thaeber
Well-known member
The density of the cfk tube is appr, 1.5 g/cm3, aluminum is 2.7 g/cm3. So You can save roughly 400g if You use same wall thickness..
@LAnton already measured the battery case weight on the scale and has almost 1kg.Battery case should be around 400gr.
This is what I took as reference - Your picture on the scale, 966 g for the aluminum housing without end capsmeasured the battery case weight on the scale and has almost 1kg.
I mean the carbon or Abs one Diy.@LAnton already measured the battery case weight on the scale and has almost 1kg.
Canbus is four wire. Looks like an older serial connection probably not used in this instance.Looks like canbus? But I may be mistaken
Linda said to me "It is signal cable, do not connect anything."What to connect to the yellow green wire?
i agree it's probably canbus for Bafang OEM batteryLooks like canbus? But I may be mistaken
i agree it's probably canbus for Bafang OEM battery
Canbus is four wire. Looks like an older serial connection probably not used in this instance.
Give a link to the store
This link does not work in Germany. What is the correct diameter for the tube?most aliexpress tubes are too small in diameter. this is the only store I found with good size diameters. actually looks almost perfect in size.
carbon tube
Could You please measure the outer / inner diameter of the housing?The battery without the case is very well made.
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Internal 72mm, Externat 77mmCould You please measure the outer / inner diameter of the housing?
Great! Thanks!Internal 72mm, Externat 77mm
Yes. I don't see the point of making a case. The battery is quite firmly assembled. I think an aluminum rod and a good adhesive tape are enough. It is also possible to fix the battery in the frame with mounting foam. I'll try to do it.I found 77x73x1000 mm on Amazon Germany. Price is 320€, quite expensive. Would 1000mm be enough to build 2 cases?
That is strange, this is why comparing the drop is always better, it is also easy to check from drawing. According to the drawing 30mm drop seems accurate. A cef50 with mullet setup has lower bb then lce930.The 930 geo states BB height is at 335 only. This means at 160/150 mm travel, the BB height fully compressed is at appr. 180mm only, so ground clearance with 165 mm crank is 15mm only. The CEF50 BB height is 360.
By checking the geo of the 930 again, I found a mistake in the geo logic: BB drop is given at 30mm, the BB hight at 335mm. The diameter of a 29 x 2.6 wheel is appr. 760mm. This means, the radius is 380mm. BB drop of 30mm would result in a BB hight of 380-30= 350mm, not 335mm. Either they assumed a very small tire, or they just didn’t do the math correctly.
Therefore I would go with a 216 mm damper with mullet wheels and finetune with 2mm offset bushings..That is strange, this is why comparing the drop is always better, it is also easy to check from drawing. According to the drawing 30mm drop seems accurate. A cef50 with mullet setup has lower bb then lce930.
A very good 720W battery. I don't understand how you can drive 360W.
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anyone experimented with 52.5 rear shock 29er yet? I'd like to know how much clearance there is before I trigger on a shock.
Is that real full compression? Usually because of the rubber bottom out bumpery that is the socks, it is quite hard to compress the shock by hand fully.29” with 52,5mm stroke. View attachment 120814
There might be something like 0,2mm more when I put my 85kg body weight on it, but it not make noticeable difference.Is that real full compression? Usually because of the rubber bottom out bumpery that is the socks, it is quite hard to compress the shock by hand fully.
HA in 29 is 63.5, mullet is 63.0. Bike in 29 is already super nimble.Has anyone experimented with a 29er as well as a mullet set up with this frame? Im not sure what way to go. I'm going to be running 170mm fork, Im coming from a 27.5 bike so I'm leaning towards mullet but dont want to change the Geo that much.
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