Wicked Fast Router & Dremel Bit Storage Trays Using Dadoes Instead of Holes

[@Wintergatan]

OHH thats sweet, will make some of these. Thanks so much for sharing!!

[@KeithsTestGarage]

Whoa, the one and only! At risk of being too forward, I badly want to know how you and This Old Tony handle your video production process. Particularly, the ones where you explain your designs, testing, etc. as you go about making things. (ex: how you came up with the snare sound and ended up with dry rice). If there's ever a chance for some sort of brief knowledge sharing, I'm all ears...figuratively speaking.

[@emostorm7]

Look it's that guy!

[@ARepublicIfYouCanKeepIt]

Martin, knowing how incredibly busy you are with the Marble Machine X project, let me know how many bits of each shank diameter, plus any collets and/or tool holders you may need to store, and I'll design and cut a custom organizer for you, and ship it to you!

[@KeithsTestGarage]

John Coloe I’m deeply offended that you didn’t offer this service to me...

[@JoseSilveira-newhandleforYT]

@@KeithsTestGarage Sorry dude, you're still not a celebrity like Martin :-) Suggest you start making animated tools that also play music :-)

[@AriDiacou]

Physicist here (and nerd): Your glue explanation was very scientific. You had multiple instruments, a methodology, a theory, multiple prototypes, and an open data set. I'd say this puts your research quality in at least the top 50% of all scientific papers. Also, at 14 minutes, this video is around the same time it would take for me to read a paper that covered the same thing. Props for your editing job, I can see that it was agressive, but all the stuff I needed was in there - I especially loved "Take a screenshot, I'm not gonna read it off to you".

[@keirfarnum6811]

Ari Diacou BS! It’s all confirmation bias and no epistemological foundation! Just kidding. Being cheeky. 😉

[@DaveMillman]

Brilliant! Gonna carve your slots down all four sides of a 4x4 scrap, then hang it from a rafter near the router table. No shelf or wall space required! Thanks for the slot measurements.

[@ctpctp]

Frick. En. Genius. You sir should at least be nominated for a Nobel Prize. Not joking.

[@davidsenatsky9412]

Not a DIY enthusiast, don't have a garage, not even a drill. Content is entertaining. Voice over soothing and interesting. Editing is good and on point. Just a touch of dry comedy and confidence. When you said "numbers" and gave the numbers, that's when I knew. Subbed.

[@talltimberswoodshop7552]

You deserve the Shop Tips and Tricks of the Year Award!

[@markewing6780]

So awesome! I have no idea how on earth somebody would give this video a thumbs down. I have come to the conclusion that those people either, a) accidentally stumbled on this video with no intentions of watching it, or, b) they don't innovate or use a Dremel or rotery tool of any kind. Me? I LOVE my Dremel collection and use all of my stuff as much as possible. Thank you for this amazing idea! We need more great ideas like this in the world. The part where you said "just bust out some of the columns and use that part as a tray" is when I realized this simple design was a MUST HAVE for guys like me. Fast too! Thank you!

[@copperjakedaisy]

Thanks for the great idea, I literally have hundreds of ¼ impact driver bits. Rather than plywood I used ¾pvc which produced 0 tearout with ½ spacing between dados. I used a 13x13 units of America piece of material. Rather than the sled I used the fence set at ½inch then snuck up on the best fit for a ¼ bit. The best part of this is you can make four passes before you have to move your fence. With that one piece I was able to make enough for my impact driver case and for a French cleat shelf for my shop.Thanks again for the great idea

[@KeithsTestGarage]

Ahhhh 4 passes because you rotate the board each time? Brilliant.

[@jewdd1989]

The speed at which you could make these is just a dream!!! I wish you’d create more storage videos because I’ll watch! Someone that I think you think alike with is “Paw Paw’s Shop” seriously pls make more

[@KeithsTestGarage]

Stay tuned. I have more organizer-related ones in the lineup. Next one is probably about the Fluorescent to LED conversion, then I'll resume the Usability series which will inevitably have organization strategies that don't seem to be common.

[@jeffreygomez7360]

At first I didn’t like ur idea, but wen I saw u storing them on the shelves I thought that was really cool, n then all of a sudden ur deemed not storing idea made sense, worthy of admiration

[@frankligas2249]

Thanks for the video. This sort of sharing of solutions is why the EBEn's gave us the internet in the first place. Forget the glue and skip the wood. Take this to your local sheet plastic retailer and ask them about sheets of Delrin (Acetyl). Make one out of plastic and you can make a mold and sell these. Hope this helps. Keep up the good work.

[@davidclark5975]

I was thinking lexan or acrylic sheets, or black nylon for the cool factor.

[@CarlStreet]

Brilliant idea -- well done -- good dialogue; great video and lighting; excellent sound; good pacing and editing -- very well done! Thank You

[@craigturner2756]

Whoever invented the wheel back in the day must have felt like you did when you thought this one up. The simple solutions are always the best. Well done.

[@KeithsTestGarage]

Yeah I imagine so. My wife actually recommended I do this video, telling me of how she remembered me running into the house gleaning with excitement when I made the prototypes a year before.

[@GunNut37086]

The most brilliant solutions seem to be the simplest. I love this idea and can't wait to try it.

[@johnconklin9039]

Great and simple solution! You deserve an award!

[@KeithsTestGarage]

I won an instructables coffee mug! #totallyworthit.

[@wilhelmtaylor9863]

Somebody probably already pointed this out so excuse the repeat post: Divide the shaft diameter by the square root of 2 → that will be the minimum kerf width. So 1/2" uses 3/8" cut, .25 uses 3/16" and so on. I have some 8mm router bits for an old European router which would use a kerf larger than (8/25.4)/√2 = .223", say 1/4"....and so on. This is a really good idea and I thank Keith for posting it.

[@KeithsTestGarage]

So are you saying you didn’t thoroughly read through the comments before double posting? :). Thanks for it though. A few weeks ago I actually went back through comments to try and find the equation but gave up. So, I screenshotted your reply to have it handy.

[@andrewmcgillivray1881]

instead of putting the square peg in the round hole, you put the round peg in the square hole. brilliant out of the box thinking! fantastic!

[@jonlihou668]

Two thumbs up on idea, and three for video production value.... For the 1/4" bits you can make a wobble dado using your thin curf blade and a few strips of masking tape on opposite sides of the blade, under the saw flange. Bit more tear out perhaps, but not if the blade is sharp and you feed slowly enough. I know how the next half hour of my workday will be spent! Thanks!

[@2kidsnosleep]

Simplicity personified. Plus easier to align spacing than drilling holes. I need a lid though as I would dump those buggers over, repeatedly. On the to do list now👍🏻😎

[@trep53]

Thanks for showing your design work on the spacing. This is a smart solution I never liked using the Dremel kit box in the shop.

[@derRoteKampfflieger]

Very interesting. You might however be surprised at how small the contact patch of an automobile's tire is. Brilliant idea that I'll be using for my Dremel storage. Well done!

[@MsRobinCharest]

You must of thought about that for a long time. The good thing is you answered my question I been thinking about for a long time. Thank you. Great idea.

[@tacticalskiffs8134]

Thanks for the video, I am going to use it. A couple of point on gluing. a) You can't starve a joint if you put glue on both surfaces. b) what happens is that with fixed dimension clamps, there is an initial squeeze. This has no time to fully expel all the glue. As time goes by, the glue squeezes out. If the initial dimension to which the you set the clamps remains, the pressure goes down, and voids can occur, and you may end up with bad joint. It depends on how much, glue; how much soaks in; gel time; how much spring there actually is in the clamps, they may adjust' etc... c) If you use vac bagging; spring clamps; weight; pneumatic bladders; the clamping pressure remains constant, or relatively so. d) A great techniques that not only optimizes pressure on the glue joint, but also stops a lot of skidding around is to take pressure up on the joint firmly at first, but not too hard. Then come back a few minutes later and tighten. How much of what when, comes with experience, but it isn't difficult to do. This also allows one not to overtighten the clamps with possible adverse effects like breaking fragile parts, or denting, or skewing parts. I use it a lot on guitars. e) With yellow, and hide glues, if not epoxies, and polyU glues, one does not need any clamping pressure at all. I use rubbed joints on guitar part, and not only do they not require clamps, but the joints seem less visible than with other methods. I have to carefully mark the parts because the joint can so completely disappear that I can't find it if the boards are flat, and the ends are unremarkable. That doesn't really make sense, but it keeps happening.

[@TheShutterbug1968]

WOW! Amazing idea! Thank you. Now I need to go buy a Dado set. God Bless.

[@ToolShow]

This is genius! I put it in the lineup for our show this week. Thanks for posting!

[@KeithsTestGarage]

Thanks! Subscribed. When is your show?

[@ToolShow]

Keith's Test Garage Every Friday at noon. 👍🏻

[@kirkyd123]

Great idea! I've been a cabinet maker for 25 years and this beats all my solutions. I'll be making some soon.

[@madcacher1119]

Outstanding idea for bit storage - I will try this! Thank you for all the work to post this!!

[@KeithsTestGarage]

Glad it was helpful!

[@darylporter4290]

Very cool! I just spent an hour drilling holes in a block to hold my forstner bits. I'm binning it!

[@KeithsTestGarage]

Holes are good too!

[@lindsayriddick170]

Great concept. I will be copying. Have never seen your channel before but now subscribed and being notified.

[@KeithsTestGarage]

Thanks for ringing the bell! I’m working on a pretty intense (maybe overkill?) dust collection video that I’m super excited about. Stay tuned and thanks for the sub and comment!

[@NMranchhand]

Out-bloody-standing! I agree, I think it’s impossible to starve a glue joint unless you’re in a factory using an industrial press. Or you’re Matthias Wandel in your basement using some chopsticks from the local Chinese restaurant and a 2x4 you got outta the trash.

[@daveyjones7391]

Hey man, Reduce, Re-use, Recycle!

[@porthose2002]

I LOVE the way you put this video together. Instructive and Entertaining. Terrific job.

[@AmplifyDIY]

This is a fantastic approach. I have several little blocks around the shop with holes drilled in them for bit storage, etc. I want to try this next.

[@beauw5630]

Thoroughly impressed! Video, idea, humor, creativeness...oh and you’re a millennial. Good job!

[@Tool-Meister]

After watching your GREAT video twice, I had an idea. It will take longer but I’m going to use my Incra positioning kit on my router table, making “stopped” dados, leaving a solid frame around the tray for added durability. This won’t happen soon as I’m recovering from surgery for the next 5 to 8 months. I’ll report back when I get some trays completed.

[@KeithsTestGarage]

Cool! Get well soon then! What Incra do you have? I tinkered with what I think was the original, but it was a bit fidgety and hard to reliably hit the 1/32” teeth. From videos online, it looks like the newer ones are considerably better executed.

[@Tool-Meister]

I have a long carriage LS Incra. I also have a gen 2 Jointech Positioner. Jointech is out of business. Both units have features I like. Hard to call one “the best”. They each have there strengths. Jointech units can be cheap since they are out of business. I found one new in the box, on eBay, never been opened. Bought it for spare parts.

[@fredio54]

Gidday Keith, to cure the ripping chunks out issue and lessen the lamination mental stress, laminate up some end grain, or use a cheap end grain chopping board and laminate a piece of ply to the bottom, then cut your dedo slots below full end grain length and they'll be super stiff/strong well beyond what you need. Neat idea in general, and now you have another tweak to make to make them truly perfect. Collaboration at its finest. Enjoy :-)

[@fredio54]

Also, two tips for your tyre clamp system: 1) put something thick/stiff like steel plate on top, or some thick hardwood, then you will get less/none of the variance between centre of contact patch and those areas outside the tyre area. 2) Put a block or ramp about the same height before, drive up/onto that, then across smoothly onto your lamination, zero chance of it spitting boards out. Also, use a RWD vehicle so the torque is pushing you up onto it, rather than pulling it through under you. :-)

[@KeithsTestGarage]

Yeah those tips are really good.

[@petergamble6318]

Thank you Keith -- you have actually saved my life

[@kennethlerman9664]

Nice job and a great idea. Instead of making an 1-1/2 inch slab from three 1/2 inch pieces of plywood, consider cutting strips an inch and a half high and standing them on edge. You then have to glue a dozen or so strips standing on edge. That glue up can be easily clamped. You no longer have to worry about the 1/2 inch by 1/2 inch blocks separating because the laminations are factory glued. I'll try making some like this when I get a chance.

[@andrewmoffett6342]

this guy should have more subscribers

[@cbrSpeedster1]

I watched this video like four times now. It's cool...

[@joberthalib9951]

The tires on you van are inflated to some pressure, say 35 psi, so that’s the clamping pressure, approximately. Great videos on your channel. Keep up the great work.

[@dale333]

This has just changed my life!

[@KeithsTestGarage]

I hope for the better!

[@dustin5181]

I don't own a single router/dremel bit, but I still really enjoyed the video. Well produced and edited with great pace and personality. Very well done, got me interested in something I never would have expected, through a quality video.

[@KeithsTestGarage]

Dustin thanks!

[@treowayne]

I used this idea to make several trays for 1/8", 1/4", and 1/2" shank bits and I adapted the idea to hold onto the bases of 1/4", 3/8", and 1/2"-drive socket extensions. I made my trays out of scraps of dimensional lumber from the big-box store that had been sitting around my shop for a while. I have a couple of things to add. If using pieces of solid wood, make all the crosscut grooves first to reduce the amount of tearout and missing squares. I found the spacing in the video for the 1/8" and 1/4" holders to be a bit to small when using softwood. Keith's spacing figures obviously work well with quality plywood and probably work with hardwood as well. For those that want to customize the groove widths for bits and bobs of some other diameter, the groove widths are easy to figure out with this equation: Groove_width = diameter_of_object / sqrt(2) (maybe add a tenth of a mm or a couple thousandths of an inch for wiggle room)

[@kidcurry1957]

Genius! Awesome video! Hilarious audio! Well done sir! 😎

[@blogidaho36]

Concise, Interesting, Entertaining, Humorous... Liked and Subscribed.

[@johnparker2636]

Only one word for this - genius!!

[@TomJez100]

Add epoxy into channels. Just tape up sides; break off one square to act as a reservoir; flood till 1/ 8" or more in channels. Great video: info, presentation, & production (even with earthquake cam)! For clamping large surfaces: look for the theory on clamping chauls to understand the physics.

[@wisdomfromthewoods3638]

YES, and with the shelf storage it is GOLD, thanks

[@troyclayton]

I came here because you said router and wicked. I can confirm, this is wicked awesome.

[@briansimard]

I am sold! Tomorrow morning! so sweet! I will have happy bits!

[@pulpo439]

Muy buena idea poner las piezas a unir debajo de la rueda del coche... Alta inteligencia en poner de manifiesto los recursos que se tienen a mano. Muy, muy, muy Buen Video. Un cordial saludo desde Ourense / España.

[@velcroman11]

That is just the most clever thing I have ever see on You Tube.

[@chuckjohnson4048]

I particularly like the concept of using dado cuts rather than drilling holes because when I drilled my bit holder board the bit and the hole were almost the same size and my non-moisture proofed shop rust locked the bits in the holes which were a tight fit anyway.

[@frankligas2249]

Just thought of a new material to make these out of, Marine Plywood. Marine Plywood is smooth, high end plywood that is laminated together with a hot-pressed epoxy. It is super strong and the layers are not glued together. They are epoxy bonded together. ---- Also, in re-watching this video I noticed your comment about being careful of how you pick up these trays. Looks like you were saying the square blocks between the dadoes can break off easily. Maybe laminating a thin frame around the outside could help. Or maybe a small metal handle attached to the bottom would help. ---- Thanks again for the video.

[@15drasedrase]

Great, great, great video!!! thank you so much!!! great technique, awesome, editing, music and voice quality was great. honestly i loved this thank you!

[@ramzyboutros6318]

If you glued up some pieces of 2 x 6 with the end grain facing up like a butcher block, you would get the strength of the continuous grain and no blocks splitting out at all. Starting with thickness of 1.5, you can cut .5 inch deep dadoes and still have 1 inch thickness to hold it all together. I would use a single strap clamp to glue it up. I really like the concept of cutting dadoes to get sockets at the intersections.

[@radickd2]

Unfortunately I can only like this video once. Great idea and fits in the system of storage trays. Very smart!

[@andrewdaniels4766]

Definitely thought you were missing a pinky at 12:36 😅 Absolutely love this idea!

[@KeithsTestGarage]

I never caught that before but that looks super weird!

[@thegoodfight365]

Thanks. This is brilliant and the proof's in the pudding...or the fact that I or anyone i know has ever seen this before. Plus the additional bonus that with this nothing has a dedicated spot. So you can return a bit, disc or whatever ANYWHERE there's an opening. AWESOME JOB and thanks again for sharing it. 👍🏾

[@thegoodfight365]

@Roderick storey thanks for the correction.

[@drmkiwi]

Ron sent me, and delighted he did. Thanks for the idea and your video - quirky and very enjoyable. All the best. Cheers, David.

[@Sly_Wolf_1]

Loved the job and the sometimes funny voice over. So refreshing to have someone without an irritating over excited shrilling voice.

[@CheveeDodd]

How did it take youtube 2 years to show me this video!? This is awesome!

[@whitelfner4582]

Pretty neat! Now you need to get a Foredom tool to replace your Dremel, and make racks for 3/32nds, and 1/16th bits... Oh and you'll want to separate your Rotary/Foredom 1/4" bits and burs from the Router bits and burrs... FWIW - Most Cribbage boards work nicely for 3/32" bits...

[@felixf5211]

Enjoyed the video. I use a rotary tool daily, a Foredom TX, and have quite a few attachments. I buy them in bulk directly from the manufacturer. This came up in my feed. For storage, I use a wood machinist box from HFT. Also have a large plastic organizer for bulk packs tucked away. The machinist box is shallow and takes little space on my bench, it looks nice and neat, and everything is easily within reach. I'd suggest the same for an individual in a similar position.

[@cidercreekranch]

Genius! Fabrication optimization, treat the Dremel and 1/2" router bits as if you are making box-joint. Make a sub-fence and attach it to your crosscut sled's rear fence. Make a pin that is the same width as the dadoes and embed the pin into the sub-fence at the same distance from the blade as the spacing of the dadoes.

[@pennykrueger5644]

Nice project. Great video work too. Thank you sir.

[@robertii8373]

Damn, this is my kinda craftsman, attention to detail & creative - plus nicely done video- 10/10

[@danbrown586]

Very slick idea, and certainly quicker than a bunch of time with a drill press. For the clamping pressure of your rubber clamps, it's going to be equal to the tire pressure over the contact patch of the tire.

[@MarkFinnern]

Very well done. Thorough, great camera work, some humor ... Thanks!

[@KeithsTestGarage]

Ha. Thanks! That makes me want to do a video of my current "production setup". It involves more rubber bands, pipe cleaners, and hot melt glue than others I've seen.

[@SirWulfrick]

Lol. I also had made a cute little bit holder, then a second bigger one, and was only recently designing a step 3 - "the tray to rule them all". Glad I'm not the only one.

[@nilton61]

Excellent video. Creative, concise and enjoyable

[@fiziwig]

I have a TINY workshop, and everything I use is Dremel powered, so I need compact storage and this is perfect. Now to figure out how to make the dadoes with my Dremel tool :)

[@APlagueOnBothYourHouses]

I know what I'm building next weekend. It will be nice to finally be able to locate the Dremel bit I need from my massive pile lol. Thanks for the video 👍

[@laurenceporter9354]

... jaw dropper ... on my way to my workshop ... thanks a mil ...

[@amdenis]

Great video. I’d seen it before, and I am so glad I found it again, as I need to organize my bits. One thing I recall from an old Fine Woodworking article is that if you glue both sides of a glue joint it is much stronger than gluing one side- no matter how much glue you use or how much clamping pressure is used (they did an extensive a fairly rigorous analysis). Gluing one side showed that the glue joint sometimes failed before the wood, but when gluing both sides the wood would always fail before the glue joints. They also compared glue types, I believe Tightbond 2/3 did best overall.

[@JustinShaedo]

I don't get this. If you apply glue to one side of join, then push it against the other side of the join, then you have glue on both sides of the join. It's impossible to only glue one side. What am I missing? Genuine question.

[@amdenis]

Justin F - the issue seems to be, that if you take the time to well cover both sides, or paint both the mortise and tenon with glue, or the dado and the tongue, etc that the coverage is both more complete and even and generally has had more time to tack to, and get tacky on, the surface. All of that appears to contribute to a statistically much stronger glue joint. For some joints, like two flat boards where just one side is painted with glue, I would assume that you could do something similar using a “rub joint” by over-gluing one side a bit, rubbing them together a little to spread the glue, pull them apart for a minute or two to allow some degree of tack and then just push them together and clamp. Possibly even without the tack, the rub joint could be about as strong if clamped well; but I’d just be guessing on that as I never read an article or watched a video on comparative testing of rub joints versus both sides explicitly glued ones, like has been done with single vs double-sided gluing.

[@JustinShaedo]

@@amdenis Thank you! Really appreciate the reply and knowledge. Sounds like getting 'some tack on' is important then? I've always tried to get things in contact and clamped ASAP. Might be I need to reconsider my approach...

[@jackmaher4466]

Wow. Great idea and I am impressed. I am a watchmaker and I have more little bits and drills than you can shake a stick at. I am not sure how I will end up using this but I will. I am looking forward to a bit more organization thanks to you.

[@Rusty_ok]

Brilliant idea. Now I can go buy more router bits.

[@KeithsTestGarage]

Is there anything else I can help you organize?

[@andrewk-majordochomerepair6014]

Great inventive & effective idea. With the cabinet I plan on building for my new Rockler router table stand, I may just try this technique for storing my bits and accessory parts. Thanks! To solve your sliding layered glue-ups, I saw a video that effectively used a light sprinkling of course salt between the layers -- result, no sliding!

[@lelandclayton5462]

I'm a Dremel guy and I think I shall make two of these for my Dremel Bits. One of these days I need to buy a new Router.

[@tomsayers4488]

So simple yet so brilliant. Thanks for sharing!

[@LewkoCNC]

For that great Idea, you should get an Oscar!

[@charleshanson9467]

So the kerf widths need be the legs of a right triangle with a hypotenuse equal to the diameter of the bit shanks. In case anyone isn't interested in the guess and test method for any other sizes they need.

[@KeithsTestGarage]

Charles Hanson mathematics always appreciated.

[@SuperDuperTango]

Ok so 4 or so years later I see this vid. Damn, this is flippin brilliant. Nice video pacing too.

[@LeslieHerr]

Thank you - this is exactly what I've been looking for

[@EdieBabeMonster]

Awesome! Our brains seem to work similarly... love it.

[@KeithsTestGarage]

Upload some videos!

[@terrialbright3927]

Awesome! That’s the solution I’m looking for!

[@zs1dfr]

Not having a table saw, I'll have to use the Dremel Trio to cut the dadoes! Well done - very nice video. Thumbs up!

[@KeithsTestGarage]

That looks like a clever tool that’s no longer available....

[@zs1dfr]

Yes, I've had mine for about 4 years now. Very useful, and probably under-utilized, I'm embarrassed to say!

[@pennykrueger5644]

The router table works too. I'll admit it's a bit slower, but if you don't have a table saw. . . .

[@Norwegianwoodworker]

The best idea input this month :) I will make this, but will try it with endgrain laminations. Thanks for the video.

[@KeithsTestGarage]

I’m eager to see how it turns out. That seems like the proper way to do it and may end up whipping one up sometime as well. (For the record, no more columns broke since making the ones in the video, but still, as a woodworker it would be cool to make ones that take advantage of the grain direction.)

[@rogerk7194]

Fantastic idea. Thnx for sharing. I really like your "rubber clamps"

[@rstiekema]

This was the trick I was looking for. Thanks!

[@marcopietraforte5913]

Complimenti per la soluzione intelligente pratica ed economica !!!

[@paisaconstructiondavid1964]

Sometimes I see a good idea and I did thank you. I appreciate the persistence and attention to detail great job. You are correct it is better to see all the bits at the same time.

[@ctrillo]

Don’t know if anyone else hit on this. Watched this amazing smart way of solving this problem, loved it. As usual though my son,18 walks in and ask why I’m so impressed. He doesn’t really like making, anything. Watches the second half and then walks out nonchalantly says “if he put the perpendicular dados on the other face, they’d be a lot stronger!” Kids. He’s right.

[@BeaulieuTodd]

I don’t get it.

[@zaffman]

Kewl idea!! Totally digging your ending music as well.

[@andrewbrown8148]

This is a great solution~!! Gotta try out those "rubber clamps". Just so happens that I have some of my own. 😉

[@floobertuber]

Best instructable I've seen in a couple of years. Great job, man!

[@ncgrnebel6755]

very cool, and clever!! FYI using Pythagorean Theorem you can calculate the dado size needed by dividing the shank diameter by 1.4142 - now that's nerdy!!!

[@KeithsTestGarage]

Bah! Thank you! I was googling “how to calculate what size circle will fit in the intersection of two ...gaps” but couldn’t seem to find the right word for gaps in that search term. I kept getting Venn diagrams (intersection of circles). I’ll give that a try. Thanks!!

[@KeithsTestGarage]

Holy moly, I plugged that in to Fusion 360 and it worked brilliantly. May I post that on my blog post and somehow give you credit for the tip?

[@ncgrnebel6755]

@@KeithsTestGarage sure

[@Lucco62]

I loved the video and the calculations as well is the music, well narrated too. Looking forward to more of your videos.

[@g.fortin3228]

Wow.. space saving AWEsomeness !! Really like that !

[@BengtRosini13]

I'm only a couple minutes in and I already think it's a great idea. I am a Dremel using fool. I got lotsa bits and up till now it's always been eighth inch holes, but this is brilliant.