• Win a Free Custom Engraved Brass Coin!!!
    As a way to introduce our brass coins to the community, we will raffle off a free coin during the month of August. Follow link ABOVE for instructions for entering.
  • SUBSCRIBE TO SHIPS IN SCALE TODAY!

    The beloved Ships in Scale Magazine is back and charting a new course for 2026!
    Discover new skills, new techniques, and new inspirations in every issue.

    NOTE THAT OUR NEXT ISSUE WILL BE MARCH/APRIL 2026

Le Saint Philippe 1693 after Jean-Claude Lemineur (Ancre) in scale 1:48

Paul, can you please tell me what was the thickness of the brass sheet you used for the hinges and the drill bit type for the holes.

When I try to do holes on the brass I use, for example to do the rudder metal parts, my brass always bent during the drilling process. Then I made them flat again with the hobby hammer.

Could be I am not using the correct drill bits type ? Or perhaps I use an Incorrect thickness brass sheet ?

Thanks
Daniel
Hi Daniel!

The brass for these hinges was 0.3 mm thick. And I just use cheap drill bits for circuit boards. They break if you use a pin vice (the drill bits are tungsten carbide so any lateral force and they snap) - but in a mini drill press they generally don't break.

These:

When drilling brass the drilling has to happen over something hard (a hardwood backer under the brass). See this post: https://shipsofscale.com/sosforums/...emineur-ancre-in-scale-1-48.17137/post-504526

I hope this helps!
 
Try this :-)

1778174724992.png

The point where these bits most commonly break is near the chuck, since that area has no flexibility at all. To address this, I came up with a simple solution: placing a small piece of electrical wire insulation around the drill bit at the stress point. The added flexibility at this critical area significantly increases the durability and lifespan of the bits.


Source: https://www.therpf.com/forums/threads/revell-1-2700-imperial-star-destroyer.355643/
 
Back
Top