"Today didn't have to end in eels"
- Feb 8, 2016
- Reaction score
- Western NC
The new V1G2 in dark mode is about as non-descript as you are currently going to get. No name on the top or sides, one button on the front, app based alerts since 2012. Don't hide it behind a mirror though because the rear horn needs to be able to view the back window.
You can't see my V1's from outside the car. It's not hard to achieve that effect. I've been running my V1's in dark mode with a Concealed Display for 20 years, and running an app for 5+ years.
Also, nothing against Ferius at all, but you should look at JBV1 too. Ferius and Johnboy00 have collaborated on their respective products and what you are asking is more in line with the JBV1 variant of the two.
Okay, had to find my pics. It's surprising how few I have of the detector itself. I have tons of stuff showing JBV1 in action though.
Like you, I am all about stealth. I never take my V1's out of the car so I want it hidden from prying eyes.
Note that JBV1 can take over for all of the visual and audible alerts. There's still the boot up lights on the V1s but after that, it's totally dark all the time. (I was considering a cover for my Gen1. The Gen2 is so non-descript that I don't need to cover it.)
Also, the user @hammerdown had his V1 shrouded in some material as I recall. That's something I've never needed to do, but there's tons of pics on the internet of entirely hidden V1s.
All of these pics were taken with the flash active on cloudy days. (Otherwise it's just dark from the side or rear)
First pic is a day or two after getting my current car. It's directly above and to the left of the rear-view mirror. This is before I installed the tint band which obscured it much more.
(I have a bunch of these pics, but this is the only one where you can almost see it.)
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This one is in my previous long-term rental Dodge Charger to the right of the overhead light assembly. Great place for it! (Also behind a tint band.) The angle of the pic doesn't show it, but it was completely obscured from the front by the tint.
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This is the typical view of JBV1 on my dash. Waze running through Android Auto above.
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A couple more with both of my V1s powered up behind the tint band. (and lit up for display purposes) I didn't run these together, but I had it set up so that I could turn them on individually for testing from the center-console. I've since removed the Gen1 entirely.
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What if the input from the RD went to a navigation type of app like VVaze or HR? VVaze does not show your vehicle exactly where your GPS says that it is. VVaze uses that data to correlate with a map of your area and infers that you are driving down the middle of the nearest road, street or highway. That's why VVaze doesn't show you changing lanes or pulling off on the shoulder to make a phone call. It is also why if your GPS is accurate to 15 feet it doesn't show you drifting left and right as you travel straight down the road.
Now let's say that HR could correlate the signal strength and the direction of a radar signal with the road you are on.
Your RD tells HR: "Radar ahead - Signal strength 2 out of 8 bars."
HR deduces that since you are traveling north bound on I-75 that the radar signal PROBABLY originates a rather long distance ahead of you on I-75. This function might be set to automatically be disabled while driving through Atlanta or other urban areas where radar on nearby surface streets is a common occurrence, but it would be useful on the open highway for sure.
HR would then display a red/orange highlight along I-75 starting with your vehicle and projecting several miles ahead of you, with the color intensity going from pale, where you can receive a weak signal (2 bars) to a more intense hue as you drive towards the presumed source of radar signal.
If the signal remained fluctuating between 1 and 2 bars for any significant distance the highlighting overlaid on I-75 northbound would shift to a more continuous shade of pink, indicating that you are not really getting any closer to the radar source. Maybe it's a Georgia State Police vehicle with forward facing constant-on Ka band traveling half a mile ahead of you at about the same speed as yourself.
If the signal which your RD was receiving suddenly began to ramp up the more distant highlighted areas of I-75 would turn a progressively more intense shade of red, indicating that you are getting progressively closer to the radar source and potentially into danger. The stronger the signal the closer the bright red highlighting along your route would get to your vehicle. In other words you could graphically see yourself on a map driving into potential danger. Of course it would work in reverse, too, as a radar signal became progressively weaker the shade of red/orange would become paler.
Instead of relying on the frequency or intensity of the beeps and the number of bars on the visual display, you could actually watch yourself in real time approach or distance yourself from a radar source. I don't know if this would be a practical approach in urban or dense suburban areas or not, but on rural Interstates or other roads running through less densely populated areas I think it could work.
Well, that's just my 2 cent's worth, anyways.
Seriously, can you not imagine how awesome it would be to have radar detector alerts right on the Highway Radar App that shows everything else and not have to reach out to mute the blinking Christmas lights display?