
I have being doing a lot of research into the conversion of my Bacchetta Giro 20 ATT recumbent to an electric assist recumbent. Well that was the plan till a spot of thinking on the chair in the "Office", my shed and I may now go with a conversion of my LoGo P-38. If I decide later I can easily switch over the kit to the Giro and spend the extra dollars to add a steel front fork and a Recuve seat if desired.
My primary use of the bike is a 42 km commute (each way) with around 250 metres of climb. During the summer the rise home is into a headwind which averages 20 to 30 km/h, gusting at times up to 50 km/h + most days.
I am able to setup a charging station at work.
My thinking is the following front hub build. I have gone through and pretty much discounted mid-drive and rear-hub options so back to a front wheel hub motor conversion.
I would value feedback on what I have proposed. Oh I am in Australia so we are legally limited to 250 w but happy to run at 350 w or there abouts. I am also a complete novice at the e-bike stuff so have tended to go with what I hope is pretty much a quality plug and play conversion.
This is a 20" front wheel build.
My proposed conversion is …
MAC 350W 14T Front Kit OR a MAC 500W 10T with a 9 fet controller
Thumb throttle
Pedal Assist Sensor that works with V3 Cycle Analysis speed sensor
TorqArm_V2 GRIN Front Torque Arm x 2
CAS-DPS V3 V3 Direct Plug-In Cycle Analyst with speedometer and accessory cables
HWBS Hidden Wire Brake Sensor
EMV3V 50V 14.35 Ah Samsung Battery Pack
Battery mounting is probably via a battery bag hanging off the left "pannier rack" on the LoGo P-38 or if I go with the Bacchetta via a rear rack.
Would value any input into the proposed build. Paul at EM3EV seems to favour the MAC 500W kit over the MAC 350W kit and does point out I can step it back with the Cycle Analyst if I so desire. I guess it gives me more flexibility if I find I need it dealing with the headwinds.
Thanks
Andrew
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