Glad you liked the cars! ;-} Regarding tool heat - yes - these were essentially slotting operations with full engagement of the tool in hardwoods - so it can generate significant heat. To reduce heat - you want to increase the chip load - and that is done by increasing the feed rate or reducing the spindle RPM. Of course you have to balance the chip load with the mechanical strength of the bit - and we're already on the edge with this diameter of tool in the hardwood. The main issue here was a dull tool. It was already past it's useful life and it shows - especially during z translations around tabs in the part design as the X & Y dwell. Nothing a little sanding can't fix. ;-] Good eyes!
Hi Ali, Thank you for the kind words my friend. The tool at 1:07 is a router with a round over bit. The round over bit has a pilot bearing that allows it to follow the contour of the part and the profile of the cutter rounds over the edge. You can see a better view of the entire router again at 2:00 rounding over the edge of the car body.
On another note it's not rocket science to draw a little car file up and run some tool paths. One can simply draw it on a piece of paper and do a bitmap trace of the car and proceed
@@reloadNshoot wow, well ya, and rebuilding an engine isn't rocket science either, for a mechanic ! What a smarta$$ comment, way da show your colours 🙄
Hello Dale
Thanks for your video!
This is wonderful. Thank you very much for sharing
Thank you for the kind words!
I am really inspired by ur Vid. I have srarted learning from basic.
Thank u very much for sharing.
YOU are soooo where I want to be with your tooling and setup. Well done mate ! Seriously impressed
Thank you very much for the kind words. ;-]
I love this video
Thank you for the kind words!
So beautiful dear man ❤️
Thank you for the kind words !
Desde Colombia 😍👍😲
What materials the spacer for tire?
You have burn marks on everything, buddy - maybe increase your feed rate and/or RPMs. I do love these toys ;-)
Glad you liked the cars! ;-}
Regarding tool heat - yes - these were essentially slotting operations with full engagement of the tool in hardwoods - so it can generate significant heat. To reduce heat - you want to increase the chip load - and that is done by increasing the feed rate or reducing the spindle RPM. Of course you have to balance the chip load with the mechanical strength of the bit - and we're already on the edge with this diameter of tool in the hardwood. The main issue here was a dull tool. It was already past it's useful life and it shows - especially during z translations around tabs in the part design as the X & Y dwell. Nothing a little sanding can't fix. ;-] Good eyes!
Hello Dale! I really enjoyed the video well done! I am curious to know what program are you using to create ur 2/3D images?
Hello Renxo! The opening scene was sketching the basic idea into OneNote. That sketch was used as a reference to design the parts in VCarve Pro.
Quiero las plantillas o medidas puede ser?
Hi Dale! can you drop me cnc file for this butifle car!
Hi Dale, Would you be able to share the design?
Would you be willing to share or sell your vcarve file?
Hi Dale, this is awesome. I am also making DIY wooden toys. I wonder, what is the tool at 1:07, makes the edges rounded?
Hi Ali, Thank you for the kind words my friend. The tool at 1:07 is a router with a round over bit. The round over bit has a pilot bearing that allows it to follow the contour of the part and the profile of the cutter rounds over the edge. You can see a better view of the entire router again at 2:00 rounding over the edge of the car body.
@@OakLines Got it! Make sense! Thanks a lot.
I don't think Dale is into sharing the vcarve file guys, that's too bad too
On another note it's not rocket science to draw a little car file up and run some tool paths. One can simply draw it on a piece of paper and do a bitmap trace of the car and proceed
@@reloadNshoot wow, well ya, and rebuilding an engine isn't rocket science either, for a mechanic ! What a smarta$$ comment, way da show your colours 🙄
Hello, Dale.
Can you tell me what cnc machine are you using?
Thank you.
The machine is a Probotix Asteroid.