

My modern bike includes a fuel EVAP filter as well as a catalytic converter, which early 2000s bikes mostly didn’t.
Just a shiny male toy…


My modern bike includes a fuel EVAP filter as well as a catalytic converter, which early 2000s bikes mostly didn’t.


Hmm… I hope this goes well.


All technically true & correct.
I’ll add that cast iron consistently works better for longer: My ceramic or PTFE pots start great, but after a while become so terrible they’re useless in spite of silicone spatulas etc. I cook almost daily, so I found the new tech pans fully degraded within a year or less.
Cast iron, I’ve car camped and daily stove topped, no problem. I season it once every couple of years, works great.


👍 Still useful info for the anyone in the future doing this kind of work.


Nice, you’ll find bikes to be away easier to work on than cars haha. Maybe email this guy? https://www.pentonpartsusa.com/catalog/8a repair sachs.htm
For the tank, I basically turned the tank upside down after taping up the fill port, and reached a bent coat hanger in via the removable petcock, electrically isolated from the tank body with the highest of technology: used chopsticks. Coat hangers usually have a thin plastic varnish, so scrub the wire with steel wool first.
Electrolysis will ‘pull’ rust from every spot that has line-of-sight with the wire. Considering the u-bend, seems like you may have to do two runs of electrolysis for removing the majority of the rust, then follow it with something like evaporust to get anything that got missed.
Glad to hear you put oil in the cylinder first, I really wish I had known that when I first started haha.


I encourage you to stop buying almonds anyway lol


Alright bud, congrats, this is how I got into motorcycling as well, albeit on a different make/model.
Some things to check, if you’re already aware of this stuff my bad, but maybe you’ll find some useful info here:
Plenty of other work to do, as your life is in your hands, but you’ll learn a lot, and have fun too. Keep an eye out for corroded electrical connections too, there’s a wiring diagram in the manual that’s pretty easy to follow.
The official service manual is your friend, take the time to read the job first before going for it. Crazy I gotta say that, but I’ve seen other people really fuck some moto jobs up.
Have fun, keep us posted on your progress!
Nah.
Kinda embarrassing to come back this late. Good luck with whatever’s going on I guess 🤷


😆 thanks, dumbass


Alright, I voted prop 50 in, let’s get to it.


Get fucked, you little piece of tech demo shit


I encourage you all to read “the plutonium files” if you’d like to read about even more fucked up shit the US govt has done.


No -ism is immune to hubris. I still believe in people sharing in the profit of their labor, and appreciate this post clarifying one of the many ways dissent can be crushed, albeit temporarily.
If one’s idea is genuinely good, it better be able to handle dissent. Once gulags get involved, you’ve long ago lost the people’s belief, and are on a timer.
Evil never perseveres. Never has, never will.


Me after cumming. 😬 Sorry y’all


May as well reveal your interpretation of the 30 studies at this point. Not that you’re wrong so far, more curious.


I’m glad you posted it. Wherever, as long as I can read it. I appreciate the other person’s spirit too, but just glad for knowledge being shared.


Then they become human ablating lasers as the tech keeps shrinking…
😬 damn, sorry homie. I guess if it’s lifetime warranted, resell the replacements?
Not particularly relevant, but it’ll help you see through marketing dreck no matter how it evolves: Plasma arcs can go that high in temp, but has no effect on what makes something “hard” or “soft”: interatomic bond strength. I’m certain you know this, but carbon (as in the diamond) holds hands really strongly with other carbon, more strongly than iron to iron as in a steel spatula.
In theory, an actual diamond surface (not sprayed on, but grown) would be impervious to steel implements. But in reality, making a fully uniform diamond coating is extremely difficult, and thus tear-jerkingly expensive.
Spraying chunks of diamond onto a surface as the mfgr has done really means there’s a thin sticky coating on the pan before they start, so that these hot pieces of diamond partly melt into it and are “glued”. Safe bet that later is PTFE. That means when your pan is hot on the stove, the layer softens and you wind up eating little bits of diamond with each meal. One day, food sticks, as you’ll have found a spot missing too many diamonds, it’s just the substrate with a bunch of tiny holes to make food stick even worse than a smooth plastic surface.