Signature Series in Metal Shaping Session #1- C The Reverse Curve

This video focuses on continuing to shape the reverse curve panel using the Excel English Wheel.
I apologize for the audio cutting in and out in the beginning of this demonstration.
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kingdommetalwo...

[@andyschechter8005]

Thx Kevin for sharing your talent with us all.

[@KingdomMetalWorks]

Thank you Andy for your kind words...you are very welcome.

[@RonCovell]

Excellent series, Kevin!

[@KingdomMetalWorks]

Thank you Ron, I really appreciate your input! I am looking to build my business and leave a legacy through my RUclips channel. Take care Ron.

[@jojo1966]

Thank you for sharing this secret process :-))
Love the calm…..

[@KingdomMetalWorks]

Thank you Jojo, it is a peaceful process....

[@johnmathews3027]

Very nice work, Great video, thanks for sharing

[@KingdomMetalWorks]

Thank you for your comment John, I really appreciate it. Looking forward to making many more and sharing techniques that I have learned over the years.

[@russelljones5294]

thanks for the excellent lesson in shaping the reverse curve. there are many videos on RUclips showing standard compound curves but very few on making a reverse curse. the video series you are making is extremely helpful to a beginner like me.

[@KingdomMetalWorks]

Thank you Russell, I really appreciate your comment. I agree with you, there is so much out there but I didn't see the in-depth techniques. Therefore, I decided to build up my channel with my Signature Series. I hope to make many detailed videos for the beginner student to the more advanced ones. Take care.

[@daos3300]

Awesome C

[@jasonfikes9514]

Really enjoyed your tip on working the panel in sections. Great video as always.

[@KingdomMetalWorks]

Thanks again Jason for your comment, I really appreciate it.

[@ericsimpson1176]

Another good video Kevin, I appreciate you taking the time to do it.

[@KingdomMetalWorks]

Thank you again Eric!

[@bobspearing4453]

Hi Kevin, how come the beating doesn't harden the metal? I've only worked with copper, and that gets hard quite quickly.

[@KingdomMetalWorks]

Hey Bob! Because the molecular structure of the aluminum 3003 is very different than copper. It work hardens at a much slower rate.

[@bobspearing4453]

Ok, thanks.