2, 3 or 6 Cameras? How to Plan a Fleet Dashcam Setup by Vehicle Type

More cameras isn’t always better, but the wrong number leaves you without footage when it counts.

Start with where incidents happen

Before choosing hardware, look at your last 12 months of claims and damage reports. Where did incidents happen?

• Front-end collisions point to a road-facing camera with ADAS
• Reversing damage points to a rear camera
• Lane-change and cyclist incidents point to side cameras
• Driver complaints and passenger disputes point to an in-cabin camera
• Cargo theft or damage points to a load-area camera

Your claims history tells you which channels earn their keep. If you don’t have good records, start with front and one other, and review after six months.

Know your camera types

Road-facing. The essential one. Records what happens ahead and runs ADAS collision warnings on most AI dashcams.

Driver-facing. Watches the driver for fatigue, distraction and phone use. Usually infrared for night driving.

Cabin. Wider view covering passengers. Common in taxis and PHVs.

Rear. Covers reversing and rear-end collisions.

Side. Covers blind spots, lane changes and cyclists. Most useful on vans and trucks.

Load area. Covers cargo and loading. Useful for theft and damage disputes.

Setups by vehicle type

Cars and rental vehicles: 1 to 2 cameras

A road-facing camera covers most at-fault disputes and insurance claims. Add a rear camera if rear-end shunts and parking damage are common.

For rental fleets, front and rear also help settle damage disputes between hires. On something like the Teltonika KeepCam, that’s the built-in front camera plus one module. See our car rental page.

Dealership demo and courtesy cars: 1 camera

Front-facing plus tracking covers most needs. The bigger risk is usually theft or misuse, which tracking handles better. See loan car and test drive tracking.

Taxis and PHVs: 2 to 3 cameras

Front plus cabin is the usual setup. The cabin camera protects drivers from false complaints and passengers from bad behaviour. Add rear if your vehicles do a lot of urban stop-start driving, where rear-end shunts are common.

Check your licensing authority’s CCTV policy first. Rules on in-cabin recording vary by council. In London, see our TfL dash cam FAQ.

A KeepCam with 2 modules covers front, cabin and rear. More on our taxi and PHV page.

Vans and light delivery: 3 to 4 cameras

Front, driver-facing, rear and nearside. Reversing and loading are where most van damage happens. A nearside camera helps with cyclists and kerbside incidents.

The Teltonika ProCam has front and driver cameras built in, so 2 modules gets you here.

Trucks and truck-and-trailer: 5 to 6 cameras

Front, driver, rear, both sides and a load area. Blind spots are the main risk on large vehicles. The ProCam supports up to 6 channels for near 360° coverage.

Check cable lengths for trailer runs. AHD analogue modules, like Teltonika’s, are designed for longer cable runs. See our logistics page.

Field service vans: 2 to 4 cameras

Depends on what’s on board. Engineers with expensive tools benefit from a load-area camera alongside front and rear. See our field services page.

Quick reference

Things people forget

ADAS only works on the front

On most AI dashcams, including the KeepCam and ProCam, side and rear cameras record and stream but don’t detect hazards. Don’t buy side cameras expecting cyclist warnings.

Every camera costs data

More channels means more potential uploads. Set rules so only event clips upload automatically. Pull the rest when you need it.

Positioning matters

A badly angled camera is useless in a claim. Preview every channel before the vehicle goes back into service. Both Teltonika cameras let installers preview live feeds in TCT during setup.

Storage fills up faster

More channels means footage overwrites faster. Size storage for the number of days you need to keep. See dash cam keeps overwriting footage and our best SD card for dash cams.

Power and battery

More cameras draw more power, especially in parking mode. Check the setup won’t flatten batteries on vehicles that sit for days. See dash cam parking mode battery drain.

Privacy

Driver-facing and cabin cameras bring GDPR duties. Read our guide to driver-facing cameras and GDPR before fitting them.

Choosing hardware to match

Once you know how many channels you need, the hardware choice gets easier:

• 1 to 3 channels: single AI dashcams like the Teltonika KeepCam or Hikvision G40. See our KeepCam vs G40 comparison.
• 4 to 6 channels: multi-camera units like the Teltonika ProCam or Streamax AD Max. See our ProCam alternatives.
• 8 or more: traditional mobile DVR systems.

Roll out in stages

Don’t kit out the whole fleet at once. A simple plan:

1. Fit your chosen setup to 5 to 10 vehicles
2. Run for a month and review footage and alerts
3. Adjust camera angles, channels and alert settings
4. Roll out to the rest of the fleet

This catches problems while they’re cheap to fix.

FAQ

Can I mix setups across one fleet?

Yes, and most fleets should. Cars might run front-only while vans run four cameras. What matters is that one platform shows every vehicle and every camera in one place.

How long does a multi-camera install take?

A single front camera is quick. Each extra module adds cable routing and trim removal, so a full six-channel truck install takes much longer. Ask your installer for a per-vehicle estimate and plan vehicle downtime around it.

Should I add cameras to grey fleet vehicles?

Usually not. Drivers own those cars, which raises privacy issues. See our grey fleet management options instead.

Is a rear camera worth it on a car?

If parking and rear-end damage are common in your claims, yes. Otherwise, front-only is fine.

Will more cameras reduce my insurance?

Better evidence helps with fault disputes. See does a dashcam reduce fleet insurance.

Next steps

Pick the setup that matches your claims, not the biggest kit on offer. Then trial it on a handful of vehicles before rolling out.

Explore our dash camera options.

Book a demo to plan coverage for your fleet →