The halfway point between Copenhagen, Denmark and Benghazi, Libya is:
Tortoli, Italy
Map of halfway point
View a map with driving directions using your preferred map provider: Google Maps, Bing Maps, or MapQuest.
More trip calculations
Halfway between Copenhagen, Denmark and Benghazi, Libya
The best city between Copenhagen, Denmark and Benghazi, Libya to meet is Tortoli, Italy which is about 41 miles from the exact midpoint.
The exact latitude and longitude coordinates are 39° 43' 5" N and 10° 22' 37" E.
The closest major city that is roughly halfway is Bizerte, Tunisia.
The total driving distance from Copenhagen, Denmark to Benghazi, Libya is 2,622 miles or 4 219 kilometers.
Each person would then have to drive about 1,311 miles to meet in the middle.
It will take about 1 day, 6 hours and 4 minutes for each driver to arrive at the meeting point.
Since this is a long drive, you might want to split up your road trip into multiple days. You can search for the best stopping points from Copenhagen, Denmark to Benghazi, Libya to plan out your trip.
For a flight, the straight line geographic midpoint coordinates are 43° 57' 18" N and 17° 4' 14" E.
The city at the geographic halfway point from Copenhagen, Denmark to Benghazi, Libya is Livno, Bosnia and Herzegovina.
related links
related links
related links
Halfway point calculator
Travelmath helps you figure out the midpoint between two locations based on the driving directions from each starting point. You can find the closest town that is an equal distance from two cities. Use this tool to determine the best city to meet, or to look for interesting stops along the way if you're planning a long road trip and you need to take a break or stay overnight. Search for hotels at the midpoint city to split up your drive, or explore other nearby cities and discover local towns on your trip. If you're meeting a friend halfway in-between, you can figure out how far each person has to drive and how long it will take to arrive at the center. Even if you're separated by water, you can still calculate the straight line geographic midpoint to determine the closest flight distance.
