Distance between cities › Canada › British Columbia › Richmond, BC › Distance from Richmond to Allenwood Beach

Distance from Richmond, BC to Allenwood Beach, ON

Distance

4,485 km

Time

1 day 17 hours

Gas Cost

$298 - $714

There are 3,273.80 km (2,034.25 miles) from Richmond to Allenwood Beach in east direction and 4,485.24 km (2,787 miles) by car, following the I-90 E route.

Richmond and Allenwood Beach are 1 day 17 hours far apart, if you drive non-stop .

This is the fastest route from Richmond, BC to Allenwood Beach, ON.

Please note the time difference between Richmond, BC and Allenwood Beach, ON is 3 hours. The current time in Richmond is 9:33 pm (Apr 15) and the current time in Allenwood Beach is 12:33 am (Apr 16).

Any questions or tips to share?

Share with fellow travellers any question or tips about the route from Richmond, BC to Allenwood Beach, ON:

Gas Consumption and Emissions

A car with a fuel efficiency of 8.9 l/100 km will need 399.19 liters of gas to cover the route between Richmond, BC and Allenwood Beach, ON.

The estimated cost of gas to go from Richmond to Allenwood Beach is $529.73.

During the route, an average car will release 9,548.67 kilograms of CO₂ to the atmosphere. The carbon footprint would be 2,387.17 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 Allenwood Beach, ON

Do you have where to stay when you arrive to Allenwood Beach, ON? Check out our hotel recommendations:

Halfway Point Between Richmond, BC and Allenwood Beach, ON

If you want to meet halfway between Richmond, BC and Allenwood Beach, ON or just make a stop in the middle of your trip, the exact coordinates of the halfway point of this route are 43.836136 and -101.879875, or 43º 50' 10.0896" N, 101º 52' 47.55" W. This location is 1,393.52 miles away from Richmond, BC and Allenwood Beach, ON and it would take approximately 20 hours 41 mins to reach the halfway point from both locations.