Sharpvue vs. LVT: mobile surveillance trailer comparison

The most practical difference for an engineer evaluating both is how much of the hardware is documented publicly. Sharpvue publishes a full spec table per model: the MAST carries a 1,170 W solar array, a 200 Ah 48V battery bank, a 22 ft telescoping mast, and a documented 14 W total camera draw across a low-power PTZ and two panoramic 180° cameras. The MAST-mini is the same platform at a 16 ft mast for tighter sites.

LVT's public materials focus on outcomes rather than component specifications. Its FAQ publishes a detection figure — humans detectable up to 1,200 ft depending on configuration — and refers to backup smart generators for uptime, but battery capacity, mast height and runtime are not stated. That is a legitimate way to market a managed service, where the vendor owns responsibility for the equipment performing. It does mean a specification-led comparison is one-sided: we can tell you what Sharpvue publishes and we cannot tell you LVT's equivalent figures, because they are not public. Ask LVT for them directly.

This is where the two diverge most sharply. LVT units operate on LVT's own platform. Support for a third-party VMS is not stated in its public materials, so a buyer should assume the platform is part of the package and confirm otherwise with LVT.

Sharpvue takes a different approach: the same trailer is offered on Sharpvue iVISION, on Alarm.com for Business, or on OpenEye, and the cameras publish standard RTSP streams with ONVIF support.

Interpretation: for organizations that already operate a video management system across their buildings, or integrators who standardise their customers on one platform, that architecture can matter more than any single hardware specification — it decides whether an off-grid site appears in the console the team already watches, or in a second one. For an organization with no incumbent VMS and no wish to run one, platform choice is a feature they will never use, and a single-vendor managed program is the simpler purchase.

Sharpvue publishes 8–10 days of continuous operation on a full charge, a 6–8 hour recharge in sunlight, and an external generator input on a 100 A Anderson connector for sites that need to top up faster than the sun allows. Those figures apply to the published configuration; runtime moves with camera count, system load, ambient temperature, battery condition and available solar, and any vendor quoting a single runtime number without those qualifiers is overselling it.

LVT does not publish battery capacity, solar wattage or runtime. Its FAQ does reference backup smart generators to maintain uptime, which suggests a hybrid power strategy on at least some configurations. If runtime through extended overcast is a material requirement for your site — and in the Pacific Northwest, the Northeast in winter, or any heavily shaded site, it is — get the figure from every vendor in writing, along with the conditions it was measured under.

For the underlying engineering, see the vendor-neutral buyer's guide.

Sharpvue runs multi-carrier 5G/LTE with automatic carrier-to-carrier failover — not bonded, so a single session does not span carriers, but a dead carrier does not take the site offline. Starlink is available as an option for sites no carrier reaches, which matters for remote construction, utility corridors and rural infrastructure.

LVT's Essentials announcement describes a private cellular network for video security. Satellite connectivity is not mentioned in the public materials we reviewed. If you have sites with no reliable carrier coverage, that is a specific question to put to both vendors.

Both companies lead with AI. LVT publishes video analytics, intrusion detection and LPR as capabilities, plus two-way audio, strobes and floodlights. One detail worth reading carefully: the August 2026 Essentials announcement states that unit excludes “LVT's agentic AI or advanced features designed for comprehensive intelligent site management”. If you are quoted the $1,000/month entry unit, confirm which analytics are and are not included.

Sharpvue provides AI-powered alerts, search and analytics in the iVISION VMS, with NDAA-compliant AI cameras on the mast. Audio and visual deterrence is delivered by the Sharpvue BLAST IP strobe speaker — a 120 dB siren with two-way talk-down and listen-in, front and rear strobes, and native ONVIF and SIP support. LPR and trailer-mounted thermal are not published as Sharpvue trailer configurations, so this page does not claim them; ask a Sharpvue specialist about your specific sensor requirement.

LVT's FAQ describes units as leased by clients. An outright purchase path was not identified in its public materials. Leasing has real advantages: no capital outlay, the vendor carries maintenance and replacement risk, and the cost lands in operating rather than capital budgets — which for many organizations is the difference between a project approved this quarter and one deferred a year.

Sharpvue is sold or rented through authorized dealers, with no monitoring subscription required in order to own the hardware. The dealer rental program runs on both OpenEye and Alarm.com configurations, so a short-term project can be covered without a purchase and a long-term site can be bought outright.

Interpretation:the deciding question is usually duration and fleet size. A single 90-day project rarely justifies a purchase in either direction. A distributed fleet held for years, or a dealer building recurring revenue on top of the hardware, changes the arithmetic — which is why Sharpvue's dealer program is structured around ownership plus remote fleet management rather than a single managed contract.

Neither company publishes a figure you can drop into a budget without a conversation, so compare the cost categories rather than headline numbers: hardware or lease payment, monthly software or platform fees, cellular data, monitoring, deployment and installation, service and maintenance, contract term and early-termination terms, replacement equipment after damage or theft, and AI licensing tiers. A quote that looks lower on hardware and higher on AI licensing can invert over a three-year term.

1. 01Do I own the equipment at the end of the term, or am I leasing it? What happens to the hardware if I stop paying?
2. 02What is the battery capacity in amp-hours or watt-hours, and what is the tested runtime with no solar input?
3. 03Can this unit stream to the VMS I already run, and by what protocol — RTSP, ONVIF, or a proprietary API?
4. 04If I want to change monitoring providers in year three, does the hardware come with me?
5. 05Is the AI included in the price I was quoted, or is it a separate tier? Which specific features are excluded?
6. 06How long is video retained, where is it stored, and what does extending retention cost?
7. 07Can I get component-level NDAA Section 889 documentation, not just a compliance statement?
8. 08What is the total monthly cost including cellular data, AI licensing, monitoring and service — not just the hardware line?