The best internet for RVs, vans, and digital nomads in 2026

The promise of working from anywhere is a video call that does not drop. The reality is that "anywhere" includes a lot of places where cellular coverage is patchy, Wi-Fi at the campground is shared with 40 other RVs, and the gear you bought for your house does not work at 65 mph on the highway.

We spent 60 days running internet setups from a Sprinter van and a 28-foot travel trailer across 12 western U.S. states. We made 47 video calls from places without addresses, sent 11 GB of footage to a client from the South Dakota Badlands, and lost service exactly four times. Here is the gear and the service combinations that actually held up.

How we tested mobile internet for RVs and vans

Two test rigs. The van had a roof-mounted Starlink Mini for satellite and a Pepwave MAX BR1 Mini cellular router with two SIM slots (Verizon and T-Mobile). The trailer had a portable Starlink Standard with a Cradlepoint AER1600 cellular router (AT&T and US Mobile, dual-WAN-capable).

Connectivity testing happened at 30 boondocking sites across Utah, Wyoming, Colorado, Montana, Idaho, Nevada, and Arizona. Each site was rated on: speed (down/up via Cloudflare Speedtest), latency (ping to nearest CDN), packet loss during a 10-minute Zoom call, and time-to-first-byte for a 1 GB cloud sync.

Stress tests focused on the use cases that actually break setups: video calls (Zoom and Google Meet for an hour each, monitored for drops), large uploads (1-3 GB Adobe Premiere project syncs to Frame.io), and remote desktop sessions (Splashtop and TeamViewer at full motion).

Mobile internet options at a glance

Our picks

Best overall: Starlink Roam

Starlink Roam is the first service that genuinely delivers on the "internet anywhere in North America" promise. We made video calls from inside a slot canyon in southern Utah with no cell coverage of any kind. We held a Zoom for an hour from a forest service road in eastern Idaho. We synced 8 GB of project files to a client from a turnout above the Bonneville Salt Flats.

The hardware (Standard, Mini, or High Performance) is a one-time $399-2,500 investment. The $50/month Roam 50 GB plan is enough for most people who travel part-time and have moderate work needs. The $165/month Unlimited tier is what full-timers and remote workers actually use; unlimited data plus the Mobile Priority data that does not throttle even in heavy congestion.

In our testing, the standard Roam plan averaged 110 Mbps down and 13 Mbps up across all 30 test sites, with latency of 35-60 ms (closer to home cable internet than to old satellite). One-hour Zoom calls held without disconnection in 28 of 30 attempts. The two failures were both in heavy thunderstorms.

The catch is in-motion use. The standard Roam dish cannot acquire and hold signal while you are driving. For full in-motion connectivity you need the High Performance hardware ($2,500) and the $200/month Mobile Priority plan, which tripled our setup cost. Anything less and the dish loses signal repeatedly. If you only use internet while parked, the Mini or Standard at the lower tier is enough.

Best cellular-only setup: Pepwave MAX BR1 Mini + two SIMs

Cellular is still the right call if you stick to areas with good carrier coverage (anywhere within a few miles of an interstate, most national park entrances, most state-managed campgrounds). A dual-SIM router like the Pepwave MAX BR1 Mini ($499) gives you carrier redundancy: when T-Mobile is slow because the local tower is congested, you fall over to Verizon automatically.

Our test rig pulled a 78 Mbps average across the same 30 sites that Starlink saw 110 Mbps at. The Pepwave system was faster in the few sites with strong T-Mobile or Verizon mid-band 5G, slower everywhere else. Where it shines is the cost: two SIMs at $50 each per month (Calyx for T-Mobile, Visible for Verizon) is $100/month for true redundancy, which is competitive with Starlink Unlimited and less if you do not need the truly remote coverage.

External antennas changed our cellular results more than anything else. The Pepwave's integrated antennas are fine for highway driving, but for stationary boondocking, a Poynting OMNI-402 or similar roof-mount antenna ($250) added 12-18 Mbps to our measurements at the same sites. Of every dollar we spent on this setup, the antenna purchase returned the most.

Best for privacy and budget: Calyx Institute hotspot

Calyx Institute is a 501(c)(3) nonprofit that bundles unlimited T-Mobile data with a hotspot device, available via a $500/year donation. That works out to about $42/month for what would otherwise cost $90+/month on T-Mobile directly. The Calyx hotspot is also pre-configured with privacy-focused DNS and does not log your activity in the way carrier hotspots typically do.

In our 60 days, the Calyx hotspot delivered 35 Mbps average down with 8 Mbps up. Speeds dropped noticeably in congested areas (national park entrances during peak hours) but recovered quickly. For non-real-time work like email, browsing, document editing, and occasional video calls, it was completely adequate.

The weakness is T-Mobile dependency. In areas with weak T-Mobile coverage, there is no fallback. Pairing the Calyx hotspot with a Verizon backup line is what we ended up doing for the months we worked from the truck. For a true single-source primary, Starlink Roam is more reliable.

Best for T-Mobile coverage areas: T-Mobile Away

T-Mobile Away launched in 2025 as the carrier's answer to RV-specific internet. It is $110/month for unlimited data on the T-Mobile network with an included hotspot device. The device is more polished than the older T-Mobile Home Internet gateways, with better antennas and a portable form factor (16 oz, includes a battery).

Within T-Mobile coverage, T-Mobile Away delivered the highest speeds we measured outside Starlink: 145 Mbps down, 32 Mbps up. Streaming 4K Netflix, hosting Zoom calls, and syncing large files were all fast and easy. The catch is that T-Mobile coverage stops mattering the moment you leave it, which on a multi-state RV trip is more often than you think.

Best paired with Starlink Mini as a backup for the days when T-Mobile drops. The dual setup is what serious nomads use. T-Mobile primary for speed, Starlink for "we drove three hours and have no signal" moments.

Best lightweight setup: Visible hotspot on iPhone

If you only travel occasionally and your work is light (email, browsing, occasional video calls), you do not need a separate router or service. Visible Plus ($55/month, Verizon network) includes 50 GB of mobile hotspot data per month. We used it as the primary connection for a 10-day trip and it was sufficient for editing documents, light video, and 4-5 hours of meetings.

The price of simplicity is that the hotspot is your phone. The battery drains fast: 3-4 hours of active tethering empties a charged iPhone 17. The phone has to stay near the laptop. Visible also throttles aggressively after the 50 GB cap, dropping to about 600 kbps for the rest of the month.

This is the right starter setup for someone testing whether they want to live this way at all. If you commit to nomadic life, upgrade to a dedicated router and a dedicated data plan.

What the marketing does not tell you

Starlink in motion is genuinely useful but not universal. The Mini supports limited in-motion use (parked or slow movement under 50 mph), the Standard does not, and the High Performance does. If you plan to work while your partner drives, you need the High Performance and the $200/month Mobile Priority plan. Anything less and the dish loses signal repeatedly.

Latency on Starlink is much better than older satellite systems but still worse than fiber or cable internet. Most users will not notice on Zoom calls (35-60 ms is fine), but real-time gaming and high-frequency video editing will feel slower than home fiber. If you are a competitive gamer who wants to keep that hobby on the road, cellular is the better primary connection.

Cellular boost amplifiers (weBoost, Cel-Fi) only help in areas with already-weak-but-present cellular signal. They cannot create signal where there is none. We measured a 12-18 dB gain in marginal coverage areas with a weBoost Drive Sleek installed, which translated to about 2-3x speed improvements at the same site. In areas with zero cellular signal, the booster does nothing.

Public Wi-Fi at RV parks and campgrounds is rarely usable for work. We measured average speeds of 1.2 Mbps down at 14 campgrounds across our 60-day test, with frequent disconnects. Treat campground Wi-Fi as a backup for emails only.

Power budget matters more than you think

Starlink Standard draws about 50W average and up to 100W during boot. Over a 12-hour workday, that is 600 Wh, which means a 100 Ah lithium battery loses about 50% just to internet equipment. If you boondock for more than a day or two, you need either 200+ Ah of battery capacity or 400+ W of solar, or both.

Starlink Mini draws much less: 20-40W average. For van-life users on smaller electrical systems, the Mini's lower power draw is often more valuable than its slightly worse signal-acquisition speed.

Cellular routers draw 5-15W typically, an order of magnitude less than Starlink. For weekend trips on a single battery, cellular is the smarter choice from an electrical standpoint.

The setup that worked best for us

After 60 days of testing, the rig we settled on was: Starlink Mini ($499) as the primary internet, with a Roam 50 GB plan ($50/month) that we upgrade to Unlimited ($165) during work-heavy stretches. Pepwave MAX BR1 Mini ($499) as the secondary, with a Calyx Institute T-Mobile unlimited plan ($500/year) and a Visible Plus line on Verizon ($55/month) for true redundancy.

Total monthly cost during normal use: $50 (Starlink Roam 50 GB) + $42 (Calyx) + $55 (Visible) = $147/month. Total hardware cost: about $1,500. This is more than many users need but less than many full-timers spend, and it lets us work from places where any single-source setup would fail.

For most people just starting: Starlink Mini with the Roam 50 GB plan, plus your existing cell phone as a backup hotspot, is enough. Spend the $50/month and go. You can always add complexity as your needs grow.