Just Mike
New Member
- Joined
- Apr 23, 2011
- Messages
- 145
I've started work on the Pilgrim Observer. Here are some pics if you want to follow the build along.
It starts off joining some small ball and pin parts. I got a little confused when the instructions say, "Assemble three pivot pins (5)..." I thought it meant there were five of the parts or even three of the parts but in total there are six halves of pins. There are no locator pins on these so you have to eyeball the alignment. The seam doesn't matter here because they will be hidden later.
These engine bells go one each of the pins. The holes on the tops will need drilling out a bit to get them to fit probably because of the seam on the pins.
My camera was pitching a pit with focusing so you can't really tell the seam was eliminated on this engine bell.
I'm so glad Round2 put most of the instructions in PDF form on their website because I misplaced my sheet already.
this is how well the images maintain their clarity when zooming in.
on the spine, there's a trick that one might miss if they don't pay close attention. The internal spine is in the shape of an x (or a + if you prefer) and the external spine housing (?) is keyed so it'll move within. Don't glue the internal to the external. It will need to move so the finished model will animate (?)
Stay tuned for more.
It starts off joining some small ball and pin parts. I got a little confused when the instructions say, "Assemble three pivot pins (5)..." I thought it meant there were five of the parts or even three of the parts but in total there are six halves of pins. There are no locator pins on these so you have to eyeball the alignment. The seam doesn't matter here because they will be hidden later.
These engine bells go one each of the pins. The holes on the tops will need drilling out a bit to get them to fit probably because of the seam on the pins.
My camera was pitching a pit with focusing so you can't really tell the seam was eliminated on this engine bell.
I'm so glad Round2 put most of the instructions in PDF form on their website because I misplaced my sheet already.
this is how well the images maintain their clarity when zooming in.
on the spine, there's a trick that one might miss if they don't pay close attention. The internal spine is in the shape of an x (or a + if you prefer) and the external spine housing (?) is keyed so it'll move within. Don't glue the internal to the external. It will need to move so the finished model will animate (?)
Stay tuned for more.