See Radar Roy demonstrate locking out a known false alarm
location so the detector doesn't alert to that false alarm again.
(click on image to view)
See Radar Roy demonstrating marking a known speed camera (or red light
camera) location using the GPS function of the 9500i.
(click on image to view)
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REVIEWS - see all our
radar detector
reviews here
I
have loved the concept of permanently locking out a (known) false alarm
location using GPS since Uniden trialed it with their
GPSRD unit many years ago.
You drive to work and home everyday, most of the time traveling the same
route each day, and muting your false K-band alerts at each and every
automatic door opener, petrol station and shopping centre. In fact it
can almost become an unconscious act of reaching for the mute just before
you approach each false alarm spot.
It isn't until you ride with a passenger that asks you what that god
forsaken noise is beeping away consistently that you begin to wonder if this
annoying beeping was worth the money you forked out for it?
The concept behind the "True-lock" feature of the Escort 9500i is quite
simple. A GPS receiver is built into the radar detector which can
pin-point the RD's exact location to within a few metres. If you
approach a (known) location that triggers a K-band alert on your RD, you can
mute that false alarm once and for all!
Instead of muting it each time you pass the same false alarm spot, you can
elect to mute the false permanently by pressing the mute button three
times. The radar detector then stores the GPS location, with the
strength & frequency of the signal, so that future proximities to the known
false alarm location are ignored by the RD. Well, the detector
displays a visual icon (a spinning satellite) but doesn't trigger the audio
alarm unless it detects a different frequency to the one stored.
What happens if I mute a known false alarm spot and the next time a Highway
Patrol Officer is shooting radar there, will it not alert me?
The beauty of the 9500i is that it will "see" there is a second radar signal
over-lapping with the first (muted) signal and alert you to this second, new
radar source. Well that's the theory anyway.
Another feature of the GPS technology is manually marking points of Interest
(POI) as you're driving. You can store known fixed speed camera
points, red light camera intersections, Vascar or any other location you
wish to be warned about in the future. Next time you approach the
stored POI the 9500i will alert you to this danger.
In the future, it is also stated that Escort will provide a "national
database" that can be downloaded from the Internet and uploaded to your
9500i by the USB socket, although this feature is not currently operational.
Users can theoretically share their POI database with other users providing
a viral sharing of speed trap information around the world! Very cool.
Thirdly, the GPS system can work in with the sensitivity of the 9500i, so
that when you are traveling at slow speeds, the sensitivity of the radar
bands can be greatly reduced. If you are driving around the city
slowly, you probably don't require notification of the (usually false)
K-band signals anyway. Therefore at slow speeds the 9500i can be
programmed to ignore all but the strongest of signals. Once you hit
Highway speeds, the unit automatically adjusts up to full sensitivity once
again. Very cool again!
At this point in time, with recollections of wanting to throw your last
radar detector out the window with all the beeping and chirping it did /
does as you drive through the city, this whole GPS technology merged into a
radar detector sounds like the greatest thing since the stealth STi from
Bel, but before you want to rush off and buy one, remember this:
The STi had its own teething problems upon launch, particularly with
over-heating and it took a couple of tweaks until the STi reached the stable
platform it operates at today. Similarly the Escort 9500i isn't
without it's own set of teething problems, and will require a few
adjustments from the manufacturer, until it is ready to be considered a
stella performer, in our minds.
Some of the feedback from 9500i customers that pre-ordered the detector
directly from Escort:
"So
i lock out one k band false signal and tomorrow pass that spot with a leo
shooting k band radar the 9500
should alert because now there is 2 signals detected and u only lock out
one. however the 9500
is not doing this. What it is doing is locking out all k band signals at
that specfic spot."
View Source
Are you satisfied with your 9500i or returning it?
View Source
|
Satisfied with |
|
38% |
|
|
Returning |
|
61% |
My SECOND 9500i - More bad news...
"...To start, I really don't know what Escort did
to the circuitry of the new
9500i. Their 8500 and X50 was great. I'm on
my second unit of the 9500i
and got problems again."
We suggest doing a search on radardetector.net for "9500" and "9500i" and
reading the feedback to date.
We believe this detector will be a truly remarkable unit when all the bugs
are ironed out, but until then, we recommended holding off on your 9500i purchase.
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PRODUCT TESTS
Awesome job done by the Guys Of Lidar (GOL) in their March 2007 radar
detector and laser jammer test.
Each year, the GOL test usually consists of testing each radar detector against X-band
radar (10.5GHz), K-band (24.15GHz) and each of the three most popular US
Ka-band frequencies; 33.8GHz, 34.7GHz and 35.5GHz.
It should be noted for Australian drivers, the Multanova speed cameras
operate at 34.3GHz (not tested by Guys of Lidar) and the Decatur Genesis II
mobile (dash mounted) radar operates at 35.1GHz
Ku-band and POP radar were also tested but like X-band, are not not used by
Australian police radars.
The Escort 9500 was quoted as being
built on the same platform or specs as the Escort X50, thereby expecting
similar performance (sensitivity) to the X50.
The comparisons for the two X50's and the two 9500i's for the different
radar bands can be shown below:
| |
X-band |
K-band |
Ka 33.8 |
Ka 34.7 |
Ka 35.5 |
|
X50 (no. 1) |
1156 |
830 |
986 |
1209 |
833 |
|
X50 (no. 2) |
1257 |
938 |
841 |
1194 |
946 |
|
9500i (no. 1) |
1225 |
840 |
1064 |
1044 |
896 |
|
9500i (no.2) |
1254 |
802 |
1119 |
1040 |
894 |
Highlighted shows test winner
each round.
What is interesting about the GOL results above (from a radar detector
enthusiast's point of view) is the variation between two different units
of the same model detector. This shows you that the tolerance and
quality control limits for electronic components and their manufacturers can
give different results for the same model detector.
In other words you can have two identical models side by side, but the
results can be slightly different due to the tolerance values permitted by
the manufacturer in the electronic components used.
A
quick glance at the above table shows the X50 outperformed the 9500i in 4
out of 5 radar tests. This is a little disappointing when the Escort
9500i is claimed to have similar sensitivity to the X50. Again,
another reason why we believe Escort has a few more tweaks needed in their
product before we offer this detector for sale.
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TECHNICAL DETAILS
-
X, K, Ku, Ka
Radar Detection
-
New Variable-Speed Radar
Performance
-
New GPS-Powered Truelock™
Filter
-
New Mark Location Features
-
New Speed Alert
-
New Crystal-Clear Voice
Alerts
-
New Intelligent Volume
Control
-
User-Selectable Modes of
Operation
-
High-Resolution LCD Display
-
5 Levels of Brightness
Control
-
Completely immune to the
VG-2, VG-4 radar detector-detector
-
Mute, AutoMute & SmartMute
-
Built-in Earphone Jack
-
Safety Warning System
-
New Ku Radar Detection for
Belgium, Taiwan, portions of Europe
Operating Bands All bands
can be programmed on or off
-
X-band 10.525 GHz ± 25 MHz
-
K-band 24.150 GHz ± 100 MHz
-
Ka-band 34.700 GHz ± 1300
MHz
-
Ka POP 33.8GHz ± 200 MHz
-
Ku-band 13.425 GHz ± 25 MHz
-
Laser 904nm, 33 MHz
Bandwidth
Programmable Features
Auto Calibration Circuitry
Radar Receiver / Detector Type
-
Superheterodyne, Varactor-Tuned VCO
-
Scanning Frequency Discriminator
-
Digital Signal Processing (DSP)
GPS Receiverer
Display Type
-
280 LED Matrix/Text
-
SpeedAlert
-
Bar Graph
-
ExpertMeter
-
SpecDisplay
Power Requirement
Sensitivity Control
Compact Size
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The
Escort 9500i is easily located in the windshield by attaching the
metal bracket supplied to the 9500i, and then pressing the two vacuum cups
at the desired position on the windshield. I think the best location is just
below the rear view mirror and slightly to the right, for easy reach with
your left hand.