Dash Camera Buying Guide NZ: Front and Rear, Parking Mode and 24/7

Two decisions cover almost everything: how many lenses you need, and whether the camera keeps recording when the engine is off. Front and rear coverage answers the crash. Parking mode answers everything that happens while you are not in the car, which for most owners turns out to be the more valuable half. Resolution barely matters once you are past 1080p, because a dash camera answers what happened and who was where, not what somebody's face looked like at forty metres.

This guide covers thirty-eight items from the Dash Cameras range, $26 to $490: front and rear dual systems, triple channel with cabin monitoring, four channel with an external rear camera, radar parking monitors, 4G units you can watch live from anywhere with GPS tracking, motorbike cameras, and the hardwiring kit that makes 24/7 parking mode work at all.

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Channels: What Each Lens Is For

Channel count is the first decision and the one that eliminates most of the range. Each lens answers a different question.

Front only

Covers the road ahead. Enough for the classic dispute, which is someone pulling out or stopping suddenly in front of you. It is also the thing that answers least, because a large share of crashes involve being hit from behind.

Dual: front and rear

The default for most private drivers. The rear camera mounts on the back window and covers exactly where rear-end collisions and tailgating happen, which a front camera cannot see at all. If you are buying one camera for a family car, this is the configuration.

Triple: front, cabin and rear

Adds an interior lens with its own infrared for night. Essential for anyone carrying passengers for money, and increasingly useful for anyone carrying passengers at all, because the disputed version of events is often about what was said or done inside the vehicle rather than outside it.

Note that some triple-channel units here use the third lens for a second cabin angle rather than a rear window camera. Read the description: VIM-LUXXRD covers the road plus both sides of the cabin, while VIM-LUXX11R includes an external rear camera.

Four channel

Road ahead, two cabin angles and an external rear camera. This is fleet, rideshare and commercial territory, where every angle needs covering because every angle gets disputed. VIM-LUXX9R, VIM-LUXXRDR and VIM-LUXXRD2R.

And then: how does the footage reach you?

Three levels, and they cost progressively more.

Local recording only. Everything goes to the microSD card and you take the card out, or connect the camera, to get it. Cheapest, simplest, nothing to set up, and entirely fine if you only need footage after an incident you already know about.

WiFi to your phone. The camera makes its own connection to a phone in the cabin, so you can review clips, download the one you need and change settings without a computer. Most of this range does this, and it is the feature that matters at the roadside.

4G with live view and GPS tracking. The camera has its own SIM, so you can watch the vehicle in real time from anywhere, get alerts while something is happening rather than afterwards, and see where the vehicle has been. Ten units here take a SIM, and the nine 4G dash cameras among them add GPS tracking. It is the difference between a record and a monitor.

Be clear that 4G costs meaningfully more, twice. The cameras start at $269 against $139 for local recording, and each one then needs its own data plan every month for as long as it runs. That is worth it when knowing late is no use: a work vehicle, a car that parks in public, a vehicle somebody else drives. For a family car in a garage it is money spent on a capability that will never be used. Most buyers should start with a good front and rear camera and a hardwire kit, and step up to 4G only when there is a reason.

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Quick Picks

Eight situations. All thirty-eight are in the comparison table below.

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All Thirty-Eight Compared

Grouped by channel count. Every camera here records to microSD, and most also have a G-sensor and a super capacitor, so those columns are left out; each product page confirms them.

Swipe the table sideways to see every column.

Prices are NZD and were correct when this guide was last reviewed in October 2026; the product page always shows the current price.

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Parking Mode, Hardwiring and Heat

Parking mode is what most people are actually buying, and it is also the feature most often bought and never used. Here is why.

The cigarette socket usually goes dead

In most vehicles the 12V accessory socket loses power when the ignition is off. That is deliberate, so a phone charger left plugged in cannot flatten the battery. It also means a dash camera plugged into that socket switches off the moment you lock the car, and the parking mode you paid for never once activates.

This is the single most common disappointment in the category. If parking mode is why you are buying, the camera has to be hardwired.

What hardwiring actually does

A hardwire kit like HARDWIRE at $26 takes power from two points in the fuse box: a switched fuse that is live only with the ignition, and a constant fuse that is always live. The camera uses the switched line to know whether the engine is running, and the constant line to keep itself powered when it is not. The hardwire kits supplied with many cameras here have battery protection, which shuts the camera down before it can flatten the battery enough to stop the car starting. HARDWIRE has an in-line fuse and a voltage regulator but does not list a low-voltage cut-off, which is worth knowing if the car sits for days.

VIM-DUALK1S takes a different route and plugs into the OBD2 diagnostic port instead, which gives constant power without touching the fuse box. If you would rather not have anything wired in, that is the simpler install.

The 4G units generally ship with an ACC hardwire kit, since live monitoring is pointless if the camera dies with the ignition.

Radar versus motion versus G-sensor triggering

Three different ways a parked camera decides to record, and the difference decides whether the system is usable.

G-sensor reacts to impact. Nearly every camera here has one. It is reliable and it only fires after something has already hit the car, so you get the aftermath rather than the approach.

Motion detection watches the image for change. In a garage it works well. Parked on a street it triggers on every passing car, pedestrian, shadow and headlight, filling the card and draining the battery overnight.

Radar senses something physically approaching the vehicle, so it ignores traffic passing at distance and wakes for the person walking up to your door. It is the reason the radar models exist and why they are the right choice for street parking. Some use a built-in sensor and some an external one, and both do the same job. VIM-DASHC4GL4 carries two, front and rear.

And then there is AOV. Always On Video on the VIM-DASHC4GL4 keeps the camera on guard around the clock at very low power, under 0.05W in standby, with vibration, movement and radar deciding when to record. It needs OBD2 or fuse-box power to stay on with the engine off.

Super capacitors, and why they matter here

Most cameras in this range use a super capacitor rather than a lithium battery; VIM-LUXX7 and VIM-LUXX3 carry a small lithium cell. That is worth understanding rather than skipping.

A car parked in the sun in a New Zealand summer reaches temperatures well above anything the outside air suggests. Lithium cells degrade fast at those temperatures, swell, and in the worst cases fail dangerously. Capacitors tolerate both extremes far better, charge in seconds, and last for many more cycles. The trade is that a capacitor holds only enough charge to close the current file safely rather than to run the camera, which is exactly why hardwiring matters for parking mode.

For a car that lives outside, a bike, or anything in Northland or Hawke's Bay through February, this is the specification that decides whether the camera is still working in three years.

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Mounting, and Your Warrant of Fitness

New Zealand's vehicle inspection rules do not name dash cameras anywhere. That is exactly why this matters: with no specific allowance, an inspector assesses a windscreen-mounted device under the general rules on driver vision, and where you stick it is entirely your risk.

What the rules actually say

The WoF rules fail anything that unreasonably impairs the driver's view through the windscreen, and they treat the area in front of the driver, the critical vision area, most strictly. Objects attached to the glass are constrained: stickers pass only if they sit wholly within 100mm of the top or bottom edge, or 50mm of the sides, and antennae only if they are within 100mm of any edge.

Dash cameras are not listed, so no equivalent allowance is written down for them. In practice, applying the same principle is the sensible approach.

The safe places to mount

• Within about 100mm of the top edge of the windscreen, in the band the wipers do not clear and the driver does not look through.
• Directly behind the rear-view mirror, where the mirror already blocks that part of your view. This is the most common install and the tidiest, because the mirror hides the camera body and the cable can run up into the headlining.
• Never in the middle of the swept area, and never low down in front of the driver. That is the critical vision area and it is where a fail comes from.

The rear camera has no equivalent restriction in most vehicles, since the rear window is not the driver's primary vision area, but keep it clear of the demister lines and out of the wiper path where one is fitted.

Run the cable properly

Tuck it into the headlining, down the A-pillar and along the trim to the fuse box or socket. A cable hanging across the windscreen is both an obstruction and the thing that makes an installation look like an afterthought. Take care around the A-pillar in any vehicle with a curtain airbag: route the cable so it cannot interfere with the airbag deploying, or have it done professionally.

If you are unsure, ask before the WoF

Inspectors apply judgement here, and it costs nothing to ask your inspection station where they are happy to see a camera mounted before you fix the adhesive pad to the glass. Removing a well-stuck mount from a windscreen is considerably harder than positioning it correctly the first time.

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Cordless and wireless dash cams: what those words actually mean

Two of the most searched terms in this category are the two most misunderstood, and they do not mean the same thing.

A wireless dash cam means wireless connectivity, not wireless power. It still takes a cable. What is wireless is how you get the footage off it: WiFi to your phone so you can pull a clip at the roadside instead of removing the card, or 4G so you can view the car remotely. Every model on this page with WiFi or a SIM slot is a wireless dash camera in the sense the term is used.

A cordless dash cam implies it runs on its own battery, and here the honest answer is that a dash camera is not a battery product. The super capacitor in most units, or the small cell in a few, exists to close the file safely when power is cut, not to run the camera. Anything claiming to record all day on its own battery is either recording very little or has a battery large enough to be a heat risk in a New Zealand summer car.

If the goal is no cable draped across the dash, the answer is a hardwire kit to the fuse box, which is also what enables parking mode. It is a tidier install than a cigarette lighter lead, not a less powered one.

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Mistakes That Cause Returns

1. Buying for parking mode and plugging into the cigarette socket. The biggest one by a distance. That socket dies with the ignition in most vehicles, so the parking mode never activates. Choose a camera that comes with a hardwire kit or an OBD2 cable, or budget $26 for the hardwire kit at the same time.
2. Mounting it in the middle of the windscreen. Straight into the critical vision area, and a WoF risk. Top 100mm or behind the mirror.
3. Buying front-only when the risk is behind you. A large share of collisions are rear-end. A front camera records the road you were already watching and misses the one that hit you.
4. Assuming "4K" means every lens. On almost every multi-lens camera, the headline resolution is the front lens. The cabin and rear lenses record lower, often 1080p, because the processor and the card are shared. VIM-DASHC4G4K states it plainly at 4K front and 1080p rear. Read the per-lens figures.
5. Using motion detection for street parking. It triggers on every passing car and pedestrian, fills the card overnight and drains the battery. Radar is what makes street parking practical.
6. Ignoring windscreen reflection. Your dashboard reflects off the inside of the glass and sits across the footage in bright conditions, right where a number plate would be. A dark dash mat helps, and a CPL filter cancels it properly; one comes in the box with VIM-LUXX11, VIM-LUXX11R and VIM-LUXX11H. This ruins more real-world footage than low resolution does.
7. Using an ordinary microSD card. Dash cameras loop-record continuously in heat and vibration, which kills a standard card within months. Use a high endurance card rated for continuous video, sized to the camera's stated limit.
8. Never checking the footage until you need it. A full card, a corrupted card or a knocked-out mount all fail silently. Check the recording once a month, and check the date and time are right, because a timestamp is what makes footage useful in a claim.
9. Forgetting to tell passengers. If you drive for money and your camera has a cabin lens, passengers need to know. A small sticker at the door handles it.
10. Fitting a bike camera meant for a car. Vibration, weather and direct heat kill windscreen cameras on a motorbike. The three bike models exist for that reason.

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Key Specs Explained

Resolution, and how it splits across lenses

The range runs 1080p, 2K and 4K, and the number on the box is almost always the front lens on its own. Add a second or third lens and the total is shared: a dual camera advertised at 4K may run 4K front with 1080p rear, or split as 2K and 2K when both record together. Some cameras also drop resolution in parking mode to save space and power.

The practical rule: read the per-lens figures, not the headline. For identifying a number plate you want the highest resolution on the lens facing that direction, and for a cabin lens 1080p is ample because everything is two metres away.

G-sensor

An accelerometer that detects impact and immediately locks the current file so loop recording cannot overwrite it. Nearly every camera here has one. Sensitivity is usually adjustable, and it is worth turning down if you drive on gravel or over speed humps, because an over-sensitive G-sensor locks so many files that the card fills with protected clips and stops recording.

Cabin infrared

The interior lens on a triple or four channel camera has its own infrared LEDs, because a cabin at night is pitch dark and the road lighting outside does nothing for it. VIM-DLUXX4K carries eight. Without it, a cabin lens produces a black rectangle for half the year.

Loop recording and card size

All of these overwrite the oldest footage when the card fills, so recording never stops. That also means unprotected footage has a shelf life measured in days. A larger card buys you more time to notice something happened, and a high endurance card is the only sensible type in a vehicle.

GPS

Logs position and speed against every clip and stamps it into the footage. Extremely useful in a dispute about where you were and how fast you were going.

Understand that it cuts both ways. If your footage shows you were doing 68 in a 50 when somebody pulled out in front of you, that is now recorded too, and it is your recording. That is not a reason to avoid GPS, it is a reason to know what you are handing over before you hand it over.

WiFi

The camera makes its own connection to your phone in the cabin, no router involved, so you can review and download clips at the roadside. This is the single most useful convenience feature in the category, because the moment you need footage is usually the moment you are standing beside the other driver.

4G, and what it needs

Ten cameras here take their own SIM for live view and alerts from anywhere with coverage, and the nine 4G dash cameras add GPS tracking. Each needs a data plan from Spark, One NZ or 2degrees, and there is no subscription from us on top. New Zealand no longer has a 3G network, so there is no fallback below 4G, which is worth knowing if the vehicle spends time in rural areas.

Check the band list as well. Band 28, the 700MHz band, carries much of the rural 4G coverage in New Zealand. VIM-DASHC4G, VIM-DASHC4GL2, VIM-DASHC4GL3 and VIM-DASHC4GS2 list it; VIM-DASHC4GS, VIM-DASHC4GS3, VIM-DASHC4G4K and VIM-DASHC4G4K2 do not, so for a vehicle that works or parks rurally, choose from the first group.

Parking mode variants

"Parking mode" covers several behaviours. Some cameras sleep and wake on a trigger, which is the most power-efficient. Others record the whole time the car is parked, usually as a time-lapse at a reduced frame rate, described here as 24/7 monitoring, which needs the hardwire kit and a healthy battery. Check which one a product means before assuming it matches what you pictured.

AOV: always on video

AOV is the name VIM-DASHC4GL4 gives its 24/7 parking mode. The camera stays on guard while parked, drawing under 0.05W in standby, and vibration, movement or radar activity near the car triggers a recording and a push alert to your phone.

It needs constant power from the OBD2 port or the fuse box. On a cigarette lighter lead, parking mode switches off with the ignition.

CPL filter

A circular polarising filter that clips over the front lens. Windscreen glass reflects your dashboard back at the camera, and in bright conditions that reflection sits across the middle of the footage exactly where a number plate would be. A CPL cancels it. One comes in the box with VIM-LUXX11, VIM-LUXX11R and VIM-LUXX11H, and VIM-LUXXRD2 and VIM-LUXXRD2R list one as an optional accessory. It is a small piece of glass and it does more for real-world footage quality than a resolution step.

OBD2 power

An alternative to hardwiring. The OBD2 diagnostic port under the dash carries constant power, so a cable from there gives a camera what it needs for parking mode without touching the fuse box. VIM-DUALK1S is built around it, and VIM-DASHC4GL4 includes a USB-C to OBD2 cable in the box so hardwiring is optional. If you would rather not have anything wired in, or you are in a lease vehicle, this is the route.

Privacy Mode

On VIM-DASHC4GL4. Disables both recording and remote viewing on demand. Useful if the vehicle is sometimes personal and sometimes work, or if a passenger asks, and worth having on any camera someone else can view remotely.

Super capacitor

Used across most of this range, with VIM-LUXX7 and VIM-LUXX3 the exceptions on a small lithium cell, and covered in full above. It is the reason these cameras survive New Zealand summers, and the reason parking mode needs external power.

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Choose by Use

A family car, parked in a garage

Front and rear is the configuration, and parking mode matters less because the car is secure overnight. VIM-LUXX7S at $199 with GPS and WiFi, or VIM-DLUXX4K at $139 if you would rather cover the cabin than the rear.

A car parked on the street

This is where parking mode earns its money and where radar beats motion detection. VIM-LUXXRD at $389 for triple channel with 360 radar, or VIM-LUXXRD2R at $399 for four channels. Both come with a hardwire kit in the box.

If you also want to see the car from anywhere, VIM-DASHC4GL4 at $269 adds 4G live view and push alerts, radar parking detection and 24/7 parking power through its OBD2 cable.

Rideshare, taxi and small passenger service

You need the cabin lens, and you need to tell passengers. VIM-LUXX9 at $289 is the entry point, VIM-LUXX11 at $279 adds 4K, and VIM-LUXX3 at $189 is the dual option, front and rear with GPS, if your cabin is already covered another way.

A work vehicle or a small fleet

You want to know where vehicles are and what happened without asking the driver. VIM-DASHC4GL3 at $490 for live view, GPS route logging and 24/7 parking, or VIM-LUXXRDR at $399 if you need four angles more than you need remote access. Tell your drivers before you fit them, in writing.

A vehicle you leave for long periods

Airport parking, a second car, a boat trailer, a vehicle at a remote property. 4G is the only thing that tells you while it is happening. VIM-DASHC4GL4 at $269 or VIM-DASHC4GL2 at $349. Check the battery can support days of parking mode, or use a lower-power trigger setting. At a remote property, check the band list for band 28, which VIM-DASHC4GL2 includes.

A new or young driver

Footage settles who was at fault far faster than two accounts do, and GPS logging is a useful conversation with a teenager. VIM-LUXX7 at $189 or a 4G unit if you want to see where the car has been.

Motorbike

VIM-DUALMX3 at $349 with GPS, VIM-MOTBIK2 at $259 without, or VIM-DUALMX at $179 as the entry option. All three are built for vibration and weather in a way a car camera is not.

4K at the front, with 4G

VIM-DASHC4G4K or VIM-DASHC4G4K2 at $490, both 4K at the front and 1080p at the rear, with 4G and GPS on top and 24/7 parking on the ACC kit in the box.

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FAQs

Are dash cameras legal in New Zealand?

Yes. There is no restriction on having one, and footage is routinely used in insurance claims and by police. The two things to get right are where it is mounted, so it does not obstruct your view, and telling passengers if the camera records the cabin.

Will a dash camera fail my WoF?

It can, if it is mounted in the driver's critical vision area. The rules do not name dash cameras, so an inspector applies the general windscreen vision requirements. Mounting it within about 100mm of the top edge, the allowance the rules give stickers, or directly behind the rear-view mirror is the safest choice.

Why doesn't my parking mode work?

Almost certainly because the camera is plugged into the 12V accessory socket, which goes dead when you turn the ignition off in most vehicles. Parking mode needs a hardwire kit taking constant power from the fuse box, or an OBD2 connection.

What is AOV, or Always On Video?

It is how VIM-DASHC4GL4 describes its 24/7 parking mode. The camera stays on guard while parked, drawing under 0.05W in standby, and records when vibration, movement or radar activity is detected, with a push alert to your phone over 4G. It needs OBD2 or fuse-box power to work with the engine off.

What does a CPL filter do?

It cancels the reflection of your dashboard off the inside of the windscreen, which in bright light sits across the footage exactly where a number plate would be. One comes in the box with VIM-LUXX11, VIM-LUXX11R and VIM-LUXX11H, and VIM-LUXXRD2 and VIM-LUXXRD2R list one as an optional accessory. It is the cheapest meaningful upgrade to real-world footage quality.

Will parking mode flatten my battery?

The hardwire kits supplied with many cameras here include battery protection, which shuts the camera down before the battery drops too far to start the car. Set it conservatively if the vehicle sits for days at a time, and choose a radar or impact trigger rather than continuous recording for long parking periods.

Do I have to tell passengers I am recording?

If you carry passengers for money and the camera records the cabin, yes in substance. The Privacy Act 2020 requires people to be aware their information is being collected, and a small notice at the door does the job. Audio is a separate question, covered below.

Can I record audio in the car?

If you are in the vehicle and part of the conversation, recording it is lawful under section 216B of the Crimes Act 1961. Leaving a camera recording audio in an empty car captures conversations you are not part of, which is a different position. If you do not need cabin audio, switch it off.

Do the 4G cameras need a subscription?

No subscription from us. Each 4G camera takes its own SIM with a data plan from Spark, One NZ or 2degrees, and that plan is the only ongoing cost.

What memory card should I use?

A high endurance microSD card rated for continuous video, sized to the camera's stated maximum. Dash cameras loop-record all day in heat and vibration, and ordinary cards fail within months under that.

Can I install it myself?

Socket-powered installs are straightforward. Hardwiring to the fuse box is manageable if you are comfortable identifying switched and constant fuses, and worth paying an auto electrician for if you are not, particularly in vehicles with curtain airbags in the A-pillar where cable routing matters.

Is footage from my dash camera accepted by insurers?

Insurers routinely accept it and it often settles fault quickly. Keep the original file unedited, note the date and time, and do not crop or re-encode the copy you send.

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Responsible Use in New Zealand

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Related Guides

Dash cameras cover the vehicle. These cover the rest.

• GPS Trackers for knowing where a vehicle is rather than what it can see. Hardwired, magnetic and OBD trackers compared.
• Counter-Surveillance if your concern is a tracker somebody else has put on your car. A magnetic probe finds them when a signal sweep will not.
• 4G Security Cameras for the same live monitoring on a property instead of a vehicle.
• Voice Recorders if in-car audio is what you actually need. Cheaper, smaller, and far longer runtime.
• Trail Cameras for watching a vehicle parked at a remote property, where a dash camera has no power source.

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Shop Dash Cameras

The shortest path is two questions. How many angles need covering, and does the camera need to keep working with the engine off. Front and rear for a private car. Add a cabin lens if you carry passengers. Add radar and a hardwire kit if it parks on the street. Add 4G if you need to know while it is happening.

Thirty-five cameras from $139 to $490, every one recording to microSD, plus the hardwire kit and two memory cards.

Browse all Dash Cameras, or see the Motorbike Cameras range.

Last reviewed October 2026.