That is fine, I didn't realise they released it that early.Sorry for being pedantic, but that frame has been out since January...
Have they sold any? Only looked at it twice but it was on pre-order both times.
That is fine, I didn't realise they released it that early.Sorry for being pedantic, but that frame has been out since January...
They are focusing on the local (Peruvian) market for now as far as I know. A friend who knows a friend tried to bring one to Argentina but they were ok backorder.That is fine, I didn't realise they released it that early.
Have they sold any? Only looked at it twice but it was on pre-order both times.
Yeah looks awesome. Is that a machined and glued aluminium frame though? The thought of that scares me...Aside the the brake arm thingy that is an amazingly clean lined bike
prototype.Yeah looks awesome. Is that a machined and glued aluminium frame though? The thought of that scares me...
My last German made frame was awesome!u doubting german engineering?
I mopped the floor with a German software architect just the other day. Too much self entitlement and too little knowledge of our customer's needs and reality.u doubting german engineering?
No, never.u doubting german engineering?
My speaker phone is German. It works quite well. (Beyerdynamic)u doubting german engineering?
Engineered in Germany, made in China?My last German made frame was awesome!
They worked out how to Ream a BB shell to almost a mm ovality, that is really impressive!
From my own experience, it’s plenty stiff but also considerably heavier than a tubed rear triangle. The seat- and chainstays have a cover for the cnc’d pockets, starting ca 20cm forward of the rear axle, so dirt flung by the tire won‘t collect there.Anybody here with knowledge about structural engineering?
My armchair engineering guts tell me that the lattice like rear triangle will not be as good as if it was built with tubes, or it will need to be unnecessary heavy to be as strong/stiff.
That's without considering it looks like a giant mud trap...
I once had to cut a hole through the side a German brand million dollar industrial kettle to remove a 50mm diameter stub shaft from a gearbox. Lovely constructed equipment but I'm pretty sure when the engineers were designing it, considering serviceability was an extremely low priority.u doubting german engineering?
BMW entered the chat.Lovely constructed equipment but I'm pretty sure when the engineers were designing it, considering serviceability was an extremely low priority.
but did do the courtesy so make all the bolts accessible and write explicit instructions on how to do it, and use way better fastener coatings so they’re not frozen. Unlike the American cars where they expect you to either teleport the wrench in or hole saw the chassis because you can’t get a good purchase on the rusted ass bolt any other way and your afraid of how many other rusted ass bolts are between you and removing the cab to get to the bolt the right way.Audi/vw starter/alternator that requires removing the front half of the car. Also, timing chain in the back.
Apparently you never worked on a New Beetle, or TT.but did do the courtesy so make all the bolts accessible and write explicit instructions on how to do it, and use way better fastener coatings so they’re not frozen. Unlike the American cars where they expect you to either teleport the wrench in or hole saw the chassis because you can’t get a good purchase on the rusted ass bolt any other way and your afraid of how many other rusted ass bolts are between you and removing the cab to get to the bolt the right way.
Rabbits is the same platform right?Apparently you never worked on a New Beetle, or TT.
Nope. The engine bay is waaayyyy smaller.Rabbits is the same platform right?
My BMW is one of the easier vehicles I've ever owned to work on, but that's probably more of a reflection of the fact that it's kinda old, and an indictment of my past car purchases.BMW entered the chat.
you still have the M3?My BMW is one of the easier vehicles I've ever owned to work on, but that's probably more of a reflection of the fact that it's kinda old, and an indictment of my past car purchases.
Anybody here with knowledge about structural engineering?
My armchair engineering guts tell me that the lattice like rear triangle will not be as good as if it was built with tubes, or it will need to be unnecessary heavy to be as strong/stiff.
That's without considering it looks like a giant mud trap...
This was a trick question. It is an aluminum frame.It does look like a "designer" gave an engineer a challenge. However with composites, the layup is just important as the shape so not much sense in making any conclusions based on the shape alone.
more like the designer is the engineer is the one man shop producing everything on his own cnc machine in dresdenIt does look like a "designer" gave an engineer a challenge. However with composites, the layup is just important as the shape so not much sense in making any conclusions based on the shape alone.
What year? I had an E36 M3 dead easy to work on. My SIL has the new M3 and it's a lot of nope to work on.My BMW is one of the easier vehicles I've ever owned to work on, but that's probably more of a reflection of the fact that it's kinda old, and an indictment of my past car purchases.
Also an e36 M3. '99 coupe.What year? I had an E36 M3 dead easy to work on. My SIL has the new M3 and it's a lot of nope to work on.
Huh, sounds familiar somehowit's just extremely tedious and time-consuming. It would be a lot faster with less stuff to remove or less steps, but nothing is getting simpler these days.
Modern cars ain't the same and I don't think it largely matters what car you are discussing. In generally, the smaller the engine bay, the worse it is, but stuff is just crammed in modern cars. It's got to have something to do with the design and fabrication process. As cars like the new M2 weigh 4000lbs, it's got to simply be the most cost-effective way for them to design a new car, to figure out how to add structure, weld or bond it in, fit in the parts they need, etc. Weight and serviceability aren't high on the list, as long as you can have a 231 step process to remove the engine out the bottom and get to the turbo encabulator, all is good. Most likely, if you wanted 3-d milled and forged structures, rather than the 2-d reinforcements and plates welded together, you'd increase cost a LOT...even though you'd save weight and free up a lot of space.
On the BMW, we had to lower the entire subframe to get the new anti-sway bars in there. Not as bad on the stinger, but the rear was absolute hell. Most of this stuff though isn't hell, it's just extremely tedious and time-consuming. It would be a lot faster with less stuff to remove or less steps, but nothing is getting simpler these days.
Look at that new hyper-souped up 4cyl AMG C-class. No F-ing way that'll be working right in 10 years IMO and it will be that much harder to repair.
I still think those are the best looking M cars.Also an e36 M3. '99 coupe.
That's typical german engineering for you. As in engineers designing for engineers not for actual use and service. Sometimes it works great. Sometimes it makes you want to punch a wall.I once had to cut a hole through the side a German brand million dollar industrial kettle to remove a 50mm diameter stub shaft from a gearbox. Lovely constructed equipment but I'm pretty sure when the engineers were designing it, considering serviceability was an extremely low priority.
Not sure, but I saw one of their DH bikes in Bromont recently. Looked nice, even if I didn't know what it was, I thought it was a Kona or something at first glance.That's typical german engineering for you. As in engineers designing for engineers not for actual use and service. Sometimes it works great. Sometimes it makes you want to punch a wall.
btw. Did anyone here talk about Prime Bicycles? I know nothing outside that it's related to a guy who was a local santa distributor and used to be a team manager for the old Turner Gravity World Cup Team
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I am maybe planning to go on a bike trip with a company where the owner is a friend and has one so I might try it. Not my budget but I am curious. Still prefer the looks of the Antidote more if speaking Polish bikes but the geo here speaks to me more.Not sure, but I saw one of their DH bikes in Bromont recently. Looked nice, even if I didn't know what it was, I thought it was a Kona or something at first glance.
Reminds me of a We are one Arrival.That's typical german engineering for you. As in engineers designing for engineers not for actual use and service. Sometimes it works great. Sometimes it makes you want to punch a wall.
btw. Did anyone here talk about Prime Bicycles? I know nothing outside that it's related to a guy who was a local santa distributor and used to be a team manager for the old Turner Gravity World Cup Team
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Good catch. Yeah they are very similar looking.Reminds me of a We are one Arrival.