Ultimate 4K Dash Camera Comparison 2026

[Onetenner]

Having heating elements in the front windshield is definitely an option (It's annoying as hell and I'd never want wavy lines in my line of sight), but yes people opt for this feature. How much interference it'll cause is subjective. Yes, the module sits in the front windshield (generally in the mount), but the rest of the vehicle will be able to receive a signal, even if the front windshield could interrupt the signal.

Remembering that radio waves travel in straight lines, If I put a GPS receiver on the dash up against the windscreen (OE, not aftermarket replacement so much finer elements and virtually invisible) and it gets a GPS lock in less than a minute, why can it take up to 20 minutes for a dashcam to achieve a GPS lock? some days, no lock occurred despite the >30 minute drive being predominantly in open countryside. It's a rhetorical question, the answer is of course lack of testing and accountant-led engineering (something that affects many car manufacturers too!).

 

[jsmith]

I actually do not have wavy lines like some vehicles do. But it is shielded some how

Is your windshield heated? My Volvo doesn't have the heated windshield, but I had a loaner car that did. Those wavy lines drove me CRAZY! Not worth it.

 

[SafeDriveSolutions]

Just did a live doing a rough overview of the dash cameras

 

[Onetenner]

Remembering that radio waves travel in straight lines, If I put a GPS receiver on the dash up against the windscreen (OE, not aftermarket replacement so much finer elements and virtually invisible) and it gets a GPS lock in less than a minute, why can it take up to 20 minutes for a dashcam to achieve a GPS lock? some days, no lock occurred despite the >30 minute drive being predominantly in open countryside. It's a rhetorical question, the answer is of course lack of testing and accountant-led engineering (something that affects many car manufacturers too!).

Quoting myself, to illustrate my point.
1. open, clear skies Garmin reports 7m accuracy, after <1 min. startup of both devices.

2. Same day, under tree cover - five minutes after GPS & dashcam startup, actually, the Garmin got a position lock within 90 seconds.
Garmin reports 14m accuracy.

The same environment, the same 'on' time, the same windscreen.
The Thinkware is actually far better than the Blackvue which sometimes took 20 minutes, sometimes never to get GPS lock.
Yes, the Garmin is specifically designed to receive GPS signals - but so is the GPS chip in the dashcam. I had an old Garmin 76s that would pick up positional information just fine - inside aircraft, so a thicker than average laminated windscreen with heating elements should not be a challenge, the wet trees above the vehicle in the second photo are clearly attenuating the signal, as shown on the Garmin, but what is received is 'good enough' to determine a valid position within 14 metres.

It seems to be an engineering challenge no-one wants to take on for a 'feature' - but one that dashcams are being sold on.

 

[lufa6977]

Quoting myself, to illustrate my point.
1. open, clear skies Garmin reports 7m accuracy, after <1 min. startup of both devices.
View attachment 89519

2. Same day, under tree cover - five minutes after GPS & dashcam startup, actually, the Garmin got a position lock within 90 seconds.
Garmin reports 14m accuracy.
View attachment 89518
The same environment, the same 'on' time, the same windscreen.
The Thinkware is actually far better than the Blackvue which sometimes took 20 minutes, sometimes never to get GPS lock.
Yes, the Garmin is specifically designed to receive GPS signals - but so is the GPS chip in the dashcam. I had an old Garmin 76s that would pick up positional information just fine - inside aircraft, so a thicker than average laminated windscreen with heating elements should not be a challenge, the wet trees above the vehicle in the second photo are clearly attenuating the signal, as shown on the Garmin, but what is received is 'good enough' to determine a valid position within 14 metres.

It seems to be an engineering challenge no-one wants to take on for a 'feature' - but one that dashcams are being sold on.

I will guess a part of the answer is that the Garmin 64S uses a quad-helix antenna, possibly similar to this.

Quad Helix


The Garmin is also dedicated and purpose-driven, designed for GPS/mapping, whereas the average dashcam is not. The price of the Garmin is equal to or higher than that of many 3-channel radios, and it only provides GPS. Disassemble your Thinkware, and post a photo of the GPS antenna. It would be interesting to see what the GPS antenna looks like.

I have found it interesting that the dashcams I own, have an inconsistent GPS time-to-sync. Most are pretty quick, less than a minute on most days. Then there are days it may take 2 minutes. Rarely has it taken longer than 2 minutes, though.

 

[Onetenner]

I will guess a part of the answer is that the Garmin 64S uses a quad-helix antenna, possibly similar to this.

Quad Helix


The Garmin is also dedicated and purpose-driven, designed for GPS/mapping, whereas the average dashcam is not. The price of the Garmin is equal to or higher than that of many 3-channel radios, and it only provides GPS. Disassemble your Thinkware, and post a photo of the GPS antenna. It would be interesting to see what the GPS antenna looks like.

I have found it interesting that the dashcams I own, have an inconsistent GPS time-to-sync. Most are pretty quick, less than a minute on most days. Then there are days it may take 2 minutes. Rarely has it taken longer than 2 minutes, though.

Only a proportion of the cost of a GPS mapping device is the antenna, in fact Garmin sell an external antenna for use with the 64s for £21 - it doesn't receive WAAS though (but neither do dashcams I suspect) This provides a good signal if the 64s is in a Faraday cage, so the quad-helix antenna plays no part.

If a dashcam is being sold with GPS functionality, it should be sufficiently well designed and implemented to work, a cold start on a hand held (even if held in a moving vehicle with a metal roof) GPS receiver should achieve lock within 90 seconds (unless you're in dense woodland or other signal-weakening area, high-rise buildings for example), yes, things like solar flares can cause problems, but these are transient in nature.
GPS not being the primary function should be no excuse for poor design, or implementation if the device is sold or offered with that functionality. It's like saying, 'well there's a GPS antenna and receiver in there, but it's not very good - we don't really see it as important enough.' Can you imagine if the recordings all had the last couple of seconds go a bit fuzzy because of poor development or insufficient write-buffer memory?

I would take the camera to bits, but I doubt the manufacturer would be happy with it in the event of a warranty claim.

 

[jsmith]

Only a proportion of the cost of a GPS mapping device is the antenna, in fact Garmin sell an external antenna for use with the 64s for £21 - it doesn't receive WAAS though (but neither do dashcams I suspect) This provides a good signal if the 64s is in a Faraday cage, so the quad-helix antenna plays no part.

If a dashcam is being sold with GPS functionality, it should be sufficiently well designed and implemented to work, a cold start on a hand held (even if held in a moving vehicle with a metal roof) GPS receiver should achieve lock within 90 seconds (unless you're in dense woodland or other signal-weakening area, high-rise buildings for example), yes, things like solar flares can cause problems, but these are transient in nature.
GPS not being the primary function should be no excuse for poor design, or implementation if the device is sold or offered with that functionality. It's like saying, 'well there's a GPS antenna and receiver in there, but it's not very good - we don't really see it as important enough.' Can you imagine if the recordings all had the last couple of seconds go a bit fuzzy because of poor development or insufficient write-buffer memory?

I would take the camera to bits, but I doubt the manufacturer would be happy with it in the event of a warranty claim.

Dashcams don't have antennas sticking out of them....Dashcam makers are in the business of making compact devices, so the only solution for the minority of users having issue with a GPS signal lock would be offer an accessory GPS module that can be mounted externally or in another window....

 

[Onetenner]

Dashcams don't have antennas sticking out of them....Dashcam makers are in the business of making compact devices, so the only solution for the minority of users having issue with a GPS signal lock would be offer an accessory GPS module that can be mounted externally or in another window....

Not all GPS mapping devices have 'antennas sticking out of them' - which are mainly for WAAS/EGNOS anyway.
This is a Garmin 76s - the best GPS I ever had.

I wholly agree - they should offer an accessory receiver, the trouble is, those that do, have stupid 30cm leads so you're restricted to where it can be mounted, mostly on the same screen.
I disagree that it's a minority of vehicles, many recent vehicles feature acoustic or solar glass treatments, heated windscreens have been a feature of Ford vehicles since the 90's, along with other manufacturers that have licenced the tech. from them - Audi, JLR, Mercedes-Benz, PSA, Volvo are the ones that come to mind - not in all markets, but still in significant numbers.
As much as you seem to want to portray it as an 'owner problem', IMO it's just poor design and / or lack of testing, if it's sold as a feature, then it should work.

 

[TonyM]

Please don't take us back to the days of the old Street Guardian dashcams with their external GPS antennas

 

[jsmith]

Not all GPS mapping devices have 'antennas sticking out of them' - which are mainly for WAAS/EGNOS anyway.
This is a Garmin 76s - the best GPS I ever had.
View attachment 89520

I wholly agree - they should offer an accessory receiver, the trouble is, those that do, have stupid 30cm leads so you're restricted to where it can be mounted, mostly on the same screen.
I disagree that it's a minority of vehicles, many recent vehicles feature acoustic or solar glass treatments, heated windscreens have been a feature of Ford vehicles since the 90's, along with other manufacturers that have licenced the tech. from them - Audi, JLR, Mercedes-Benz, PSA, Volvo are the ones that come to mind - not in all markets, but still in significant numbers.
As much as you seem to want to portray it as an 'owner problem', IMO it's just poor design and / or lack of testing, if it's sold as a feature, then it should work.

I drive a Volvo (no heated windshield) and have ZERO ISSUES ever getting a GPS signal. You validated my point that MOST don't want wires running for a GPS module. You can't have your cake and ice cream. Few people are going to be affected to the degree where the GPS won't get a signal lock. It may take longer, but it usually locks.

However, making an external device would be the only alternative. You could do a battery operated module via bluetooth I'm sure, with a beeping alert when battery low? That'd be the only alternative I could think of to avoid wires.

 

[Onetenner]

But the power and rear camera wires are fine?
I don't understand how you managed to make the leap to 'You validated my point that MOST don't want wires running for a GPS module' Manufacturers should sufficiently design, test & implement their GPS receivers and antennae to work with current car designs, if they choose to do that by offering an external module, then that's fine. We, the users/buyers can choose based upon our preferences and needs.
Saying that GPS is a feature of a dashcam that may or may not work - or work sometimes, at some point, dependent upon the car is a cop-out. You might as well say that rear camera connections may fail if there's too much 'electricity' near the cable - or the manufacturer could choose to engineer the cable with sufficient shielding and capacitive bleed-off.

What would be a positive feature is if the various external GPS implementations were to use common standards use in vehicles of most, if not all brands, where the GPS receiver is phantom powered by 5VDC, it would then be trivial to use a splitter cable to provide GPS data to the dashcam. Instead, there is a multitude of connections, some using parallel connections at 4800bps, some using serial at 4800 or 9600bps, presumably to maintain their 'walled garden' of overpriced compatible accessories.

As I've mentioned previously on the subject, I've had older dashcams that have achieved GPS lock with no issues over many years, it seems to be more recent models, across manufacturers, that are problematic. And yes, the vehicles they've been installed in have had broadly the same front windscreen specification.

 

[jsmith]

But the power and rear camera wires are fine?
I don't understand how you managed to make the leap to 'You validated my point that MOST don't want wires running for a GPS module' Manufacturers should sufficiently design, test & implement their GPS receivers and antennae to work with current car designs, if they choose to do that by offering an external module, then that's fine. We, the users/buyers can choose based upon our preferences and needs.
Saying that GPS is a feature of a dashcam that may or may not work - or work sometimes, at some point, dependent upon the car is a cop-out. You might as well say that rear camera connections may fail if there's too much 'electricity' near the cable - or the manufacturer could choose to engineer the cable with sufficient shielding and capacitive bleed-off.

What would be a positive feature is if the various external GPS implementations were to use common standards use in vehicles of most, if not all brands, where the GPS receiver is phantom powered by 5VDC, it would then be trivial to use a splitter cable to provide GPS data to the dashcam. Instead, there is a multitude of connections, some using parallel connections at 4800bps, some using serial at 4800 or 9600bps, presumably to maintain their 'walled garden' of overpriced compatible accessories.

As I've mentioned previously on the subject, I've had older dashcams that have achieved GPS lock with no issues over many years, it seems to be more recent models, across manufacturers, that are problematic. And yes, the vehicles they've been installed in have had broadly the same front windscreen specification.

Simple. You're saying the front windshield isn't a viable option to capture a signal. With a cable attached to an external GPS module, it presents an issue of where to mount the unit, and not have a cord dangling in your way. The solution would be a battery operated bluetooth unit, if a company would ever choose to release such an accessory.

 

[Onetenner]

Well, I'll leave it there, I just think you're being deliberately obtuse now with suggesting there'd be dangling cords.
For what it's worth, I've just ordered a Vueroid D40-Q2, obviously not 4k but it does have unobtrusive cameras, geofencing and a wired GPS antenna with a decent amount of cable attached.
Once I have it installed - with no dangling cords - I'll post in the relevant area so as not to pollute this discussion any further, feel free to give it a stiff ignoring.

 

[jsmith]

Well, I'll leave it there, I just think you're being deliberately obtuse now with suggesting there'd be dangling cords.
For what it's worth, I've just ordered a Vueroid D40-Q2, obviously not 4k but it does have unobtrusive cameras, geofencing and a wired GPS antenna with a decent amount of cable attached.
Once I have it installed - with no dangling cords - I'll post in the relevant area so as not to pollute this discussion any further, feel free to give it a stiff ignoring.

While a black box design is fantastic to mitigate the cameras from overheating in hot climates by concealing the processing unit, these designs are not award winners. You'll notice the lack of these configurations on the market. I believe Blackvue is the only other option. I'm not faulting you on wanting an external GPS, but I am pointing out the practicality limitations.

My opinion only and not being obtuse.

 

[SafeDriveSolutions]

It looks like we may have finally figured out how to do an interactive quiz embedded into a YouTube video for people to vote on which one has the best video quality.

 

[Dollyartasia8800]

Okay it is time to do a video. We have been slacking in the video department lately


So here is the lineup if any other recommendations let us know asap. Testing will commence on Friday.

1. GKU D600
2. Botslab G980H
3. Pelsee P 1 Pro
4. Rove R2 4K Dual Pro
5. Red Tiger F 7N Touch
6. 70 Mai M800
7. Vueroid S1 4K
8. Thinkware U3000 Pro
9. Viofo A329S
10. Vantrue N4 Pro S
11. Blackvue Elite 10 (On Route) Thanks @Vortex Radar
12. FitcamX

What will be tested
Daytime Video
Night time video
Parking Mode

It's an amazing list. When the Blackvue is out, I'm quite interested to see how the U3000 Pro and A329S stack up. It would also be good to see some bitrate numbers, if you can. Thanks for sharing.

 

[LeJerk]

Is this big comparison video still being worked on?

 

[ujsc]

We spent $1300 Canadian buying the following units

1. GKU D600 (Bought)
2. Botslab G980H (Bought)
3. Pelsee P 1 Pro (Bought)
4. Rove R2 4K Dual Pro (Bought)
5. Red Tiger F 7N Touch (Bought)
6. 70 Mai A810S (Provided by 70 Mai)
7. Vueroid S1 4K (We stock and sell)
8. Thinkware U3000 Pro (We stock and sell)
9. Viofo A329S (We stock and sell)
10. Vantrue N4 Pro S (Provided by Vantrue)
11. Blackvue Elite 10 (Borrowed) Thanks @Vortex Radar
12. FitcamX (Bought)

Why not test Wolfbox G900 Tripro?

 

[SafeDriveSolutions]

Is this big comparison video still being worked on?

Yes weather was really bad for a while. I compiled video footage on 3 seperate days. Then decided a different approach to the entire video

 

[damianino1]

Hello I am interested into Thinkware u3000 pro and Blackvue elite 10.

I am curious if the radar mode of thinkware 3000 pro and the energy saving mode of Blackvue elite 10 in combination with their LTE modules, will send out a real time push notification in case of a hit at the car?