Circle cutting jig that rotates on its own axis like the moon

[@bdbdbd100]

私もトリマー用のサークル治具は作っていますが、これは素晴らしいですね。まったく場所をとらない。トリマー自体を回転させるっていうアイデアに脱帽です。作りたいけど、今の私の技量では難しそう。でもいつか挑戦します。

[@kentclover]

これは面白い発想です。トリマーのサークルカットジグはどれもコードや集塵ホースが絡まる問題を抱えていましたが、 これだと回転しないので絡まないですね。電源コードの方はバッテリー式を使えば問題ないが、集塵ホースはそうもいきません。 目からウロコです！

[@kazkam3567]

これはすばらしい。集塵ホースも回らなくてスマートですね。That's good idea. You did a good job.

[@Smedleydog1]

Great build. That is similar to the one that Marius Hornberger made a couple years ago. All circle jigs should be made like this.

[@さくらちゃんねる]

正直　天才!!　って思いました。 これは便利です。 真似させていただきます。

[@rossideas5884]

watch my channel if you like subscribe please kzbin.info/door/6mvqw0k3A2EbIGiB3I99UA there is still a lot of interesting things ahead 👍

[@qzwxecrv0192837465]

Cool. You just added bearings to a concept/aid that has been around for decades. Btw, thank you for not adding annoying music

[@panos3051]

Actually the bearings aren't his own idea either: kzbin.info/www/bejne/j4LHf5SAe6mIiJI

[@norwoodmatt5034]

Brilliant! For months, now, I've been looking for a jig that would let me do what yours does. As a maker, I would far prefer to make said tool. You have shown me how. Thanks!

[@hassanpervaiz7]

You work with great precision, skill, and proper measurements, amazing!

[@UrraSergio]

Excelente solución para los que preferimos herramientas con cable.

[@Parsifal54]

Perfecto, me encantan las ideas, sean tuyas o de otro, muy bien desarrollado y útil, intentaré hacer una igual

[@zbnmth]

brilliant, for non-critical circular cuts. I'll stick to a single rotator. On a side note, you mean quite the opposite from "like the moon"; the moon actually rotates just -so- it only faces the center of rotation with one side, this method makes the router -not- rotate.

[@uwew6126]

Finde die Vorrichtung zum Kreise schneiden echt genial, werde es nachbauen. Super Idee und Super Video !

[@danceswithaardvarks3284]

Finally made one after seeing this over a year ago and adding it to my "to make" playlist. Made it out of plexiglass (which was a mistake with hindsight) and using a trammel arm for larger circles (which is removable and works out well).

[@qnitech]

Amazing build brother !! You made it look so simple to do .....

[@xeneize1945]

Felicitaciones!! De lo mejor que tengo visto.

[@freyrjay95021]

Great Idea. Can you tell me What are the dimensions of the bearings you used please. Thx

[@earlselling9183]

Absolutely brilliant design..works very nice with small form.. have just bought material to try copy that model.. would appreciate some help with size's or build plan.. great video clear and precise..thx so much

[@dleivam]

Brilliant.. Very elegant and clever design

[@腹我立造]

これは良いアイディアですね !

[@moacirguedes6048]

Maravilhoso !!

[@1972Russianwolf]

Excellent, and I love the Hikoki route. I use them and Metabo HPT myself.

[@BeyondFunction1]

I didn't understand that part. Why make part of the cut with the one and then finish the cut with the other?

[@longhuang5613]

Nice job！In a sense, this is the most comfortable dust collection system, rather than a simple compass. Because it can make your dust collection pipe very comfortable. No skipping!

[@tsunpapachigasaki]

素晴らしい！参考にさせて頂きます。

[@ianferguson6804]

Wonderful little kit. Do you have a parts list for this?

[@mej3616]

Excelente!! Justo necesitaba cortar unos circulos pequeños ( 6.5 cm)!! Gracias

[@eduardrodrigs8680]

Teria como me mandar um desse gabarito pronto ? Qual valor ? Ou o projeto com medidas.... Gratidão

[@jimgeelan5949]

Brilliant I’ve subscribed i cant wait to see the rest of your work

[@lory619]

Complimenti.. Su possono avere le misure dei vari componenti e sino a che diametro arriva il tuo progetto?. Complimenti ancora!

[@downeastjd1711]

Nicely done. No hose/cord wrapping, with this design.

[@ronhope3970]

A nice build but it still leaves a hole in the disc, and a hole saw could cut out a circle for you, but it is a nice gadget.

[@maldom7985]

Bonjour est il possible d'avoir les plans de votre gabarit ? Merci d'avance

[@louieatienza8762]

Great, but you're relying on the base being concentric with the bit...

[@TheBonswah]

Looks like a pretty hardcore fleshlight

[@BeyondFunction1]

Viewing on the small screen and I couldn't make out what material you used to make it? MDF?

[@PhilJonesIII]

Cool idea. I'm impressed.

[@makershustle]

Nice Design💪

[@justinf1343]

Very cool. I could have done with this jig last weekend.

[@dustylivas799]

But someone please inform me of the benefit of this type of circle cutting jig I'm relatively new to owning a router and looking at purchasing or building my own little circle cutting jig so I was wondering if this has any distinct advantages over one that doesn't do what this does

[@danceswithaardvarks3284]

The cable doesn't tangle up or get in the way.

[@keupondestroy911]

C'est super merci beaucoup pour la vidéo

[@woodensurfer]

You are already using a cordless, so cord entanglement is not an issue. Regardless, cord entanglement has never been an issue for me for small router of thin gauge cord, such as two conductor (double insulated) 18 AWG. I don't see the great advantage of the router itself being able to rotate. Or am I missing something?

[@ezion67]

Was thinking the same thing, it is easier for the dust collection hose though.

[@TheBonbenk]

@@ezion67 yep, the dust collection hose. It's pain in the ass, especially if the hose is stiff like mine

[@brettboley7051]

I think it’s a significant safety improvement as well. Much less likely to have an incident when your control/router hand never changes grip.

[@vladkog1]

При возможности избегаю акамуляторные инструменты . Последний шуроповерт с двумя акамуляторами один оказался испорчены. Аккумуляторы стоят дорого и не факт рабочии.

[@homemadetools]

Clever jig. We shared this video on our homemade tools forum this week 😎

[@b3arwithm3]

That's very clever. Much easier to maneuver with the tool.

[@jeffs-reviews]

The start hole is the problem, you need something to line up the router with the template and ensure the bit is at the right location before the bit hits the wood. I can easily see you getting a slight off spot because there's no way to align things before you start routing.

[@jmmercy5455]

Could you develop ? The router can be on spot before lowering the bit, why would that impact the accuracy ? Regards

[@kamleo1685]

Interesting design. How do you make concentric circles?

[@petirist9945]

Just cut the outer (bigger) first ! 😉

[@norbertkern8285]

Super gearbeitet, mit freundlichen Grüßen.

[@СергейИванов-н7э]

Классное исполнение, но слишком сложное решение простой задачи. За руки - КЛАСС.

[@lykos30]

Can you tell me what bearings you use (number)?? Very clever working...

[@koningbolo4700]

Using a Hitachi or Hikoki tool to do this kind of thing can't go wrong...

[@yourunclesam6780]

Great idea,Thankl youuu

[@noodlesiis]

Brilliant build …

[@ramonmunoz7199]

Bonito y limpio, que material utilizas y las medidas del proyecto gracias

[@nikolay3655]

Это какая глубина выхода у фрезера фрезы при таких толщинах приспасобы?

[@НиколайКузьмин-ж4ч]

Зенковку лучше производить до нарезания резьбы. Не пойму, что за материал Вы применяете? Привет из России!

[@robertr4193]

Very neat design.

[@EitriBrokkr]

Good way to make a circle cutting jig less accurate

[@lohikarhu734]

How?

[@EitriBrokkr]

@@lohikarhu734 a normal circle cutting jig revolves around a single point, usually a screw or a pin. The tolerances imvolved usually is the difference between the hole you drilled and the pin, or driving a screw...which is about as zero tolerance as you're going to get it woodworking.... As compared to cutting a circle to a specific dimension... Then cutting another circle to match that dimensions... Then spacing your bearings, some how magically, to the exact position, to hold the exact amount of clearance to allow the whole thing to rotate....

[@3vil3lvis]

Yes the bearings add slop, but if you are having to orient a vacuum hose in one direction this might be useful.

[@alexandergrigorev4518]

What kind of material do you use? It’s not seem to be wood or plywood. Thank you!

[@robertbutler8004]

Alexander Grigorev it is called MDF (medium density fiber) it is not timber at all.

[@alexandergrigorev4518]

@@robertbutler8004 thank you for reply. Yes, it looks like it is, but I failed to recognize. Thank you!

[@Keechization]

insanely elegant circle jig

[@donosada9056]

Outstanding. I like it

[@wiltel8180]

👍👍👍 Tolle Idee!

[@alfredomarquez9777]

Curiuosly, this same week, I decided to buy a Palm Router, since my other two routers are larger and heavy (an old Black&Decker 7614 and a Milwaukee 2 1/2 HP with two bases), but the question is: Which Palm Router is best???

[@downeastjd1711]

The Makita palm routers are nicely made, and have 5 different bases available. The corded one does not have a light, but the cordless does. My biggest complaint, about them, is the lack of micro adjustment.

[@alfredomarquez9777]

@@downeastjd1711 I am undecided between the Makita and the Bosch, both corded...

[@downeastjd1711]

@@alfredomarquez9777 I don't think you can go wrong, with either.

[@ricksikora3688]

Are the plans to build your Circle Cutting Jig available to purchase? If so how do I go about doing that?

[@chrismsmalley2626]

Mount a router to a piece of board approximately the size of the router base. Plunge the bit down through the wood until it comes out the underside. Now make a straight line radiating away from the router hole. Make a small hole with an 1/8" drill bit about 12 inches from the router hole but on that radiating line. Make a half circle around the small hole. Draw straight lines from that half circle to the edges of the router base. Cut that shape out on the outside of the lines on a bandsaw or use a coping saw. You are done. Now any hole you make on that straight line down the middle is your pivot point center for any size circle you want to route out or chamfer or bull nose. Just measure out from the center of the router hole half the diameter of the required circle or arc and make a hole on that line.

[@ricksikora3688]

@@chrismsmalley2626 thanks but I need the actual plans, of which I understand are not being given or sold!

[@eduardodiasnunes941]

Imagina depois da privatização da Eletrobrás!

[@yannickd7925]

Nice 👍 😉

[@thecorby3415]

Like the moon? WE LIKE THE MOON!

[@gerdpohl9399]

gibt es ein BAUPLAN :::??

[@alfredomarquez9777]

Liked and immediately Subscribed!

[@tky-k]

凄いアイデアですね。 高精度で作るのはなかなか難しそうですが、真似して見ようと思います。使いやすそう。^_^

[@rossideas5884]

watch my channel if you like subscribe please kzbin.info/door/6mvqw0k3A2EbIGiB3I99UA there is still a lot of interesting things ahead 👍

[@joseguevara184]

Su merced es un Genius!!!

[@ELIAN-WICZ]

Beautyful.

[@hans-joergwahmkow2621]

Well it is a nice jig. But the moon does not rotate on its own axis. It only rotates around the earth in a bound rotation, e.g. the same side of the moon always faces to the earth. And that is the opposite from what your jig does. 😉

[@marcdevriendt8419]

Good idea but it is much more easy and accurate to use a guide bushing inserted in a hole of the same size. Personally, I drilled a 20mm hole in the jig with a forstner bit and I use a 20mm guide bushing. Easy to set up as there is no need to screw a base on the router and nothing to adjust. Just insert the guide bushing into the router base and put it in the hole of the jig.

[@arcuscerebellumus8797]

Firstly you Have to remove the base plate to install the bushing on most routers anyway, so I don't see a problem here. Secondly, not all routers have a bushing "out of the box", so you'd have to make or buy one. But if you really want a fast swap capability with minimal fuss on the jig side and are itching to buy something - another full base wouldn't hurt i guess... I can see myself making a permanent round base plate from some hardy material like acrilic and just sticking to it... it's better than my square one anyway.

[@Tensquaremetreworkshop]

@@arcuscerebellumus8797 Many trim routers come with a round base (e.g. DeWalt) as well. So, nothing to fit, and no loss of height. Personally, if I wanted to make such a jig, instead of encircling the router with a track, I would fit a raised round part in the centre, just the right size to fit into the clearance hole in the router base. Nothing to fit to the router, no loss of height, and no ball races. Simples.

[@johnjensen8560]

Yes - a guide bushing is so much simpler! I just drill a 3/4” hole in the jig, rout with a 1/4” bit paired with a 3/4” guide bushing and the router will rotate on the jig. Easy, peasy. John Jensen from British Columbia.

[@qnitech]

Is there a way to buy some plans of your builds ? あなたのビルドのいくつかの計画を購入する方法はありますか?

[@MustafaAldhaheri]

This is brilliant idea and work I will definitely do it with my router Bravo

[@rossideas5884]

watch my channel if you like subscribe please kzbin.info/door/6mvqw0k3A2EbIGiB3I99UA there is still a lot of interesting things ahead 👍

[@html9155]

Excelente

[@Krzys_D]

Not sure if the title was translated to English but the moon doesn't rotate😄

[@tmmn9168]

月も自転しているよ 月の自転周期と地球を公転する周期が一緒だから 地球からは同じ面しか見えないのだよ 日本では小学生でも学ぶレベルの話

[@ijemofili9435]

Nice video, but too many fancy tools the average DIYer might not have ):

[@Tensquaremetreworkshop]

Many trim routers come with a round bottom plate- so you do not need to make that part. The round shroud that goes around it serves no purpose- it rides on the ball races. So you do not have to make that part either. In practice, if you have an overhead extraction system (probably the best arrangement), the rotation of the router is not a problem in the first place...

[@tchevrier]

very nice jig

[@wernercotto692]

Excelente trabajo y muy profesional

[@rossideas5884]

watch my channel if you like subscribe please kzbin.info/door/6mvqw0k3A2EbIGiB3I99UA there is still a lot of interesting things ahead 👍

[@josebonfimdealmeida3549]

Perfeito

[@kuyakayucraftproject2321]

Nice ..

[@georgefromtexas4631]

nice nails

[@izzetozturk5977]

Çok çok çok güzel, harika. Ellerine, bilgine sağlık.

[@rossideas5884]

watch my channel if you like subscribe please kzbin.info/door/6mvqw0k3A2EbIGiB3I99UA there is still a lot of interesting things ahead 👍

[@larrybud]

Talk, creators, TALK. We want to hear how and why you do things.

[@uppercut2246]

So, you look up at what you claim to be an object, that you cannot vary nor manipulate!? What's next, because that was breath taking. Maybe it's Cheese?

[@leandromanoelsoares1703]

👏👏👏👏👏👍

[@solarcanum]

Awesome!

[@rossideas5884]

watch my channel if you like subscribe please kzbin.info/door/6mvqw0k3A2EbIGiB3I99UA there is still a lot of interesting things ahead 👍

[@rrspille]

Wenn ich da sehe, wie nahe (bei ca. 2:10 Minuten) die Finger am Fräser sind, wird mir schlecht!

[@АлександрЕрёмин-щ2м]

И что же ты там меряешь? А теперь сделай с этой приспособой круг без отверстия в центре.😎

[@damiangarpe2374]

Слишком сложно. Можно проще . И тоже провод перекручиваться не будет.

[@johnalderton6032]

Our moon does not rotate!

[@尚志柴崎-o6b]

ベアリングの厚さまでですね！９ミリべニア位ですか！ベース固定なら回転刃の長さまで切れるのにね！

[@goldenoatie]

The moon doesn’t revolve on it’s own axis. The Earth’s and sequitur the Sun. Just sayin’.

[@bernwardschwedhelm7444]

SCHADE !! Idee mag noch so gut sein- ohne Maße jedoch absolut unbrauchbar, wert-u. nutzlos. Sorry !

[@hipphipphurra77]

Genau so mach es der Mond nicht. Der Mond zeigt der Erde immer die gleiche Stelle. Hätte der Mond ein Kabel würde er sich definitiv verheddern.

[@kellwng]

You all think this is all new like you invented it. Most of these things were in Popular Mechanics magazines going way back to January 11, 1902.

[@antoniojoseandreomartinez9710]

🙋👍❤️👌

[@karipenttila2655]

Genius!

[@007floppyboy]

moon does not rotate on its own axis.

[@bajenbo]

It actually does. It rotates around its own axis and around Earth with the same angular speed. Therefore the illusion that it does not rotate relative to Earth, or in other words always shows the same face to the Earth.

[@stephanp.414]

Nur deine Fräse hat aber kein Kabel, weil es ist eine Akku-Fräse.

[@gfranguelli]

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