Distance between cities › Canada › Nunavut › Sanikiluaq, NU › Distance from Sanikiluaq to Rivière-Verte

Distance from Sanikiluaq, NU to Rivière-Verte, NB

Distance

1,981 km

Time

23 hours 48 mins

Gas Cost

$131 - $315

There are 1,272.67 km (790.80 miles) from Sanikiluaq to Rivière-Verte in southeast direction and 1,981.10 km (1,231 miles) by car, following the route de la baie James route.

Sanikiluaq and Rivière-Verte are 23 hours 48 mins far apart, if you drive non-stop .

This is the fastest route from Sanikiluaq, NU to Rivière-Verte, NB.

Please note the time difference between Sanikiluaq, NU and Rivière-Verte, NB is 1 hour. The current time in Sanikiluaq is 1:06 am and the current time in Rivière-Verte is 2:06 am.

Any questions or tips to share?

Share with fellow travellers any question or tips about the route from Sanikiluaq, NU to Rivière-Verte, NB:

Gas Consumption and Emissions

A car with a fuel efficiency of 8.9 l/100 km will need 176.28 liters of gas to cover the route between Sanikiluaq, NU and Rivière-Verte, NB.

The estimated cost of gas to go from Sanikiluaq to Rivière-Verte is $233.92.

During the route, an average car will release 4,216.57 kilograms of CO₂ to the atmosphere. The carbon footprint would be 4,216.57 kilograms of CO₂ per kilometer.

Average Canada gas price used for calculation is $1.33 per liter of regular gas. Price last updated on April 28, 2017.
Read more about our CO₂ calculation.

Best Hotels In or Near Rivière-Verte, NB

Do you have where to stay when you arrive to Rivière-Verte, NB? Check out our hotel recommendations:

Halfway Point Between Sanikiluaq, NU and Rivière-Verte, NB

If you want to meet halfway between Sanikiluaq, NU and Rivière-Verte, NB or just make a stop in the middle of your trip, the exact coordinates of the halfway point of this route are 47.319729 and -76.853432, or 47º 19' 11.0244" N, 76º 51' 12.3552" W. This location is 615.36 miles away from Sanikiluaq, NU and Rivière-Verte, NB and it would take approximately 11 hours 54 mins to reach the halfway point from both locations.