    • End point: Ushuaia, Tierra del Fuego, Argentina
    • Countries crossed: 14
    • Terrain: Varied - traverses deserts, mountains, rainforests, and coastal areas
  9. 9
    6
    votes
    This highway connects Malaysia with Thailand and is one of the most advanced highways in Southeast Asia. It is equipped with advanced technology and is designed to ensure safety and efficiency.
    The North-South Expressway (Malaysia) is a major highway in Malaysia that spans from the southern city of Johor Bahru to the northern city of Bukit Kayu Hitam. It is one of the most advanced highways in the world, designed to optimize traffic flow and provide a smooth driving experience for travelers.
    • Total Length: 772 km
    • Number of Lanes: 4 to 6 lanes
    • Toll System: Electronic Toll Collection (ETC)
    • Speed Limit: 110 km/h
    • Intelligent Transportation System: Included
  10. 10
    8
    votes
    A2 Motorway (Poland)
    Keber1 · CC BY-SA 3.0
    This highway connects Poland with Germany and is one of the most advanced highways in Europe. It is equipped with advanced technology and is designed to ensure safety and efficiency.
    The A2 Motorway, also known as the Autostrada A2, is a modern highway located in Poland. It is considered one of the most advanced highways in the world, known for its impressive design and technological features.
    • Length: around 370 kilometers
    • Number of lanes: up to six lanes
    • Speed limit: up to 140 km/h (87 mph)
    • Controlled-access: consists mostly of controlled-access sections
    • Electronic toll collection: utilizes an electronic toll collection system

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Ranking factors for advanced highway

  1. Design and Engineering
    This encompasses the overall design of the highway, including lane layouts, traffic management systems, and structural soundness.
  2. Technology Integration
    Consider the use of smart technologies, such as electronic tolling systems, GPS-based navigation systems, variable message signs, and intelligent traffic management systems.
  3. Safety Features
    Evaluate the presence of features that promote highway safety, such as guardrails, crash barriers, anti-glare screens, and pedestrian and wildlife crossings.
  4. Connectivity and Accessibility
    Rank highways based on their interconnectedness with other major roads and the ease with which they can be accessed by motorists.
  5. Transportation Infrastructure
    Consider the availability of services such as rest areas, fuel stations, and emergency response facilities along the highway.
  6. Environmental Sustainability
    Evaluate the highway's impact on the environment, including factors such as noise pollution, air quality, and ecological preservation efforts.
  7. Capacity and Traffic Flow
    Analyze the highway's ability to handle large volumes of traffic efficiently, reducing congestion and maintaining optimal speeds and flow.
  8. Maintenance and Durability
    Consider the quality and timeliness of highway maintenance, as well as the long-term durability and weather-resistance of the materials and construction techniques used.
  9. Economic Impact
    Examine the highway's contributions to regional and national economic growth, particularly through improved transportation and trade routes.
  10. Public Opinion and Satisfaction
    Gauge the satisfaction of motorists and local residents with the highway's design, services, and overall performance.

About this ranking

This is a community-based ranking of the most advanced highway in the world. We do our best to provide fair voting, but it is not intended to be exhaustive. So if you notice something or highway is missing, feel free to help improve the ranking!

Statistics

  • 1750 views
  • 158 votes
  • 10 ranked items

Voting Rules

A participant may cast an up or down vote for each highway once every 24 hours. The rank of each highway is then calculated from the weighted sum of all up and down votes.

More information on most advanced highway in the world

The world is home to many advanced highways that represent the pinnacle of modern engineering. These highways are characterized by their cutting-edge technologies, efficient designs, and impressive safety features. The most advanced highways in the world are capable of accommodating high volumes of traffic, reducing congestion, and making travel safer and more convenient for drivers. From intelligent transportation systems to advanced materials and construction techniques, these highways are a testament to human ingenuity and innovation. In this article, we will explore some of the most advanced highways in the world and what makes them stand out from the rest.

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