229H255WT-14A motor.
The ascent was beautiful! I've put a few photos of the rocket leaving
-the launch rail up [on flickr](http://www.flickr.com/photos/bdale/4357476723/in/set-72157618450890674/).
-However, despite a clear sky, we quickly lost sight of it! I managed to spot
+the launch rail up [on flickr](http://www.flickr.com/photos/bdale/4357476723/in/set-72157618450890674/). However, despite a clear sky, we quickly lost sight
+of it! I managed to spot
a bit of the smoke trail from the delay grain as the rocket approached
apogee, but that was it! None of us at the launch saw anything after apogee!
position uncertainty my hand-held GPS was reporting at the time. Things just
don't get much better than that! We picked up the rocket, and returned to the
flight line only a few minutes after leaving it. After dumping the data from
-the board's on-board memory, I quickly generated
-[the usual plots](./posts/gspot-ars.png). The rocket reached 1881 meters apogee,
-or around 6173 feet, and the maximum acceleration was 19.5 g. It touched
-down nearly 1.3 miles down range from the launch rail, in a sage-brush
-desert.
+the board's on-board memory, I quickly generated the usual plots, along with
+a [kml file](/bdale/blog/images/2010-02-13-serial-051-flight-002.kml) that
+can be viewed in [Google Earth](http://earth.google.com/).
-I honestly don't think I would have found the rocket without at least the
+[[!img /bdale/blog/images/gspot-ars.png]]
+
+The rocket reached 1881 meters apogee, or around 6173 feet, and the maximum
+acceleration was 19.5 g. It touched down nearly 1.3 miles down range from
+the launch rail, in sage-brush desert. I honestly don't think I would
+have found the rocket without at least the
radio beacon. It was hugely gratifying that the GPS worked and let me walk
right up to the rocket! I could not have asked for a better test of the
new electronics!