I don't normally pester other members with requests for information, but as I am about to purchase a Bosch powered machine, I would very much appreciate some close-up ( in focus ) photos of the contacts in the bottom of the down-tube battery carrier. All I really need to know, is how many contact prongs there are. I'm hoping it's just two, +ve and -0v.
The reason I need to know this before going ahead with the purchase, is because I need the machine to provide 1:1 assistance for a forty mile ride. The standard battery fitted to the Bosch machines is 288 watt-hours at a nominal 36V . Given my average consumption of around 9 watt-hours per mile on my Panasonic powered machine, I would only achieve thirty odd miles of one-to-one assistance with the Bosch battery.
There is plenty of scope to fit an additional 10ah block of Ping LiFePO4, configured cuboid, on a platform fitted within the frame triangle above the motor housing. When the additional battery is in use, then of course the Bosch battery would have to be strapped to the rear carrier out of the way.
As I already own a Ping LiFePO4 10ah battery, this would be a very much cheaper way of extending the range as apposed to purchasing an additional Bosch battery at £600.
Even if the Bosch battery had the more usual 360 watt-hours (10ah) available, I would probably run out of assistance towards the end of the ride, just when I need it most.
My thanks in advance to any Bosch powered bike owners who could provide a photo of the bottom contacts of the battery holder.
All the best
Bob
The reason I need to know this before going ahead with the purchase, is because I need the machine to provide 1:1 assistance for a forty mile ride. The standard battery fitted to the Bosch machines is 288 watt-hours at a nominal 36V . Given my average consumption of around 9 watt-hours per mile on my Panasonic powered machine, I would only achieve thirty odd miles of one-to-one assistance with the Bosch battery.
There is plenty of scope to fit an additional 10ah block of Ping LiFePO4, configured cuboid, on a platform fitted within the frame triangle above the motor housing. When the additional battery is in use, then of course the Bosch battery would have to be strapped to the rear carrier out of the way.
As I already own a Ping LiFePO4 10ah battery, this would be a very much cheaper way of extending the range as apposed to purchasing an additional Bosch battery at £600.
Even if the Bosch battery had the more usual 360 watt-hours (10ah) available, I would probably run out of assistance towards the end of the ride, just when I need it most.
My thanks in advance to any Bosch powered bike owners who could provide a photo of the bottom contacts of the battery holder.
All the best
Bob