We are planning on making a generic cookie type affair for other wheels in the future but our concentration at the moment is on the wheels that we and our customer use on eMTB.
That adaptor fits 3 different rims as it stands
We are planning on making a generic cookie type affair for other wheels in the future but our concentration at the moment is on the wheels that we and our customer use on eMTB.
That adaptor fits 3 different rims as it stands
Yeah I mean I think the most common one besides MBS is Newbee
If we’re talking about CNC rims anyway
Ive only ever seen one set here and that’s the set in my garage but yeah we can make some generic wheel adaptors to use bolts but we wanted to launch with the push fit for now
That makes sense - maybe more people have them stateside
So Nice !
I have 2 questions :
It’s here! First!!!
Time to read about it now
Edit: This looks sick. What a cool option, and especially at the price point
These look awesome. Id like to see a video of freeroll as well as the sound these make when loaded. I am also curious how you have the external backlash setting done. How do you ensure that the backlash doesn’t drift over time?
Congrats on the launch of what seems like a very epic product!
Looks awesome
Quick questions
Did you by any chance have any issues with the circlips as in the past they seemed a little dodgy to be holding the motor to the pinion just using that
Also how wide are the gears
They look super thing which I guess is good as long as they can stand the abuse
We have tested up to 63100mm motors. larger may be possible but we have not tested those configs.
Only 8mm for now…
freeroll is way better than other gear drives due to our use of rotary shaft seal rather than the standard v seal found in other dirves.
Not in the 1000+ miles of abusive testing done by our team of test riders.
Proper use of thrust bearings and symmetric gearsets keeps forces pointing where it should be, reducing strain on the motor bearings and circlips.
They can handle the abuse. one of our testers was selected as he was a serial moon drive gear smasher. He did some proper abusive things that made us shudder. full throttle landings, powered curb hops. He recorded a lot of video and im sure he will be posting it when he has the time.
How about a step down shaft (10 to 8mm) any issue there with the thrust bearing?
Are these mod 1 gears?
How is compatibility with other motors without the circlip?
This is excellent gents, nice.
What length motor shaft is necessary to run these drives? My motor shafts are already slightly cut.
Step down shafts will depend on the step length from the motor face. but most should work if your forgo the thrust bearing.
Fine with standard 24mm shaft length like moon drives, you just got to lock-tight like you would with any other drive.
Now that is quite the feat of design and engineering, that. You’ve gone and knocked it out of the fucking park haven’t you, you bastards? When it’s your products doing the talking, there’s no arguments. Fair play, respect due.
Yeah hopefully the work here talks for its self.
We think these are truly the next step in drives.
Smaller and lighter than anything else right now.
Robust but easy to maintain.
Already heavily tested.
Amazing thermal performance.
All with an original and distinctly APEX style.
Id be willing to bet any other drive manufacturer is currently rethinking what they are working and it wont be long before we start seeing people adopting the concepts we have use here.
These look super sexy! I too have a couple questions:
So… which way round did you go? Does accelerating push the gear into the motor or away from it? Also, isn’t this force reversed when braking? I personally brake with the same motor amps as I accelerate with, so does the direction of the force really matter that much?
Will there be a drive assembly video? I love that you guys are using thrust bearings, but I need to see how the gears mount to them before I believe it