| First mug shot of the camera/transmitter.
It's hard to see the ruler, but the marks on the side toward the camera
are inches (it is 2.5 inches long) |
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| Front shot of the camera/transmitter.
Pinhole lense is pretty tiny. It's hard to tell from this picture,
but there are two 'dents' on either side of the lense to facilitate focusing,
since there really isn't anything else to grasp. |
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| Back view of the camera/transmitter shows
the 4 position switch for changing the frequency, SMA connected antenna,
and power jack. |
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| Here we jump right to the fully hacked
system. The transmitter pretty much falls right out of the case after
removing the four screws on the sides of the camera that are hidden by
the label. Two small nuts held the power jack and antenna connector
to the back part of the case, and unscrewing these allowed the back to
easily come off. The pinhole lense is integrated into the front of
the case, so it remains attached to the CCD camera and actually affords
a nice amount of protection for the CCD's components. The white plastic
cover on the antenna was hacked off to reveal a standard dipole, which
was then covered in a length of heat shrink tubing. |
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| I probably didn't gain much by removing
the white plastic cover of the antenna, but it definitely made the antenna
narrow enough to slip through a small hole in the plane's body. All
up weight of the system, minus the battery, is 1.6 ounces! Not bad
for just pulling the case off. |
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