Uploaded March 2026 | Updated September 2026, 4 days ago
If you’ve ever used a card scraper, you know how good the results can be...but also how painful it can feel to actually use.
You’re holding a thin piece of steel, trying to find the right angle, sometimes bending it, sometimes not...and even when it’s working, your hands feel it at the end.
This build solves that.
It’s a simple “yoke” for a card scraper that holds the blade at a fixed angle, gives you a comfortable grip, and lets you just push and work. No guessing the angle, no thumb pressure, no fighting the tool.
It turns scraping into something that just works.
The base version works great on its own, but I also show how to add a camber adjustment to clean up track lines and focus the cut in the center of the blade.
And if you’re working with narrower or shaped scrapers, you can easily adapt the same design by changing the pressure bars… no need to redesign the tool.
This is a straightforward build using common materials, and it’s something you can make with whatever you already have in the shop.
Are there plans? What about the pattern? Yes and yes! Check out below for a link to the website!
Step by step Website build → makethingswithrob.com/make-a-yoke-scraper
Download the Digital plans on Patreon → patreon.com/posts/yoke-scraper-154160755?utm_medium=clipboard_copy&utm_source=copyLink&utm_campaign=postshare_creator&utm_content=join_link
"Playlist of all Bitesize tips used" → youtube.com/playlist?list=PLEBXNh1Ik9FmPSa99P5CFpClwN_J36R_U
Become a patron! → patreon.com/makethings ←
Huge thank you to my patrons that keep this thing going!
*MAKER TEAM*
Michelle B
Keith Current
Rich Lightfoot
Tutor the Barbarian
Aubrey G.
Nukebert
Sam W.
Aaron Knows DIY
G. Salazar
David B.
Marc B.
Richard B.
Ben. K
Bill Patterson
D. Lundman
Make Things
#MakeThings #mtbitesize
00:00 Intro
00:34 1. Materials
01:25 2. Sled for a sled
03:31 3. Cutting & threading the slope
06:07 4. Pattern & cutting
08:04 5. Cleanup
08:27 6. Why camber?
09:08 7. Camber screw
09:51 8. Screw braces
10:41 9. Using it
11:23 Credits
If you’ve ever used a card scraper, you know how good the results can be...but also how painful it can feel to actually use.
You’re holding a thin piece of steel, trying to find the right angle, sometimes bending it, sometimes not...and even when it’s working, your hands feel it at the end.
This build solves that.
It’s a simple “yoke” for a card scraper that holds the blade at a fixed angle, gives you a comfortable grip, and lets you just push and work. No guessing the angle, no thumb pressure, no fighting the tool.
It turns scraping into something that just works.
The base version works great on its own, but I also show how to add a camber adjustment to clean up track lines and focus the cut in the center of the blade.
And if you’re working with narrower or shaped scrapers, you can easily adapt the same design by changing the pressure bars… no need to redesign the tool.
This is a straightforward build using common materials, and it’s something you can make with whatever you already have in the shop.
Are there plans? What about the pattern? Yes and yes! Check out below for a link to the website!
Step by step Website build → makethingswithrob.com/make-a-yoke-scraper
Download the Digital plans on Patreon → patreon.com/posts/yoke-scraper-154160755?utm_medium=clipboard_copy&utm_source=copyLink&utm_campaign=postshare_creator&utm_content=join_link
"Playlist of all Bitesize tips used" → youtube.com/playlist?list=PLEBXNh1Ik9FmPSa99P5CFpClwN_J36R_U
Become a patron! → patreon.com/makethings ←
Huge thank you to my patrons that keep this thing going!
*MAKER TEAM*
Michelle B
Keith Current
Rich Lightfoot
Tutor the Barbarian
Aubrey G.
Nukebert
Sam W.
Aaron Knows DIY
G. Salazar
David B.
Marc B.
Richard B.
Ben. K
Bill Patterson
D. Lundman
Make Things
#MakeThings #mtbitesize
00:00 Intro
00:34 1. Materials
01:25 2. Sled for a sled
03:31 3. Cutting & threading the slope
06:07 4. Pattern & cutting
08:04 5. Cleanup
08:27 6. Why camber?
09:08 7. Camber screw
09:51 8. Screw braces
10:41 9. Using it
11:23 Credits
