You can't beat the simplicity of a TS crank drive, so that should be the TSDZ8 or TSDZ2B TURBO instead of BBS02B
Yes. The thottle is limited to 4mph just for hill start.Will it have a thumb throttle as the Gran Camino?
That's excellent news. My current Cube Kat has excellent torque on hills with 85Nm but when my dodgy ticker and hip kicks in 15 miles from home i miss the assistance ofYes. The thottle is limited to 4mph just for hill start.
Under certain circumstance, it can be reprogrammed to go up to 15mph.
Perfect, I will start saving nowThe Ananda M100 max torque is 120NM.
Why did I have to read to post 104 to learn that? It should have been right at the top! I will not buy an e-bike without a throttle. Up to 4mph is fine for the very important business of safe (and elegant) launching, and easier low speed manoeuvring. A mid-motor e-bike with throttle has very strong sales appeal, but is an extremely rare beast on this side of the water.Yes. The thottle is limited to 4mph just for hill start.
Under certain circumstance, it can be reprogrammed to go up to 15mph.
good point. I don't know when we would make a step through with the Ananda motor. The Santana3 with Bafang SWX02 rear hub motor works so well over the years, there is little incentive to change.Shame it’s not a step-thu though.
Any plans to do a 48v version - the Santana 4 !? - not sure how much extra cost that is for the motor + batterygood point. I don't know when we would make a step through with the Ananda motor. The Santana3 with Bafang SWX02 rear hub motor works so well over the years, there is little incentive to change.
upgrade to hydraulic brakes + Ananda motor : will increase target price about £125. The plus about the Santana3 is most users can replace any part themselves. all the bike parts, controller, wiring, sensors, motors, battery are all conventional. They are simply superior parts put together well. You can replace them with more or less any other brand. In the past, I did make one offs with 48V DWG22C and TS bottom bracket. I actually made the BBTS kit to fit the Santana3 so I could make the TS Santana4 with DWG22C + BBTS + 48V 15AH rack battery for the same cost.Any plans to do a 48v version - the Santana 4 !? - not sure how much extra cost that is for the motor + battery
Yes - I was thinking 48V SWX02 rather than Ananda motorupgrade to hydraulic brakes + Ananda motor : will increase target price about £125. The plus about the Santana3 is most users can replace any part themselves. all the bike parts, controller, wiring, sensors, motors, battery are all conventional. They are simply superior parts and put together well. You can replace them with more or less any other brand. In the past, I did make one offs with 48V DWG22C and TS bottom bracket.
Ah - that would do it - lack of throttle might put off some people but you don't need a throttle with that TS kit - just push the pedal and the motor kicks inI actually made the BBTS kit to fit the Santana3 so I could make the TS Santana4 with DWG22C + BBTS + 48V 15AH rack battery for the same cost.
But how do you ‘just push the pedal’ when your feet are on the ground?! That is the whole point of a throttle at low speed.snip
… you don't need a throttle with that TS kit - just push the pedal and the motor kicks in
How much of a premium? Would it be worth it for reliability, or are those newfangled "M" things not as reliable as the BBBSXX(X) series? (Guerney pauses nervously for the hub crowd, avoids eye contact)Bafang charge so much premium for their kits that I just can't do it.
Fair point - I was a bit absolute - I had a cadence sensor bike with a throttle and I used the throttle often at junctions to set off and found it really useful. Now I changed the bike to use a torque sensor and at junctions I have one foot on the ground, push the pedal on the other side and the motor kicks in and i take off ! I don't feel I need a throttle anymore. I agree the "natural" argument is a not a good way of characterising it - but it is intuitive - you apply force to the pedals, you get assistance, if you aren't applying force (eg ghost pedalling) - you don't (which means I don't think you need brake sensors too)But how do you ‘just push the pedal’ when your feet are on the ground?! That is the whole point of a throttle at low speed.
There is a school of thought among some purists who claim a torque sensor is somehow better and more ‘natural’ but there is nothing natural about a human being riding a bicycle in the first place. So a torque sensor may be more familiar, but if you have not ridden a bike for years or even decades, it’s hardly familiar either.
These newcomers and returnees, mums with young kids and those of a certain age, need all the help they can get launching and manoeuvring safely with a heavy e-bike. These folks have nothing in common with the traditional enthusiasts’ mindset that wilfully ignors a big new market opportunity.
And what is a torque sensor anyway? It’s just a throttle operated by your legs, and permanently tied to the pedals. It simply cannot compare to the ease and simplicity of a hand-operated throttle.
It's totally unnatural for me to get any exercise whatsoever when riding my ebike - exercise is the last thing I want from my bicycle, and why I got an ebike.there is nothing natural about a human being riding a bicycle in the first place.
There is a minimum of pedal force you need to be able to exert with the cadence sensored Bafang BBS01B, to start off with, but once the PAS kicks in, the assistance can be very rapid if you set firmware parameters using the programming cable - I've got used to not having a throttle, and don't miss it much. My bike has 20" wheels, your experience may vary with larger wheels. The trick is to always stop on a low gear.But how do you ‘just push the pedal’ when your feet are on the ground?! That is the whole point of a throttle at low speed.
Yep, me too. I ride my ebike like I ride a normal bike, change down as I approach a junction so I'm ready for a quick pull away. PAS kicks in almost immediately anyway.- I've got used to not having a throttle, and don't miss it much. The trick is to always stop on a low gear.
An independent throttle gives many benefits with no downside at all, apart from the legal aspects. Even with a modern compliant bike, the throttle is extremely useful for starting on hills and giving an instant power boost when you need it, like roundabouts , some traffic situations and short hills. Again, there's no downside to having one. Sure, you can do without it, but your argument of it being puzzling why people needing one is the same as non-electric bike users finding it puzzling that people need a motor on their bike.I find all this chat about people needing throttles a bit puzzling.
An independent throttle gives many benefits with no downside at all, apart from the legal aspects. Even with a modern compliant bike, the throttle is extremely useful for starting on hills and giving an instant power boost when you need it, like roundabouts , some traffic situations and short hills. Again, there's no downside to having one. Sure, you can do without it, but your argument of it being puzzling why people needing one is the same as non-electric bike users finding it puzzling that people need a motor on their bike.
On some bikes (maybe yours), the throttle is linked to the PAS level, so it doesn't give any advantage. You need one that works independently to 4 mph and thereafter dependent on pedalling, but always giving max power when you ask for it. That's if you can't have a fully-independent one.