Doing some post holiday maintenance, I noticed my front tyre was about as slick as Bruce Willis' head. I've never worn out a tyre before. Anyway fitted a new marathon plus today and, as I have no intention trying a road side fix, I've slimed the tube. It's a kenda tube and has a sort of hybrid schraeder cum presta valve, any one know what it's called?
While the bike was on the workstand I thought I'd see what the different pas settings gave.
1 - 10mph
2 - 14.9mph
3 - 18.3mph
4 - 19.9mph
5 - 19.9mph
Throttle gave 19.9mph.
This is an Ezee kit with led control, I think it's a 20A controller.
So, is this a speed limit control system rather than a current limit system? I'm asking because I'm still trying to learn how to get the best from the battery.
There's a trip I do to a local coastal village. 22mile round trip with a stop for a very nice fish stew and a beer.
Trip involves climbing out of the valley I'm in, descending into and climbing out of another, before descending to the coast. Some long climbs and can be windy up top. So battery indicator is sometimes down to the red light approaching home. (This is a nearly 3 year old 14.5Ah Ezee battery).
This Sunday I took both my batteries (I also have an Insat battery with Boston power swing cells) and instead of riding on power 2/5 rode on 3/5, expecting the battery to croak climbing out of the coastal village. It's a long climb with some pretty steep bits and causes a fair bit of sag.
However I got home with about the same reserve as previous rides.
From this I'm assuming that the motor was consuming the same wattage but over a shorter time span as speed was higher. Would that be right?
Anyway, tyre fitted, bike cleaned and ready for the next 3000 miles.
Then, of course, one can always find another use for the packaging!
While the bike was on the workstand I thought I'd see what the different pas settings gave.
1 - 10mph
2 - 14.9mph
3 - 18.3mph
4 - 19.9mph
5 - 19.9mph
Throttle gave 19.9mph.
This is an Ezee kit with led control, I think it's a 20A controller.
So, is this a speed limit control system rather than a current limit system? I'm asking because I'm still trying to learn how to get the best from the battery.
There's a trip I do to a local coastal village. 22mile round trip with a stop for a very nice fish stew and a beer.
Trip involves climbing out of the valley I'm in, descending into and climbing out of another, before descending to the coast. Some long climbs and can be windy up top. So battery indicator is sometimes down to the red light approaching home. (This is a nearly 3 year old 14.5Ah Ezee battery).
This Sunday I took both my batteries (I also have an Insat battery with Boston power swing cells) and instead of riding on power 2/5 rode on 3/5, expecting the battery to croak climbing out of the coastal village. It's a long climb with some pretty steep bits and causes a fair bit of sag.
However I got home with about the same reserve as previous rides.
From this I'm assuming that the motor was consuming the same wattage but over a shorter time span as speed was higher. Would that be right?
Anyway, tyre fitted, bike cleaned and ready for the next 3000 miles.
Then, of course, one can always find another use for the packaging!