Quote:
Originally Posted by Souvaman
The results on the Ku band were questionable. A sample size of 1 RX65 and 1 V1 is statistically unreliable. I also question the use of a non-radar gun for a source. I realize you have to use what is available, but how closely does a Ku band oscillator match the signal (amplitude, pulse duration, modulation scheme, etc) of a real Ku band radar gun? I don't recall reading other information about the Ku band and the performance of the RX 65 or V1. Can anyone else post a link? Since this band isn't used in the US, I don't care too much. But - it would be nice to know if my RX65 is a brick on Ku...
Souvaman
If the KU results are questionable, then so are all the others. I think its important to remember that this was in no way a scientific test... but rather just an interesting little experiment.
As far as I know each detector was run against each gun only once (according to the data). Had each been run 10 or so times then we could take the mean or median distance + we could calculate a standard deviation and make more sense.
I suspect that there is more variation within a detector model, than between many detector models. Meaning, I suspect if you take two V1s the variation (on a single test like this) will be greater than the variation betweeen the V1 and other models.
Keep in mind this is a real world test... so if the car did not take the exact same path, even the same detector would have differing results. Other environmental factors could also be coming into play.
Between this informal test and the last informal GOL test, it definitely seems like the Rx65 beats the x50. I'm kindof wishing now I'd bought the rx65 for the wife rather than the x50. :)