|
Date |
Section |
Hours |
Description |
Pictures |
| 9/3/06 |
N/A |
0.75 |
Read instructions |
|
|
10/1/06 |
B |
6.75 |
Sections A, C and D are completed with the
Jump Start option, so I proceeded to jig the assembly (Section B).
First I had to build a level table extension to support the 10'
stabilizer span. Once the extension was done, I secured the
"upper" assembly to the table. Note: the stabilizer is built
upside-down. Jigging was completed on 11/21/06 |
 |
|
11/23/06 |
A |
2.0 |
Before moving on to Section E, which is where
the J.S. option left off, I went through the prior sections to
verify the J.S. work. What I discovered was that a step had
not been completed. Of the ribs that were part of the
assembly, two ribs were not to be installed until a builder
completed step in Section E. However, a laminate was to have
been laid up in Section A in preparation. Since this had not
been completed at the factory, I had to lay these up myself on both
stabilizer panels. I also trimmed the ribs to get them ready
for their installation later in the section. |
 |
|
11/23/06 |
E |
N/A |
Here is where having builder friends can save
a lot of money! I was able to borrow a pneumatic rivet gun
from a friend nearby that had recently finished up his Zenith kit.
I already had a small compressor, which should be sufficient for the
minimal riveting that is required for this kit. |
 |
| 1/5/07 |
E |
4.75 |
Laser levels are wonderful! I marked
positions along the trailing edge of the stabilizer on the aft spar
for mounting the elevator hinges. Then I moved on to
construction of a hinge jig out of a 10' section of aluminum angle
that will be used for positioning the hinges and making sure they
are properly aligned. This is crucial for smooth movement of
the elevator across all six individual hinges. The laser level
helped to judge whether all six positions were aligned across the
entire width of the spar. |

 |
| 4/8/07 |
E |
7.5 |
Completed construction of
aluminum jig. Cut bolt heads and mounted to jig for simulating
the pivot positions of the elevator when mounted. Hinge
brackets were clamped into place and holes drilled for mounting
bolts. Nutplates for bolts were fastened into position with
bolts partially screwed into them, and then they were riveted into
position. Modeling clay was used to plug nutplate holes (see
picture) to prevent resin from getting into the threads during the
next step. A mill fiber mixture will be used to permanently
secure the nutplates, followed by a two-layer laminate. |


 |
|
4/28/07 |
E |
3.25 |
Applied mill fiber mixture to
backside of nut plates around threaded hole. Once cured, the mill
fiber was smoothed and a 2-layer laminate was applied over top.
Hole were cut in the center of the cloth prior to laminating to
provide clearance for the mounting bolts. |

 |
|
5/28/07 |
E |
1.0 |
Removed brackets and cleaned off hot-glue from
them and the aft stabilizer spar. Prepared D-ribs for bonding
by trimming the leading end of the rib to match the other ribs and
the forward area of the stabilizer. |
|
| 7/8/07 |
E |
1.0 |
Portioned 200 pounds of Play Sand
into one-gallon zip-lock bags, at approximately 5 pounds per bag.
These will be used to distribute weight over the stabilizer panel
while the D-ribs cure in place. |

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