@Sittingduck A Leaf will do about 3-3.5miles per kWh at 70mph, so you can work out the range from there.
For long range travel the thing to realize is charging speed and efficiency is almost as important at range.
Essentially you can have a car with a massive range, but if it charges slowly and has a big battery it will actually take LONGER to do a long trip than a car with a smaller battery, better efficiency and high charging speeds.
The Leaf unfortunaly doesn't have great charging speed, and also isn't that efficient, it also is hampered by needing a CHADEMO rapid charging port which is now been phased out as everyone else is using CCS. Think VHS versus Betamax, with CHADEMO been Betamax, so in a few years time there is a chance you might struggle to find a rapid charger that works with the Leaf!!
This chap does some interesting 1000km test in Europe using fast chargers (350KW) which aren't that common yet. The results are interesting as it shows its not always the cars with the biggest range that do the trip fastest.
View: https://youtu.be/IX5000aRx5Q
For long range travel the thing to realize is charging speed and efficiency is almost as important at range.
Essentially you can have a car with a massive range, but if it charges slowly and has a big battery it will actually take LONGER to do a long trip than a car with a smaller battery, better efficiency and high charging speeds.
The Leaf unfortunaly doesn't have great charging speed, and also isn't that efficient, it also is hampered by needing a CHADEMO rapid charging port which is now been phased out as everyone else is using CCS. Think VHS versus Betamax, with CHADEMO been Betamax, so in a few years time there is a chance you might struggle to find a rapid charger that works with the Leaf!!
This chap does some interesting 1000km test in Europe using fast chargers (350KW) which aren't that common yet. The results are interesting as it shows its not always the cars with the biggest range that do the trip fastest.
View: https://youtu.be/IX5000aRx5Q