REDTIGER F7NP Review: A Button-Driven 4K Dash Cam With GPS in the Mount

The REDTIGER F7NP is a two-channel dash cam that records the road ahead in 4K and the view behind in 1080p, with GPS in the mount, 5.8 GHz Wi-Fi and a supercapacitor instead of a lithium battery. This REDTIGER F7NP review explains what those numbers mean once the camera is on a windshield, where REDTIGER's own documents are vague or contradict each other, and how to wire parking mode without draining your battery. Ivan bought the F7NP in 2024 with his own money. His first-hand notes are being collected separately, so everything below comes from REDTIGER's documentation, the current listing and well-established dash cam know-how.

The short answer: the F7NP is a straightforward, button-driven 4K front and rear camera that covers the essentials, and it suits drivers who want to install a camera once and stop thinking about it. If you need a cabin camera, cloud alerts or very large memory cards, other cameras we bought fit better, and we point to them below.

REDTIGER F7NP at a glance

The F7NP sits in the budget to mid-range part of the market. Its pitch is a balanced spec sheet rather than one standout feature: a STARVIS 2 front sensor, a wide 170° front lens, GPS, quick Wi-Fi and a conventional button layout. The F7NP has been on sale for years and listings get revised over time, so this review describes it as it is listed and documented today (the manual we read is version 07, dated late 2025).

What's in the box

According to the listing, the kit includes the camera, the 1080p rear camera, a 128GB microSD card, a 21.3 ft (6.5 m) rear camera cable, an 11.5 ft (3.5 m) power cable with a car charger, the GPS suction mount, two static-cling window stickers, cable clips and a plastic pry tool for tucking wires into trim. The manual's own list adds an adhesive pad for the suction cup and five cable clips.

Two things are missing: a hardwire kit, which is the only way to use parking mode, and a circular polarizing filter (CPL), which REDTIGER lists as optional. A CPL cuts the reflection of a light-colored dashboard in the windshield on sunny days. The 21.3 ft rear cable suits most sedans and compact SUVs; in a three-row SUV, minivan or pickup with a camper shell, measure first, and if you need a longer cable, make sure it is listed for the F7NP.

Video quality on paper: 4K, STARVIS 2 and the aperture question

The front camera records 3840 x 2160 at 30 frames per second. That is roughly 8.3 million pixels per frame, about four times the pixel count of 1080p. More pixels matter for one practical reason: they make small details such as license plates readable from farther away. Resolution is only half the story, though, because compression decides how much of that detail survives. REDTIGER does not publish the F7NP's bitrate, so we cannot tell you how hard the video is compressed.

REDTIGER says the front camera uses a Sony STARVIS 2 sensor. STARVIS 2 is Sony's second generation of back-illuminated sensors for security and vehicle cameras, and it is generally better at low light and high-contrast scenes than the original STARVIS generation. What REDTIGER does not print for the F7NP is the exact sensor model. That matters, because STARVIS 2 includes sensors with different pixel counts, and only an 8-megapixel part can produce a native 3840 x 2160 image. Without the model number, the honest position is that 4K is the file resolution REDTIGER promises, and native resolution cannot be confirmed from the published specs.

The aperture is the second open question. The listing says F1.5. The current manual says F1.8 for the front lens and F2.0 for the rear. The difference is not trivial: an F1.5 lens gathers about 44 percent more light than an F1.8 lens. We treat F1.8 as the conservative figure, since it is the one in the printed documentation.

Field of view and what 170° really buys you

A 170° front lens is very wide. It captures adjacent lanes, cars pulling out of side streets and the edges of intersections, which is useful when the incident does not happen directly in front of you. The cost is that every pixel covers a wider slice of the world, so a plate 40 ft (12 m) ahead takes up fewer pixels than it would through a 140° lens, and straight lines bend near the edges. For most drivers the wider view is the better trade, but it is one reason not to expect plate reading at long distances.

The rear camera covers 140° at 1080p. That is enough to document a rear-end collision and show who was behind you. It records through the rear glass, so tint, defroster lines and dirt all reduce clarity. Mount it in the area the rear wiper clears if your car has one.

Night video and HDR

REDTIGER lists front HDR, and the description also mentions WDR. Both address a bright sky and dark shadows in the same frame, or headlights in an otherwise dark scene. At night, the hardest subject for any dash cam is a license plate lit by your own headlights, because plates are retroreflective and blow out to white. HDR helps, but no consumer dash cam can promise a readable plate at night.

Frame-rate modes: 1440p at 60 fps and 1080p at 120 fps

The F7NP manual lists more recording modes than the listing does. With the rear camera connected you can choose 4K plus 1080p or 1440p plus 1080p. With the front camera alone, you can choose 4K at 30 fps, 1440p at 60 fps or 1080p at 120 fps.

For evidence, the default 4K plus 1080p mode is the sensible choice, because it keeps both channels and gives the most detail per frame. The 60 fps mode is worth considering only if you mainly want smoother motion and sharper freeze-frames of passing cars, since doubling the frame rate halves the gap between frames; like the 120 fps mode, though, the manual lists it for the front camera alone, so you give up rear recording. That trade-off makes the 120 fps mode more of a curiosity for slow-motion road footage than a safety setting.

GPS, Wi-Fi and the REDTIGER Cam app

The GPS module sits in the suction mount, so the camera logs location, speed and route as you drive and sets its own clock from satellite time. The menu has separate switches for the date stamp, the speed stamp and the GPS stamp, plus speed units in mph or km/h, a time zone setting and a daylight saving switch. If GPS struggles, the manual points to metallic window film, radio antennas or radar detectors; some infrared-reflective windshields also block satellite signals.

Wi-Fi can be set to off, 2.4 GHz or 5.8 GHz. REDTIGER rates downloads at up to 20 MB/s on 5.8 GHz. A 300MB clip would take about 15 seconds at that rate, though real transfers are usually slower than headline figures. The manual puts the range at about 15 ft (4.5 m), and, as on most dash cams, it is a direct local link between camera and phone with no internet access.

The REDTIGER Cam app lets you preview the live view, download and replay clips, see the GPS route and speed, and change settings. It is also how you update firmware, which we cover in the setup section. On a computer, REDTIGER recommends its free REDTIGER Player for Mac and Windows, which shows front and rear video side by side with a map of the route. Files are standard MP4, so any video player can open them, but you lose the map view.

Parking mode and the REDTIGER F7NP hardwire kit

The F7NP offers two parking modes. Time-lapse records continuously at a reduced frame rate, which REDTIGER describes as low-bitrate monitoring. G-sensor mode waits for a bump and then records. Both need constant power after the engine is off, which is why the manual's parking mode entry simply says to connect the ACC hardwire kit.

The two modes trade storage and power for coverage:

• Time-lapse sees everything that happens around the car, but it compresses time, so a person walking past may appear in only a few frames. It also keeps the camera running the whole time, which uses more battery and fills the card faster.
• G-sensor mode uses far less storage, but it only records after a jolt. REDTIGER does not say whether it keeps a few seconds of video from before the impact, so assume the moment of contact itself may not be captured.

REDTIGER's USB-C hardwire kit accepts 12 V to 24 V, outputs 5 V at 2 A, has an 11.5 ft (3.5 m) cable and cuts power when the battery stays below 11.8 V (plus or minus 0.2 V) for 60 seconds. The kit's page address names other REDTIGER models, but the page itself says it is compatible with all REDTIGER dash cams and uses a Type-C plug, which matches the F7NP's USB-C port.

That 11.8 V cut-off deserves some thought. A healthy lead-acid car battery at rest sits around 12.6 V, and by the time it falls to about 11.8 V it is well below half charge. Repeated deep discharges shorten battery life, and in a Minnesota or Quebec winter a battery needs more of its charge just to crank the engine. If you drive daily, an 11.8 V cut-off is usually fine. If the car sits for days, or the battery is a few years old, keep parking sessions short or consider a dedicated dash cam battery pack. REDTIGER does not publish the F7NP's parking-mode power draw, and it does not list a battery voltage readout for this camera.

How to install the REDTIGER F7NP: step by step

The manual's first instruction is a good one: do a bench test before you hide any wires. REDTIGER also warns to connect every camera and cable before powering the unit on, or it may not work properly.

1. Format the card in the camera. Insert the microSD card with the gold contacts facing the screen, power the camera from the car charger and use Settings, then Format.
2. Pick the mounting spot. The best place is high and centered, behind the rear-view mirror, inside the area the wipers clear and below any tinted band at the top of the glass. Windshield mounting rules vary by state and province, and some specify exactly where devices may go, so check your local rules.
3. Mount the camera. Clean the glass, attach the suction mount, then turn the GPS module counterclockwise to lock the bracket, as the manual describes. In very hot or very cold weather, suction cups can lose grip; the included adhesive pad is there for that reason.
4. Route the power cable. Tuck it into the gap between the headliner and the windshield, run it across to the passenger-side A-pillar and down the door seal. Most A-pillars hide a curtain airbag, so keep the cable behind the airbag and along existing wiring, never across its face, and do not zip-tie anything to it.
5. Install the rear camera. Clean the rear glass, apply a static-cling sticker, then stick the camera to the sticker. Avoid the defroster lines if you can. On a hatchback, the cable has to pass through the rubber boot between the roof and the tailgate; take your time, because a pinched cable can cut the rear feed.
6. Hardwire for parking mode. Find your fuse box using the car's manual and identify the fuse type (ATO, mini, low-profile mini or micro2). With a circuit tester, find a fuse that stays live with the ignition off for the yellow B+ (constant-power) wire and one that is live only with the ignition on for the red ACC wire. Check the colors against the labels and instructions that come with your kit, because hardwire kits from different brands use different colors. Connect each through an add-a-fuse tap of the right type, with the tap's input leg in the live side of the slot so the original circuit and the camera each keep their own fuse. Attach the black ground to a bare metal bolt on the chassis, and avoid safety-critical circuits such as airbags and ABS.
7. Set the menus. Let GPS set the clock, choose your time zone and daylight saving setting, set speed units, and set the light frequency to 60 Hz (the menu offers 50 Hz or 60 Hz), which matches the power grid in the US and Canada and reduces flicker from LED street lights and garage lighting. Choose a 1, 3 or 5-minute loop length and set the G-sensor to low or medium so potholes do not lock every clip.
8. Test parking mode. Switch the engine off and confirm the camera enters parking mode, then restart and confirm normal recording resumes.

Firmware updates over the air

The manual documents over-the-air updates through the app, and its troubleshooting section also points to firmware on REDTIGER's website. The manual's app procedure: disconnect from the camera's Wi-Fi, let the phone reach the internet briefly, reconnect to the camera, open the app, tap Upgrade Now when it offers an update, and keep the camera powered until it restarts and the app confirms success. Do the update with the engine running or the camera on a USB supply, because a power cut mid-update can leave a camera that will not boot.

REDTIGER F7NP vs F7N Touch

Ivan also bought the REDTIGER F7N Touch, and the two are easy to confuse. Both are two-channel cameras from the same family with 4K front and 1080p rear recording, 5.8 GHz Wi-Fi rated at 20 MB/s, built-in GPS, a supercapacitor and the same two parking modes. On paper, the main difference is how you control them; REDTIGER's comparison tables list a suction cup mount as the default for both.

The F7NP makes more sense if you value buttons you can press by feel or simply prefer fewer features that can misbehave. The F7N Touch makes more sense if you want to lock a clip or take a snapshot by voice, or you find on-screen menus easier than button combinations. On image quality, neither page gives a clean answer: the F7NP's sensor model is not published, and the only model number REDTIGER shows for the Touch is a 5-megapixel part, which we discuss in the Touch review. On paper, that is not a reason to pick the Touch for video alone.

REDTIGER F7NP vs DDPAI Z60, VIOFO A329S and other cameras we bought

Ivan has bought nine dash cams, so the F7NP has plenty of company. These comparisons are based on each maker's published specs.

The DDPAI Z60 is the closest rival in concept: 4K front, 1080p rear, GPS and 5 GHz Wi-Fi. Its standout is 32GB of built-in eMMC memory that keeps recording if the microSD card fails, plus a low-power always-on parking mode and driver alerts. Its 140° front lens is narrower than the F7NP's 170°. If card failure worries you, the Z60 is the safer bet on paper.

The VIOFO A329S is a premium three-channel system with STARVIS 2 sensors on all three cameras, an 8-megapixel IMX678 up front, external SSD support up to 4TB and a hardwire kit with selectable cut-off voltages. It costs a lot more and is a bigger install, but it answers every spec question the F7NP leaves open.

If you want to see inside the car, the 70mai T800E adds an infrared cabin camera, though its published specs reveal compromises of their own. For front-only simplicity with an optional cloud module, there is the BlackVue DR770X-1CH II.

For the full ranking, see our guide to the best dash cams, or browse every review in Car Upgrades.

Who should buy the REDTIGER F7NP

• Commuters who want front and rear coverage without fuss. The F7NP records both ends of the car at good resolutions, sets its own clock by GPS and needs no app to work day to day.
• Button people. Locking a clip is one short press on the Up button and a snapshot is one short press on the Down button. No wake words, no touch targets.
• Drivers who switch cars. The suction mount and plug-in charger make it practical to move the camera between vehicles, as long as you skip hardwiring or fit a kit in each.

Who should skip it

• Rideshare and delivery drivers who need a cabin view. The F7NP has no interior camera.
• Anyone who wants parking alerts on a phone. REDTIGER does not list an LTE or cloud option for the F7NP.
• Buyers who want guaranteed native 4K. If the sensor model matters to you, pick a camera whose maker names an 8-megapixel sensor, such as the VIOFO A329S.
• People who want long parking sessions. With no listed voltage readout and a single 11.8 V cut-off in REDTIGER's kit, the F7NP gives you fewer tools to manage the battery than premium systems.

Tips, common mistakes and maintenance

• Format monthly. REDTIGER suggests formatting the card once a month and has a format reminder in the menu; a fresh file system avoids most "card error" messages.
• Buy the right card. Stay within the 256GB limit in the manual, and choose a high-endurance card rated U3 or V30. Endurance cards are built for constant rewriting; standard cards for phones and cameras wear out much faster. Replace the card every year or two even if it seems fine.
• Do not stop recording by accident. A long press on the Down button stops recording. If the screen ever shows the camera is not recording, check that first.
• Watch for "Mass storage" on the screen. The manual explains that a USB data cable puts the camera into transfer mode, in which nothing else works. Use the original charger or a power-only cable.
• Think about audio. The F7NP can record sound, and audio-recording consent rules vary by state and province. If you carry passengers, check the rules where you drive, or switch audio recording off in the menu.

Final verdict

In this REDTIGER F7NP review, the picture that emerges from the documentation is a well-rounded two-channel camera: 4K front and 1080p rear, a wide 170° front lens, GPS in the mount, quick 5.8 GHz Wi-Fi, app-based firmware updates and a supercapacitor that tolerates summer heat. The extra 1440p 60 fps mode and the simple button layout are genuine pluses.

The weak points are about transparency and limits rather than missing features: no named sensor model, conflicting aperture figures, no published bitrate, a 256GB card ceiling and a parking kit with a fixed 11.8 V cut-off. If you can live with that, the F7NP is a sensible, easy camera for front and rear coverage. If you want a cabin camera, eMMC backup or named 8-megapixel sensors, the reviews linked above are the next places to look.