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Uniden R7 Autolockouts Are Finally Here!

Autolockouts are now here for the Uniden R7! Finally!

Uniden R7 Autolockout Kicking In

R7 Autolockout Kicking In

Firmware 1.35 is now available and it brings a bunch of new changes including automatic GPS lockouts, improved BSM filtering, faster K band reactivity, and more. (It’s available on RDF early and will be posted to Uniden’s website shortly.)

Here’s the direct link to download 1.35.

Purchase your Uniden R7 here.

Autolockouts

After a loooong delay thanks to lawsuits over lockout patents and then the pandemic, Uniden has finally released autolockouts for the R7. Now when you repeatedly drive past a stationary false alert (ie. a shopping center door opener or speed sign), the R7 can automatically learn those false alerts and lock them out so they’re muted whenever you drive by them again. No more needing to double press the mute button to teach the R7 where the false alerts are located.

Once you pass a signal 3x (with at least 24 hours between each pass), the detector will display “Auto Mute Memory” on screen for about a second. Then the signal is grayed out and displays “Auto Mem” on screen in green text.

Here’s a quick demo so you can see the process. (Note: Low speed muting initially muted the signal here for the first second or so before the lockout was created.)

These Autolockouts Are Not Perfect

Unfortunately though, I don’t find the R7’s new autolockouts to work perfectly. In theory you should be able to drive around and after a few passes, the R7 will just completely and automagically mute all stationary false alerts, but that’s not the case.

The issue I’m repeatedly seeing is when you approach a door opener, the R7 will alert normally and then only when you get closer will the lockout kick in. Then the lockout kicks in and the detector stays muted until you fully pass the signal.

If you turn around the other way, again the detector will alert normally for a bit and then the lockout will only kick in once you get closer. Here’s a quick example:

Now personally I find this pretty annoying. You’ll notice in this video that there’s two signals coming from the restaurant on the right. One has been locked out, the other is not. Then as you get closer, both signals resume alerting normally, then both are locked out properly. Weird, right?

I’ve seen this issue with multiple door openers where the lockout doesn’t properly kick in until you’re closer to the source.

Doing more passes, eventually the area where the detector initially alerts may also get locked out too with a separate lockout. In my experience it takes even more passes and may or may not happen. So after enough time a signal eventually may be fully locked out, but definitely not consistently with just one lockout.

Now whether this is an issue with too small a GPS lockout radius or it isn’t properly learning the entire length of road during a lockout, I’m not entirely sure. Either way, Uniden has been able to confirm and replicate the issue on their end.

Because we’ve all been waiting for autolockouts for so long, they’ve decided to go ahead and release this firmware as it is while continuing to improve things for a future update. I completely understand their decision and I’m glad we’re finally getting autolockouts after all this time, but unfortunately the algorithm is still not yet fully baked.

Autolockout Technical Details

Finally, here’s a few more technical details regarding the current auto lockout implementation:

Here’s the Autolockout freq. ranges:

  • X band +/- 10 MHz (20 MHz wide total)
  • K band +/- 10 MHz (20 MHz wide total)
  • Ka band +/- 20 MHz (40 MHz wide total)

The R7 can store 12,000 autolockouts, so we should have no issue logging every signal driving around town.

Locked out signals are automatically unlearned if the signal is not detected in the same location twice.

The signal that is muted by quiet ride can still be auto locked out.

Manual lockouts take priority over autolockouts.

You can manually delete autolockouts just like deleting manual lockouts. Double press mute button twice when auto lockout is present.

There’s also a new menu option to clear all autolockouts, separate from all manual lockouts.

R7 Delete All Auto Lockouts

A signal that is completely blocked by K Block cannot be auto locked out.  With the new K Block “Mute” mode (which we’ll talk about in a second), a signal that is blocked will be shown on the screen (‘blocked’ icon) and can still be auto locked out.

Finally, autolockouts will not be coming to the DFR7, DFR9, or R3 since they lack sufficient memory. This feature is exclusive to the R7.

Updated K Block Filter

The K Block filter to filter out Honda/Acura BSM’s has been updated with new options. In my experience this significantly quiets down the R7 and makes it much more usable. To be honest, for many this may be an even bigger deal than autolockouts.

What’s new here is that there are now two K Block filters (not just one) to cover different frequency ranges and more vehicles, plus we get more advanced filtering/muting options.

New K Block 1 Options

K Block (24.199 +/- 5 MHz) has been renamed to K Block 1.

If you were concerned about K Block potentially blocking out a legitimate police radar gun around 24.199’ish, there are new filtering options to still alert you for increased safety and situational awareness.

Now instead of simply blocking the signal altogether, you can have it still visually show you the signal is present while staying audibly muted (Mute option). You also have the ability to have it only filter out weak signals (ie. weak BSM’s from Hondas, Acuras, or Chryslers) while alerting normally to strong signals.

Here are the K Block 1 options:

  • On: Filter out all signals 24.199 +/- 5 MHz
  • Weak: Filters out only weak signals 24.199 +/- 5 MHz
  • Mute: Audibly mute all signals 24.199 +/- 5 MHz
  • Off: Disable K Block 1

I’ve been running all of them and have been happiest with the “Weak” option. For me it’s been effectively filtering out BSM’s while still audibly and visually alerting me to any stronger (and likely police) radar signals within that frequency range.

The “Mute” option works well too, but I prefer not having the detector light up every time I’m near a Honda or Acura.

K Block 1 Muting but showing Honda CRV BSM

K Block 1 muting but showing Honda BSM

New K Block 2 Filter

K Block 2 is similar to K Block 1, but it’s designed to help tackle BSM’s around 24.168 GHz. This can help cover falses from Hondas, Acuras, GMCs, Jeeps, Chryslers, and Cadillacs. In short, it is very helpful and does a great job in helping to further quiet down the R7. 🙂

This option is brand new for firmware 1.35.

K Block 2 covers 24.168 +/- 2 MHz.

R7 K Block 2 Mute

This has the same 4 options as K Block 1.

  • On: Filter out all signals 24.168 +/- 2 MHz
  • Weak: Filters out only weak signals 24.168 +/- 2 MHz
  • Mute: Audibly mute all signals 24.168 +/- 2 MHz
  • Off: Disable K Block 2

Like K Block 1, I’ve been really happy running K Block 2 set to “Weak.” This option helps bring the R7’s quietness closer in line with other top tier detectors like the Escort Redline 360c and Valentine 1 Gen2.

(The main BSM falses I experience with 1.35 are things like Mazda CX-5’s at 24.123-24.124 and GM vehicles around 24.072 or so. The R7 is pretty quiet otherwise.)

K Band Reactivity Improvement

The R7 is now more responsive and reactive to brief K band alerts, helping you avoid potential risks due to quick trigger. This is an area where the R7 was already better than the RL360c and V1 Gen2 and it’s only gotten better with 1.35.

Arrow Improvements

The arrows have been improved to help avoid rapidly changing direction too frequently. I like this update to help settle down the R7’s arrows.

However, I’ve also found that having the arrows be a little more chilled out has also made the arrows take a little longer to flip backwards after passing a source.

Here’s an example running 1.35 and passing a rolling LEO so you can see what I mean:

Note: I also tested 1.35 in my speed sign testing video I posted recently (but those results haven’t yet been shared publicly because it was a beta firmware at the time). Besides the specifics I’ve already mentioned, the arrows with 1.35 behaved the same as they did with 1.33.

Ka Bogey Tone

The text “Bogey Tone” in the Menu has been changed to “Ka Bogey Tone.” This is to make it clearer that the new bogey alert tone only applies to Ka band, not to X or K band.

R7 Ka Bogey Tone

Speedcam Alert Distance

You can also now customize the alert distance for speed cameras.

R7 Speed Camera Range

  • 1000 ft. / 300 m
  • 2000 ft. / 600 m
  • 2500 ft. / 760 m
  • 3000 ft. / 900 m
  • Auto
  • Off

If you set it to Auto, the alert distance will change based on the speed limit of the camera in the database. The faster the speed limit of the camera, the farther away you’ll get alerted.

  • Speed limit 50 or 60km/h: Alert range 600m
  • Speed limit 70 or 80 km/h: Alert range 700m
  • Speed limit 100, 110, or 120 km/h: Alert range 800m

POI Alert Change

When you pass a POI such as a RLC or Speedcam, the R7 will now give an alert chime (one beep) to let you know you’ve passed that POI.

New Mac Update Software

Finally, if you’re a Mac user, there was a change with macOS Big Sur that broke compatibility with Uniden’s drivers. For that reason, Uniden has released updated drivers and software for Mac users. You can download them from Uniden’s website. (Direct link here.)

Windows users can continue using the existing update software.

Download the Firmware Update

Ready to update your R7 to firmware 1.35?

R7 1.35

The update has been released on RDF early. Here’s your direct download link to 1.35. It will be made available on Uniden’s website shortly.

Here’s a quick video walkthrough showing you how to update:

If you have any problems updating, head over to the Uniden discussion area on RDF for support.

Finally, if you still haven’t bought one yet, you can purchase your Uniden R7 here.

This website contains affiliate links.

Click here to read my affiliate disclosure.

Permanent link to this article: https://www.vortexradar.com/2021/02/uniden-r7-autolockouts/

30 comments

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    • JohnyCash on February 25, 2021 at 7:23 am
    • Reply

    Hello, Vortex do you know Autolockout Freq Range of Escort 9500ix ? Thanks. I have some issue with lockouts. Signal of 24.113 locked and then signal 24.158 in that area is blocked by first signal of 24.113.

    1. I’m not sure of the exact lockout frequency range. There were some tests done years ago, but I’m not sure if they covered that. You could read a bit to find out.

    • chris barford ( chris barr) on facebook on February 25, 2021 at 8:13 am
    • Reply

    i want to update the detector but don’t want to use auto lockouts can you turn this on and off ?

    1. You bet. Just disable Auto Mute Mem in the menu.

  1. Is there a new DB file to go with the new firmware?

    • d walker on February 25, 2021 at 9:09 am
    • Reply

    Dear Vortex,
    I like thank you for all you do. I was wondering as a new R7 owner, I been told a factory reset has be done? Can you post what settings should be on and what you been running? This would be so helpful.

    1. It’s generally recommended after a firmware update. You can see my recommended settings and my personal settings at the bottom of this page.

    • Vadim Sedletsky on February 25, 2021 at 10:07 am
    • Reply

    Awesome! thanks for the update.
    Now we need to update the “recommended settings page” to cover all of the new stuff.

    • vinny paz on February 25, 2021 at 10:11 am
    • Reply

    Sir,
    I want thank you for all the time and help you give us. I’m new to R7 and it has so many features that I’m lost. Do you have a spot with what settings should be, plus yours for 135 firmware?

    1. Sure do Vinny! You can see them here.

  2. The main settings are here: https://www.rdforum.org/threads/58040/

    What’s missing are the settings for the new options brought on by the new firmware update.

    1. Have you checked out my R7 setup guide? It’s been updated for 1.35.

    • Lee on February 26, 2021 at 6:24 am
    • Reply

    I have to agree with the 135 delay in the changeover from Forward to rear arrows. After I pass a mobile Ka source it typically doesn’t flip over to rear Arrow until I’ve passed them by a a good 200 yards. Not saying it’s a bad thing, just an observation.

    1. Thanks for the confirmation! It’s always kind of comforting to hear that my observations aren’t just me and they’re verifiable by others. 🙂

        • Slavi Savov on February 26, 2021 at 10:06 pm
        • Reply

        I can confirm the same observation with the K band. It was reacting much better before when passing the source.

    • Bob on February 26, 2021 at 2:27 pm
    • Reply

    I’m hoping this update quiets down K band more. I had no problems until the last update which made K band much more sensitive and gave me many more false alerts, even with sensitivity set to the lowest 30% point, rear sensor off and K Narrow..

    • Bob S on February 26, 2021 at 9:23 pm
    • Reply

    I have a Redline 360 and an R7. I don’t run them in the same car so I can’t report on the relative performance. I will say one thing: it’s a whole lot easier updating the Redline and not just because the Redline connects through your car’s WiFi. It’s because you don’t need to download the drivers to your computer, then the latest update to your computer, then transmit to the R7, then reset the R7 to factory defaults, and then finally reprogram the R7 with all your preferred settings, all in the right order. That’s a lot of sources of error.

    Now that the R7 can auto lockout (mostly) and has better BSM and arrows than it had before, the main operator differences, again not commenting on performance, are the convenience of updating with WiFi without going through all the items mentioned above and easier preference settings through the Bluetooth on your phone for the Redline. Is that worth $250 – 300 (Best Buy’s R7 price is fluctuating from $500 to $450 to $435 and back to $500, seemingly depending on Best Buy’s Redline 360 availability). I guess that will depend on how often we need to update. Also, on how much you have to deal with Cedar Electronics Customer No-Service.

    • Kyle A on February 27, 2021 at 12:35 pm
    • Reply

    I have updated and a factory reset. I was following a CRV for about 10 miles. I kept getting a false bouncing around 24.184 to 24.188. Is this common for a CRV? It was mostly the .188, and assuming the oddball . 184 was a reflected signal?

    • Alfred on March 3, 2021 at 10:22 am
    • Reply

    Hey Vortex any new recommendations on how to set up the R7 with this new firmware and features?

    1. My R7 setup guide has been updated with this new firmware.

    • Tyler on March 10, 2021 at 7:13 pm
    • Reply

    Hey anyway you could help out with how to update through mac? I’m having issues and not sure why

    1. Here’s the best place to go for R7 update tech support.

    • Slav on March 10, 2021 at 9:14 pm
    • Reply

    Hey Vortex, would you be able to share some info in regards to Uniden’s International version 137. I’m thinking that might be a better option for us European R7 users. Anything will be appreciated!

    1. Sorry I’m not a good person to ask about international firmwares since I don’t drive in those areas and I have no way to test them. Discussing this on RDF with other drivers who are in your area is the way to go.

    • Jay on March 20, 2021 at 4:33 pm
    • Reply

    What would you recommend for settings if I own a Mazda CX-5? I’m basically getting a constant K 24.123 rear detection. Is my only remedy to mute k rear or turn off k completely?

    1. If you’re running 1.35, turn on MRCD detection and that should hopefully do the trick for your CX-5 falses.

    • Jay on March 22, 2021 at 11:08 am
    • Reply

    Issue is resolved. I have mrcd on ( I believe it was already on ) but I also turned k pop off.

    • Ray on March 25, 2021 at 8:51 pm
    • Reply

    Anyone else getting GPS error when K band is disabled?

    • Howard on April 14, 2021 at 4:08 pm
    • Reply

    Is anyone else having a problem with the R7 losing its auto memory points and having to start over building its database again? This has happened to me twice so far. I’m not sure if I’m doing something wrong with the detector.

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