g_boxwood
Well-Known Member
- Joined
- Jan 20, 2009
- Messages
- 564
- Reaction score
- 0
Dear Gentlemen,
I finally got some decent pictures of what has been put together so far!
I started building it during September 2003 and put it aside 'till now... Basic design consists of:
- a continuos LOC 1.52" MMT that runs inside the whole length of the rocket (as the original);
- three LOC 3.90" BT sections cut to the appropriate angle using enlarged original ACME skins as wrap-up templates;
- TTW fins (more on this later);
- balsa-sheeted tailskirt and conical nosecone.
The attached picture shows that:
EACH BT section is secured to the MMT by 2 centering rings (lower and upper one) that are perpendicular to the BT section itself (and not to the MMT); that solution keeps the CR circular and not elliptical meaning less material (thus less weight) is needed.
Moreover you only need to cant the inner edges of the CR (where it meets the MMT) instead of the whole outside diameter... (where it meets the BT)
Hope it is clear !?!?!? Let me know...
Here you see the upper ring of the 2nd BT section...
I finally got some decent pictures of what has been put together so far!
I started building it during September 2003 and put it aside 'till now... Basic design consists of:
- a continuos LOC 1.52" MMT that runs inside the whole length of the rocket (as the original);
- three LOC 3.90" BT sections cut to the appropriate angle using enlarged original ACME skins as wrap-up templates;
- TTW fins (more on this later);
- balsa-sheeted tailskirt and conical nosecone.
The attached picture shows that:
EACH BT section is secured to the MMT by 2 centering rings (lower and upper one) that are perpendicular to the BT section itself (and not to the MMT); that solution keeps the CR circular and not elliptical meaning less material (thus less weight) is needed.
Moreover you only need to cant the inner edges of the CR (where it meets the MMT) instead of the whole outside diameter... (where it meets the BT)
Here you see the upper ring of the 2nd BT section...