Rotisserie for their weber 26 inch grill?

[robert-r]

pie r squared = c. r being the radius.

Usually, the ring fits inside or directly on top.

[varekai]

@ghosttown , not hard to make your own.. Here is one I made for a 22" kettle.
https://www.flickr.com/photos/varekai/albums/72157677916521603

[ghosttown]

What kind of sheet metal is that? Looks good

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[varekai]

It’s stainless... I work next to a heating and air shop, it still cost me $50.. but was fun to “DIY”.  You might be able to find some “rems” at a similar shop.. mine was actually 2 pieces that they spot welded together. I then made the final size and screwed the 2 ends together. It sits on the grate tabs in the kettle


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[swamprb]

Cajun Bandit


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[Prof.]

This is my version....

[attachment deleted by admin]

[mhiszem]

Looks great and sturdy!


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[YardBurner]

@Prof. We really need to get you started on shipping
here to the States. (Canada too, @Darko)

Some REALLY interesting things on your web site.

www.webbq.it

[Prof.]

@Prof. We really need to get you started on shipping
here to the States. (Canada too, @Darko)

Some REALLY interesting things on your web site.

www.webbq.it

Thank you very much ... the real problem is not shipping but the shipping costs! if you are willing to pay them I can ship anywhere with DHL

[Jed.cook]

pie r squared = c. r being the radius.

Usually, the ring fits inside or directly on top.

If memory serves, circumference is 2πR, or πD. (I believe πRsqrd. is the formula for area, not circumference.)


-Jed

[robert-r]

pie r squared = c. r being the radius.

Usually, the ring fits inside or directly on top.

If memory serves, circumference is 2πR, or πD. (I believe πRsqrd. is the formula for area, not circumference.)


-Jed

You are correct. Was making a small ring the other day & "needed" 80 inches of material. Checked my math - oops... wrong formula.