BOTSLAB G980H Review: Four Cameras, One Touchscreen and the Real Trade-Offs

The BOTSLAB G980H is a four-channel dash cam: a 3K front camera plus three 1080p cameras for the left side, the right side and the rear, all feeding one head unit with a 3.18-inch touchscreen. This BOTSLAB G980H review is for drivers who want more than front-and-rear coverage: rideshare and delivery drivers, people who park on crowded streets, and anyone who has found a scraped door and realized a two-channel camera never had a chance of seeing it.

Ivan, our editor, bought this camera with his own money, and he bought it twice: once in this bundle with a 128GB card, and once in the bundle that adds the hardwire kit, which gets its own article on parking mode and hardwiring the G980H. His notes on how it performs are still being written up, so this review sticks to what the spec sheet, BOTSLAB's own documentation and basic camera physics can tell you.

The one-line answer: the G980H buys you genuine side coverage, and you pay for it with front resolution, storage headroom and a spec sheet that leaves out more than it should.

BOTSLAB G980H at a glance

Most dash cams that call themselves "360" are either a single fisheye lens or a front camera plus a cabin camera that happens to see out of the side windows. The G980H takes a different route: four separate camera modules, each pointed where you want it, all recording at the same time to their own files. BOTSLAB's product page is clear that all four channels record simultaneously; you are not switching between them.

What's in the box, and which G980H this is

BOTSLAB sells the G980H name on more than one product, and that is the first thing to get straight before you buy. Its own spec pages describe a front-and-rear G980H with a 2.45-inch screen and a 4K front plus 2K rear camera, a three-channel G980H with front, cabin and rear cameras, and this four-channel version with front, left, right and rear modules. They are not interchangeable, and reviews or videos of one do not tell you much about the others.

The listing Ivan bought under this name is the four-channel camera with a 128GB microSD card in the box and static-cling mounts for the cameras. What it does not include is a hardwire kit, and that matters more than it sounds: every parking mode the G980H offers depends on one. If you know you want parking coverage, the hardwire kit bundle is usually the cleaner buy; if you only want to record while driving, or you already have a suitable kit, this bundle is the one to look at.

BOTSLAB's own store does not publish a full itemized box list or cable lengths for this version, so check the current listing before you order. Bundles get revised over time, and a missing cable is a much bigger problem on a four-camera system than on a single front cam.

Four cameras and the "560°" claim: what coverage really means

The listing advertises "560°" of coverage. That number is the four lens angles added together: 170 for the front, 150 for the rear and 120 for each side. It is a marketing sum, not a measurement. A car only has 360 degrees around it, and the extra 200 degrees are overlap, the zones where two cameras see the same corner. Overlap is useful, because it means a car clipping your rear quarter shows up in both the rear and side views, but it is not extra coverage.

What the four-camera layout really fixes is the weak spot of every two-channel dash cam: the sides. A front camera with a 170° lens technically sees a little to the left and right, but anything happening alongside the doors is at the extreme edge of the frame, stretched by distortion and usually too small to identify. A side swipe in a parking lot, a door opened into yours, or a cyclist passing on the right are the classic examples. Dedicated side cameras put those events in the middle of a frame instead of at its edge.

Front camera: 3K, not 4K

In four-channel mode the front camera records at 3K. BOTSLAB does not publish the pixel count behind that label. In the dash cam market "3K" usually means something in the region of 2880 x 1620, about 4.7 megapixels, which is a little over half of the 8.3 megapixels of true 4K (3840 x 2160). That is still a clear step above 1080p (about 2.1 megapixels), but it is a real step below the 4K front cameras on most of the other dash cams we bought.

The Amazon listing says the head unit can also run in three-channel mode (4K front plus two 1080p cameras) or two-channel mode (4K front plus one 1080p camera). In other words, the processor has a fixed budget, and the side cameras are paid for partly with front resolution. If a particular camera is not earning its keep, unplugging it gives that budget back to the front.

BOTSLAB does not publish the frame rate for any mode, the image sensor model for the four-channel version or the video bitrate. Those three numbers decide much more about real-world detail than the resolution label does, so their absence is a genuine gap, not a technicality.

Side and rear cameras

The two side cameras are 1080p with a 120° field of view and swivel through 90°, and the rear camera is 1080p at 150° and rotates through a full circle, so it can sit on a rear window, a tailgate glass or a headliner edge. A 1080p image spread across 120 degrees is good at showing what happened and which vehicle did it. It is not good at reading a license plate two lanes over; spread over that wide an angle, there simply are not many pixels per plate.

Because the side modules can turn 90°, they can also face partly into the cabin. That is why the listing groups them as side or interior cameras and mentions infrared LEDs and WDR for the front and interior views. A rideshare driver can therefore aim one module across the back seat and still keep the other on the street side, at the cost of one side view.

Night video, infrared and the sensor question

BOTSLAB's low-light claims rest on two published facts: an F1.8 aperture with a six-element glass lens, and 940 nm infrared LEDs. An F1.8 aperture lets in a reasonable amount of light for a dash cam, though some rivals go wider; the 70mai T800E is listed at F1.55, for example. Glass elements rather than plastic generally keep their shape and sharpness better under heat, which matters on a lens that bakes behind a windshield.

The 940 nm figure is worth understanding. Infrared at 940 nm is effectively invisible to the eye, so the LEDs do not glow red the way cheaper 850 nm emitters do. The trade-off is that a camera sensor is less sensitive at 940 nm than at 850 nm, so the illuminated range tends to be shorter. Infrared also only helps inside the car: through a window, glass reflects much of it back, and the street is far beyond its reach anyway. Outside at night, every camera on the G980H relies on streetlights, headlights and its own sensor.

That is where the missing sensor model hurts. BOTSLAB's four-channel page talks about enhanced low-light capture but does not say which sensor sits behind the front lens, let alone the side and rear ones. Sony's STARVIS 2 sensors, found in the VIOFO A329S and the REDTIGER F7NP, are generally better in low light and high-contrast scenes than older parts, so it would be useful to know which family BOTSLAB chose. Until the maker says, treat the G980H's night performance as unknown rather than assumed.

Storage, recording time and the 512GB ceiling

Four streams eat storage quickly. BOTSLAB publishes a recording-time chart: about 1.3 hours on a 32GB card, 2.2 hours on 64GB, 4.9 hours on 128GB and 10.4 hours on 512GB. It does not say which camera configuration the chart assumes, but read against four channels it is plausible.

Doing the arithmetic on the first three rows implies a combined data rate somewhere around 55 to 65 megabits per second across all cameras. The 512GB row does not scale the same way: four times the 128GB card should give roughly 19 to 20 hours, not 10.4. Either the chart assumes a different setting for that row or it contains an error, so treat it as a rough guide and check your own card after the first full day.

What it means in practice:

• With the included 128GB card, BOTSLAB's chart suggests about five hours of driving before loop recording starts overwriting the oldest files. That covers several days of commuting for most people but less than a full shift for a rideshare or delivery driver, so save an incident promptly.
• Event clips locked by the G-sensor go to a separate folder, according to BOTSLAB's help page, and when that folder fills, the oldest event files are deleted to make room for new ones. Download important clips rather than trusting the lock.
• The 512GB maximum is lower than some rivals: BlackVue's DR770X Series II takes up to 1TB, and the VIOFO A329S can write to an external SSD of up to 4TB. For a four-channel camera that also runs parking mode, the ceiling is a real limit.

Buy a high-endurance card designed for continuous writing. Ordinary cards made for phones and cameras are not built for the constant overwrite cycle of a dash cam, and four channels multiply that wear.

Touchscreen, voice control, app and GPS

The 3.18-inch touchscreen is the G980H's most practical everyday feature. Many current dash cams have dropped screens entirely and push everything through a phone app, which is fine until you need to aim four cameras. With a screen, you can see each view while you adjust it, and the four-way split playback lets you review an incident on the spot. Keep expectations modest: split four ways, each view is roughly 1.6 inches across the diagonal, which is fine for confirming framing and not much more.

Voice commands cover the basics BOTSLAB lists in its help page: starting video, taking a photo, turning the screen on or off, and showing the front or rear camera. A driver fatigue reminder speaks up after two hours of driving.

Wi-Fi runs on the 5.8 GHz band, and BOTSLAB quotes transfer speeds of about 10 MB/s on 5 GHz against about 2 MB/s on 2.4 GHz. At the data rate implied by the storage chart, one minute of all four channels is in the region of 400 to 500 MB, so pulling a full minute of every view to a phone would take most of a minute even at the claimed speed. The Botslab app also handles settings and over-the-air firmware updates.

GPS is built in and records speed and route. Routes can be replayed against Google Maps in the app or in BOTSLAB's DV Player software on a PC or Mac, which is the better tool for reviewing four synchronized views on a large screen.

Parking mode in brief

The G980H offers three parking modes, and all of them need the hardwire kit:

• Time-lapse: one frame per second for up to 24 hours.
• Sentry: the front camera watches for a person within about 16 ft (5 m) for more than five seconds, then all cameras record.
• Collision: the camera sleeps and records one-minute clips when the G-sensor detects an impact.

There is also an 8-second pre-event buffer on G-sensor events while driving, so a locked clip includes the moments before the hit rather than starting at it. Battery drain, low-voltage cut-off and how to wire a four-camera system to the fuse box are covered in detail in our G980H hardwire kit and parking mode guide, so we will not repeat them here.

Setting up the BOTSLAB G980H: planning four cameras

The installation that matters most with this camera happens before you peel a single film: planning where each module goes. A sensible order:

1. Test everything first. Before mounting anything, connect all four cameras to the head unit inside the car, power it from the 12-volt socket, and confirm each view appears on the screen. Finding a faulty cable now is far easier than after it is tucked behind trim.
2. Choose the head unit spot. Behind the rearview mirror, high on the windshield, keeps it out of your sight line and inside the wiper sweep. Check the screen is still reachable for setup.
3. Place the side cameras on fixed glass where possible. If a module sits on a window that rolls down, the window will drag it toward the door. Rear quarter glass or a fixed upper section avoids that, and so does mounting on trim near the glass.
4. Mount the rear camera high and centered. Inside the rear glass is simplest. Avoid the defroster lines if you can, and remember that factory or aftermarket tint cuts the light a rear camera receives at night.
5. Clean the glass before applying the static-cling film. Grease and dust are what make cling mounts sag in summer heat.
6. Aim with the touchscreen. Level the horizon on each camera, keep a sliver of your own bodywork in the side and rear frames for reference, and check the front view is not mostly sky.
7. Format the card in the camera, set the date, time zone and speed units, and turn audio on or off as your local rules and passengers require.
8. Check for a firmware update in the Botslab app before the first long drive.

Routing four cables neatly through the headliner and pillars is the long part of the job. The step-by-step version, including airbag-safe routing along the A-pillars, lives in the hardwire kit article.

BOTSLAB G980H vs VIOFO A329S, 70mai T800E and other dash cams we bought

The fair comparison for a four-channel camera is not another four-channel camera, since few are widely sold, but the three-channel systems most buyers cross-shop. Ivan bought several, and the comparison below is on paper, from each maker's published specs.

Against the VIOFO A329S, the G980H trades image quality for coverage. The VIOFO's 4K front and 2K rear, all on STARVIS 2 sensors, should give more detail at every position, and SSD support solves the storage problem. But its cabin camera is a single fisheye that sees the side windows from inside; it will not record the side of the car the way a dedicated outward-facing module can.

The 70mai T800E is the closer rival in spirit: three channels with a switchable infrared cabin camera and 4K up front. If your concern is the cabin and the road ahead, the 70mai's layout fits better. If your concern is the doors and quarter panels, only the BOTSLAB has a camera aimed at them.

The DDPAI Z60 and the REDTIGER F7NP are two-channel cameras with 4K fronts, and both are simpler to install. For drivers who mainly worry about rear-end collisions and need clear front footage, either is the more rational buy. Our full ranking is in the best dash cams guide.

Who should buy the BOTSLAB G980H

The G980H earns its place for a specific set of drivers:

• Street parkers and lot parkers whose most likely incident is a scrape or door ding while parked, provided they add the hardwire kit.
• Rideshare and delivery drivers who want the street side recorded during pickups and drop-offs, and possibly a cabin view from a turned side module.
• Drivers in dense traffic where lane changes and side swipes are a bigger risk than a head-on event.
• People who dislike phone apps and want to aim, review and adjust everything on the camera itself.

Who should skip it

• Anyone whose top priority is front detail. A 3K front camera with an unpublished sensor is not the right tool if reading plates ahead is the main reason you want a dash cam.
• Drivers who want parked coverage but will never hardwire. Without the kit there is no parking mode, so the side cameras only record while you drive and a scrape in a parking lot goes unrecorded.
• Spec-sheet shoppers. If you want to know the sensor, frame rate and bitrate before you pay, BOTSLAB does not publish them.
• Anyone who dreads trim panels. Four cables mean four routing jobs. If a weekend under the headliner sounds miserable, budget for professional installation or choose a two-channel camera.

Tips and common mistakes with a four-channel dash cam

• Label the cables at both ends before routing. The connectors look alike, and swapping left and right will mislabel your footage.
• Upgrade the card early. If you run all four channels and parking mode, 128GB gives little margin. A high-endurance 256GB or 512GB card is a cheap fix for a real limitation.
• Download incidents promptly. Locked event files are overwritten when the event folder fills, according to BOTSLAB's help page.
• Check the side views after any window cleaning or detailing. Static-cling mounts are easy to nudge.
• Mind the tint. Rear and side cameras look through window glass, and dark tint costs night detail.
• Use DV Player for reviewing incidents. Four synchronized views with a GPS track are much easier to read on a laptop than on a phone.
• Format the card in the camera every few weeks to keep the file system healthy, after saving anything you need.

Final verdict: is the BOTSLAB G980H worth it?

The BOTSLAB G980H is worth it if side coverage is the thing you are missing. It records the left and right of the car with dedicated cameras, offers a person-triggered Sentry parking mode, and lets you set everything up on a touchscreen instead of a phone. Those are genuine advantages that most dash cams, including several Ivan bought, simply do not offer.

It is not the camera for the sharpest front video: in four-channel mode the front drops to 3K, BOTSLAB does not publish the sensor, frame rate or bitrate, and the 512GB card ceiling is tight for four streams plus parking mode. If you buy it, plan the installation carefully, budget for a bigger card, and decide up front whether you want the hardwire kit bundle instead of this one. For other options, the Car Upgrades hub lists every dash cam Ivan has bought.