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Trucking dash cams for long-haul and regional fleets

Trucks stress a dash cam in ways cars do not: 24V systems, long engine-off periods, vibration, heat and hours of night driving. This page covers what to specify when sourcing dash cams for trucking companies.

Trucking dash cam installed on a long-haul truck windshield at dusk with GPS and night vision recording Illustration

What makes trucking different

A truck is a long, high, vibrating platform with a power system that is not the one a passenger car uses. Many heavy trucks run a 24V electrical system, cabs are tall, windshields are large, and drivers may spend more than a day between depot visits. Footage requirements differ too: the main disputes in trucking involve lane changes, merging, intersections and incidents behind the vehicle that the driver cannot see. A camera designed and sold for a sedan can fail in this setting for reasons that have nothing to do with image quality.

Power: 12V, 24V and parking

The first spec line is the input voltage range. A truck program must confirm in writing that the recorder and the hardwire kit accept the vehicle's supply, including the voltage swing at start-up, and which low-voltage cutoff setting protects the batteries on engine-off. Drivers sleeping in the cab need a camera that does not drain the batteries while parked, so cutoff thresholds and parking-mode behavior are fixed per vehicle type. Read how hardwire kits and parking accessories handle this.

Trucking needWhat to specifyLine
Route and speed recordsGPS module, time and speed stampGPS tracking
Night and low-light drivingLow-light sensor class, WDR/HDRNight vision enhanced
Forward evidence at highway speedNative 4K front, H.2654K single
Rear and trailer-side visibilityRear camera with long cable run4K front and rear
Long recording periods128GB high-endurance microSDSD cards

Channels and cable runs

A rear camera on a rigid truck needs a cable far longer than a car kit includes, and on a tractor-trailer the rear view may be a separate system altogether. The desk therefore treats cable length as a named spec line per vehicle class rather than a default. Cabin infrared channels are optional and used mainly where driver-monitoring policies exist; see the privacy note below. Mounting height matters as much as cable length: on a tall cab the camera sits high on the windshield, so field of view and the angle to the hood line are checked in sample clips, and the mount is chosen for vibration rather than for looks. Adhesive mounts are common on trucks because suction cups loosen over long hours, and the spec sheet should say which one is supplied. The recorders in this catalog are standalone units with loop recording and event lock, not live 4G streaming units.

Night driving

Trucking has a large share of night driving, so low-light performance is a headline requirement. Newer platforms use Sony STARVIS 2 class sensors such as the IMX675 for better low-light behavior, while many current models use the IMX415 or IMX335. Hardware matters, but so does tuning, so sample clips recorded at night on a real road are part of the review. The night vision line explains what to ask for and how to compare clips.

EMC and paperwork

For vehicle electronics, the relevant reference is E-mark (UNECE R10) electromagnetic compatibility, mutually recognized across countries in the 1958 Agreement and especially relevant for commercial-vehicle programs. In the US, a non-WiFi unit is typically covered by FCC Part 15 Subpart B through a supplier's declaration, and a WiFi unit needs an FCC ID. Roadtrace holds no certificates itself; reports come from the producing factory or lab and are verified by report number. General information only; confirm with a compliance adviser. See certifications.

Privacy and driver policy

Recording drivers raises employment and privacy questions that vary by country and state, including audio recording and notice requirements. Decide the policy first, then set firmware defaults, such as audio off, accordingly. Check local law; this page is general information only.

Procurement path, MOQ and shipping

A typical trucking program runs: spec sheet with voltage and cable lengths, custom samples in about 7-15 working days, a road trial on one or two trucks, a golden sample, and bulk in about 25-45 days when the program is custom, or about 15 working days on a stock platform. Private label minimums are commonly published from about 100 pieces per model, confirmed in writing per program. An illustrative example: a regional carrier trials two units per truck type before ordering the full set. Bulk usually moves by sea from Yantian or Shekou, with air for urgent top-ups; see logistics and send your brief through the quote form.

Questions buyers ask

Do these dash cams work on 24V trucks?

Voltage input is a named spec line. The desk confirms in writing whether a recorder and hardwire kit accept 24V and the start-up voltage swing before samples are cut.

Can a rear camera cover a trailer?

A rear camera with a long cable suits a rigid truck. Tractor-trailers often need a separate rear system, scoped on the spec sheet rather than assumed.

Is E-mark required?

It depends on the market and program. E-mark (UNECE R10) is the usual EMC reference for vehicle electronics and is relevant to commercial programs. Confirm with a compliance adviser.

How long can a truck dash cam record?

It depends on the card capacity, bitrate and codec. H.265 roughly halves storage against H.264 at similar quality; with loop recording the oldest files are overwritten.

Send the product line, the market you sell into and a quantity per model. The desk replies in writing with a model shortlist, the sampling plan and the reference MOQ.

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