sixtyfiveford has a method of putting a piece of copper pipe into the hole and building up weld using a stick welder until he gets enough to weld a nut and extract the bolt. The copper sleeve protects the threads. It's nice to have another technique in case all else fails. Thanks for another great video.
The drill went off center because when you were pushing the quill it moved the head. If you’d have locked the column after centering I bet that wouldn’t have happened. The broken fragment would still have buggered up the threads but the off center was definitely visible in the video with the radial drill thrusting sideways.
I was going to say the same thing, when applying pressure on the quill you could see the drill bit drift away from center towards the opposite side of the hole
I worked as a mechanic with a guy back in the 70's that was something else. He'd wait until he had and EZ-Out broke off in the broken stud before he would ask for help. I told him one time he made Goober Pyle look like a rocket scientist. Hated picking up after him. Glad you got that one out.
I think all of us mechanics has had one of those guys before. We had one that we called powder puff he never could figure out why we called him that. But it was known all over the shop that he could take a powder puff and beat an anvil to death. Lol.
Hey Kile you yung guys got it good when it come to tools . having battery powered over newmatic type . I've drilled out a tap with a carbide drill bit had to order it and it got the job done but the bit was damaged #21 . good luck keep up the good work .JM 8 point socket .
I've drilled out a few dozen broken bolts in automotive applications and I'll be danged but i was never smart enough to think of using a bushing. SMH. I feel so dumb. Thanks for the humiliation!! JK. Seriously though I am going to add that to my pack of facts to use in the future. Such a simple way to avoid thread damage. I do like to use LH bits when available in the right size even though I've only had one come out that way maybe twice. You never know when you will get lucky. Great job today.
YaY....I've never had success with "easy-out" extractors. When the tool is wippy wapped into the pilot hole, it creates outward pressure locking the bolt even more. Like you mentioned, busted exhaust bolts get a welded nut on em as the heat also helps loosen.
That hurt watching. I don´t know if you can´t lock the head, but the way everything bends out of center and moves to the right, minute 15:25 and so on, no wonder there are some stripped threads. Good that it worked, but not a great look.
Thread depth engagement needed is only as much as the diameter of bolt for maximum strength…at least this is what I have read…please correct me if I am mistaken…that was a good good giter done Kyle…you could see the drill walking in the final depth….easy outs are either great or really bad….cheers, Paulie
FYI ... just did a quick search engine: For maximum strength generally its recommended to have 1.5 Diameter engagement for maximum strength/sheer capabilities. [so he should be ok]
Drill bushing should have bottomed out on top of the bolt to guide center. Can also use masonry drills with brazed carbide tips. Sharpen it like a proper drill first.
that's got to be one of the worst to do .i work on a lot of stuff that has bin out in the whether for 50 plus years and it vary rarely goes eazy. just found your channel keep up the good work.
Kyle, talk about getting lucky! Not with the extractor working out for you, but for not breaking a drill bit! The side load that was put on the bits when you were working the quill was stressful to watch, lol. Maybe lock the head swivel axis next time… But nonetheless, I do enjoy the channel and the honesty of mistakes made for all to learn from. Keep on carryin on.
Your drill bushing wasn't long enough. Make it miss the stud end by about 1/8 - 3/16 & then drill. Keeps it centered even if the stud broke at an angle. I have a selection of carbide drills to help in these situations. (Even have used a cement drill resharpened on my diamond wheel to get it drilled).
The radial drill press is a Carlton I presume ? And such a machine is best for doing that type of job cost effective. Great job Kyle. Greeting from Germany.
Dude! You really need to LOCK the arm rotation on that radial arm drill press. That looked real amateur hour with that arm swinging around almost snapping drill bits... 😖
It was equally painful for me to watch. I left the head unlocked so that I can let it float but probably should’ve locked it once it found its spot but hey when you’re working and trying to film things, sometimes you miss stuff. But I know the Internet has no tolerance for that.
These appear to be aftermarket studs rather than factory-style TTY bolts. That's why he used the awkward term "stud bolts". I don't think any but the very sleaziest engine rebuild would re-use TTY head bolts. It's other places such as main caps where it's tempting to reuse fasteners.
@@aaronfritz7234 You have to wonder if the marketing around strength encourages the aftermarket manufacturers to over-harden studs. The original designers can factor in all of the parameters to optimize for zero assembly failures and long life. Hobbyists are only going to look at the single marketing number.
you messed up the thread. your drill bushings weren't the right size an it was wobbling all over. yea you really need a carbide drill for that. expensive but the extra stiffness makes a huge difference. steel bits wobble all over the place
Does your drill head not have a lateral column lock??? Watching you walk those bits up to an inch (at the chuck) made my nuts shrivel. Damn, man, you got lucky. 😂. Try centering the bit and locking the column/head next time, and you won’t butcher the threads. Otherwise, nice job. 😅
sixtyfiveford has a method of putting a piece of copper pipe into the hole and building up weld using a stick welder until he gets enough to weld a nut and extract the bolt. The copper sleeve protects the threads. It's nice to have another technique in case all else fails. Thanks for another great video.
Nice, upvoted. But one still needs a flat-ish surface on the stub face, or the weld pool can hit the wall, even if only partially.
@@marcosmota1094 If the weld pool partially touched the wall, I don't think it would stick to the threads.
I've seen the vid. Brilliant technique he shows.
The drill went off center because when you were pushing the quill it moved the head. If you’d have locked the column after centering I bet that wouldn’t have happened. The broken fragment would still have buggered up the threads but the off center was definitely visible in the video with the radial drill thrusting sideways.
I was going to say the same thing, when applying pressure on the quill you could see the drill bit drift away from center towards the opposite side of the hole
Congrats on getting that out with an extractor. Never seem to have much luck myself with that style. I'd roll with using the old threads too.
I worked as a mechanic with a guy back in the 70's that was something else. He'd wait until he had and EZ-Out broke off in the broken stud before he would ask for help. I told him one time he made Goober Pyle look like a rocket scientist. Hated picking up after him. Glad you got that one out.
I think all of us mechanics has had one of those guys before. We had one that we called powder puff he never could figure out why we called him that. But it was known all over the shop that he could take a powder puff and beat an anvil to death. Lol.
Great job Kyle! I love the radial drill press method! Thanks!
I like the idea of using drill bushings Enjoyed it
Everyone's favourite job. Love it when an extractor works.
Hey Kile you yung guys got it good when it come to tools . having battery powered over newmatic type . I've drilled out a tap with a carbide drill bit had to order it and it got the job done but the bit was damaged #21 . good luck keep up the good work .JM 8 point socket .
very clever to create those drill guides. a shame you did not have the correct size of quality drill bits on hand. thanks for sharing.
I've drilled out a few dozen broken bolts in automotive applications and I'll be danged but i was never smart enough to think of using a bushing. SMH. I feel so dumb. Thanks for the humiliation!! JK. Seriously though I am going to add that to my pack of facts to use in the future. Such a simple way to avoid thread damage. I do like to use LH bits when available in the right size even though I've only had one come out that way maybe twice. You never know when you will get lucky. Great job today.
My Congradulanions ! 💥
Thanks a lot for sharing your experience.
YaY....I've never had success with "easy-out" extractors. When the tool is wippy wapped into the pilot hole, it creates outward pressure locking the bolt even more. Like you mentioned, busted exhaust bolts get a welded nut on em as the heat also helps loosen.
Nice job again Kyle. You have to wonder how your customer managed to snap it off, tightening it up.
Outstanding job Kyle.
Sometimes on hard bolts I use Cobalt drill bits.
Nice setup BTW! 👍
Have a great day.👍🇺🇸👍
Thanks Ed
That hurt watching. I don´t know if you can´t lock the head, but the way everything bends out of center and moves to the right, minute 15:25 and so on, no wonder there are some stripped threads. Good that it worked, but not a great look.
👍
Thread depth engagement needed is only as much as the diameter of bolt for maximum strength…at least this is what I have read…please correct me if I am mistaken…that was a good good giter done Kyle…you could see the drill walking in the final depth….easy outs are either great or really bad….cheers, Paulie
FYI ... just did a quick search engine:
For maximum strength generally its recommended to have 1.5 Diameter engagement for maximum strength/sheer capabilities.
[so he should be ok]
Drill bushing should have bottomed out on top of the bolt to guide center.
Can also use masonry drills with brazed carbide tips. Sharpen it like a proper drill first.
Those boots are insane looking! What brand are they?
Nice work, those things make my worst nightmare, love the bushings!
You better go buy a lottery ticket seeing you had success with an Easy Out. I never have any luck using them. Either they walk out or break.
Very good video. , love seeing repairs like that . Good job .
that's got to be one of the worst to do .i work on a lot of stuff that has bin out in the whether for 50 plus years and it vary rarely goes eazy. just found your channel keep up the good work.
Great video, question.. What is the Straps on your boots, protection id imagine but specifically?
He's made a video on them. They are protection but help with his plantar fasciitis
@kylebracht thank you for tge reply
Great content mate!
What's up with Lion lathe? Any new episodes coming out soon?
Kyle, talk about getting lucky! Not with the extractor working out for you, but for not breaking a drill bit! The side load that was put on the bits when you were working the quill was stressful to watch, lol.
Maybe lock the head swivel axis next time…
But nonetheless, I do enjoy the channel and the honesty of mistakes made for all to learn from.
Keep on carryin on.
Hey man very good video do all of them no matter what they are
Good fix, but I think it is odd that you use your ajustable wrenches backwards.
Good one!! .. I like broken bolt videos!! :) .. maybe there is a style of Loctite for head bolts?? .. might help!!
Drill bushings should be just a thousand under the size of the hole?
Old school EDM 🙌
Your drill bushing wasn't long enough. Make it miss the stud end by about 1/8 - 3/16 & then drill. Keeps it centered even if the stud broke at an angle. I have a selection of carbide drills to help in these situations. (Even have used a cement drill resharpened on my diamond wheel to get it drilled).
The radial drill press is a Carlton I presume ? And such a machine is best for doing that type of job cost effective. Great job Kyle. Greeting from Germany.
Also ich bevorzuge meine Raboma 😅
Fantastic Kyle….Paul in Orlando❤
Good save Kyle that could of ended up a lot worse 👍👍👍
Dude! You really need to LOCK the arm rotation on that radial arm drill press.
That looked real amateur hour with that arm swinging around almost snapping drill bits... 😖
It was equally painful for me to watch. I left the head unlocked so that I can let it float but probably should’ve locked it once it found its spot but hey when you’re working and trying to film things, sometimes you miss stuff. But I know the Internet has no tolerance for that.
Thought those head are torque to yield bolts or stretch bolts. If so the are generally one time use. Might be also why it broke.
These appear to be aftermarket studs rather than factory-style TTY bolts. That's why he used the awkward term "stud bolts".
I don't think any but the very sleaziest engine rebuild would re-use TTY head bolts. It's other places such as main caps where it's tempting to reuse fasteners.
@ I think you’re right. After market head studs. just thought of it now but that’s probably why they are so hard.
@@aaronfritz7234 You have to wonder if the marketing around strength encourages the aftermarket manufacturers to over-harden studs. The original designers can factor in all of the parameters to optimize for zero assembly failures and long life. Hobbyists are only going to look at the single marketing number.
you messed up the thread. your drill bushings weren't the right size an it was wobbling all over. yea you really need a carbide drill for that. expensive but the extra stiffness makes a huge difference. steel bits wobble all over the place
Does your drill head not have a lateral column lock??? Watching you walk those bits up to an inch (at the chuck) made my nuts shrivel. Damn, man, you got lucky. 😂. Try centering the bit and locking the column/head next time, and you won’t butcher the threads. Otherwise, nice job. 😅
Different - thanks
Would you have actually posted this if you failed to get the bolt out
Hmm, Subaru, head gasket leaker!!!
Not a stupid question but what have you got on ur feet??
Essentially strap-on floor mats to reduce foot pain. He explained them in an earlier video.
This is the video... th-cam.com/video/KQgz7qWlMEU/w-d-xo.html
Thanks Steve
Thanks for the "tell" ! Good stuff.
The goal was to extract the broken bolt.
You succeded in that.
Ignore the experts on here.
👍👍🔩