Search results

  1. Arb23

    If money were no object...

    Edit: just saw this was a repost in the thread...oh well, it's still funny. :LOL:
  2. Arb23

    Today....

    Yeah - I like that arbsession hitch as well. Its working nicely for me.
  3. Arb23

    Quickie killer?

    Another angle of the new design. There's a 3d render on their website to get a good 360 view.
  4. Arb23

    500i Battery Saw?

    Whew...glad I wasn't the only one that didn't do that lol. Great post, though - hope to see it one day, but I fear all the manufacturers have shifted focus to battery in that segment of the market.
  5. Arb23

    500i Battery Saw?

    Major upgrade incoming! About $9 on Amazon - was cheaper than buying a 4.5mm file set. Chain speed on this bad boy is 8.6m/s or 28.2ft/sec. Update: Well, was hoping this chain would have less chatter, but it's about the same. Probably the same chain as what it ships with, but I was thinking...
  6. Arb23

    Husqvarna T540i XP - Bar & Chain Options

    Yeah...I'm not sure what advantage this has on an electric saw. Seems like the 540i xp has some programming to control how the motor spins up. Interesting, though.
  7. Arb23

    Husqvarna T540i XP - Bar & Chain Options

    https://sweden.postsen.com/local/86416/The-world%E2%80%99s-first-battery-chainsaw-with-clutch.html Says available August 2023
  8. Arb23

    Husqvarna T540i XP - Bar & Chain Options

    I bought mine with the 14" bar, which works well. I grabbed a 16" bar and chain last time I was at the Husky dealer and it's handy. Mainly when you're chunking down and don't have to switch saws (assuming it's not a larger spar). It's a little big for finer pruning stuff, but I find myself...
  9. Arb23

    Food Thread

    Just some Costco St Louis style ribs hanging in the Weber 18" smoker. Fell off the bone when they were done - 4.5 hrs. In case you've got a Weber WSM, the rack thing is here: https://pitbarrelcooker.com/products/18-wsm-hanging-system They only have it for the 18" version as far as I know...
  10. Arb23

    Predict the pull

    Super interesting! I've been having AI summarize the text for me to help my comprehension...(it does a good job at this) for example - I didn't know what a Sampson angle was...so here's AI after it read thru the text... me> in the "Rope Sag, Overshoot, Manual Technique" Corollary, one of the...
  11. Arb23

    Predict the pull

    o_O Think I'm gonna feed all that back into the AI and see what happens.
  12. Arb23

    Predict the pull

    It's gonna take me a minute to unpack all that...but I think I get the general gist... I ran across this paper when I was doing some research and I think it's getting at some of the same stuff having to do with angles and different ways of connecting the systems.
  13. Arb23

    Predict the pull

    Yes - I sent them some feedback to better train the AI on pulley systems :) ...there were a few cases where it literally could not multiply 3 numbers correctly. To be fair, it's still in testing, and they know there are all kinds of problems with it. There are some areas it's really, really...
  14. Arb23

    Predict the pull

    updating with 0.614 % (compounded losses) 25 * 125 * .614 = 1918.75kg ( 4231.3 lbs / 18.81 kN )
  15. Arb23

    Predict the pull

    lol...latest from the ai is that this 125:1 system will output 35 grams of force with 25kg of input force. We're safe.
  16. Arb23

    Predict the pull

    Yes... Yes - that's what I understood, but the 50kg at each input is what has been throwing me. That makes total sense to me - which means the input force is 50kg (or 25kg in the 125:1 system). Perhaps it's a misunderstanding (on my part) of the detail in how he's doing the setup of the...
  17. Arb23

    Predict the pull

    Yeah - this is a good point. Do you aggregate losses or does the system as a whole act as the least efficient component? that makes sense to me...and I think is what the AI was doing...you lose efficiency as you add systems (which as you point out is not how I calculated my first part)...so...
  18. Arb23

    Predict the pull

    I need to go watch Buggs videos on this stuff to see how it's applying force to the systems. Maybe something will click. If it's a 125:1 system then it should be something like 25 * 125 * .85 = 2,656.25 kg ( 5,858.96 lbs / 26.05 kN ) 25kg getting applied on the 3 inputs - don't know - but...
  19. Arb23

    Predict the pull

    me>is math hard for you? ai>As an AI language model, I don't really have feelings, so math isn't hard or easy for me. However, like any machine, I can make mistakes or misunderstand instructions. If you notice any errors in my calculations or responses, please don't hesitate to let me know and I...
  20. Arb23

    Predict the pull

    For sure...it's not ready yet...honestly, it's pretty amazing that it can provide these responses given the input I gave it - as it gets 'smarter' over the next year or two, it will be crazy. Put it in a robot or two, and it's time to head to the bunkers lol... I've tried a few more times, and...

New threads New posts

Back
Top Bottom