How much data do I need for Long Trail (Vermont, Massachusetts–Canada)?

Aim for at least 500 MB a day — comfortable headroom for daily navigation, booking accommodation, messaging home and uploading photos. The featured plan is picked on exactly that rule; size up if you stream, video-call or share your connection.

When do the plan days start counting?

On first use — installing the eSIM and connecting starts the clock, not the purchase date. You can safely buy weeks before your trip.

Does my phone support eSIM?

Most phones released since 2019 support eSIM, including iPhone XS and later, Google Pixel 3 and later, and most recent Samsung Galaxy models. Your phone must also be carrier-unlocked.

What if I change my mind after buying?

Uninstalled eSIMs qualify for a full self-service refund within 14 days of purchase — no questions asked. Once the eSIM is installed on a device it can no longer be returned.

Best eSIM for Long Trail

Name: Long Trail (Vermont, Massachusetts–Canada) eSIM with route coverage report
Brand: TrailSim
Availability: InStock

Coverage map

Segment-by-segment

Stage	km	4G/5G	2G/3G	No signal	Best network
Pownal, Vermont → Woodford, Vermont	0–25	68%	24%	8%	Verizon
Woodford, Vermont → Sunderland, Vermont	25–50	62%	24%	14%	AT&T
Sunderland, Vermont → Winhall, Vermont	50–75	62%	16%	22%	Verizon
Winhall, Vermont → Mount Tabor, Vermont	75–100	86%	6%	8%	Verizon
Mount Tabor, Vermont → Wallingford, Vermont	100–125	56%	16%	28%	Verizon
Wallingford, Vermont → Killington, Vermont	125–150	40%	22%	38%	Verizon
Killington, Vermont → Chittenden, Vermont	150–175	84%	8%	8%	Verizon
Chittenden, Vermont → Hancock, Vermont	175–200	50%	16%	34%	Verizon
Hancock, Vermont → Lincoln, Vermont	200–225	68%	26%	6%	Verizon
Lincoln, Vermont → Huntington, Vermont	225–250	92%	8%	0%	Verizon
Huntington, Vermont → Bolton, Vermont	250–275	92%	4%	4%	Verizon
Bolton, Vermont → Underhill, Vermont	275–300	84%	14%	2%	Verizon
Underhill, Vermont → Johnson, Vermont	300–325	92%	4%	4%	Verizon
Johnson, Vermont → Belvidere, Vermont	325–350	86%	12%	2%	Verizon
Belvidere, Vermont → Westfield, Vermont	350–375	18%	40%	42%	Verizon
Westfield, Vermont → Jay, Vermont	375–400	66%	28%	6%	Verizon
Jay, Vermont → Jay, Vermont	400–401	0%	100%	0%	AT&T

Dead zones — download offline maps before these

#	Near	Section	Length	Coords
1	Sunderland, Vermont	48–50 km	2 km	43.04489, -73.01486
2	Stratton, Vermont	54–57 km	3 km	43.05974, -72.97022
3	Mount Tabor, Vermont	104–108 km	4 km	43.36301, -72.94271
4	Wallingford, Vermont	113–115 km	2 km	43.41130, -72.94005
5	Shrewsbury, Vermont	134–143 km	9 km	43.54056, -72.85979
6	Rochester, Vermont	185–190 km	5 km	43.82977, -72.95693
7	Eden, Vermont	358–363 km	6 km	44.76121, -72.58779

How this is estimated. Coverage comes from the FCC National Broadband Map (Broadband Data Collection): each U.S. provider files a propagation model of where it claims 4G LTE service, published per ~0.1 km² hexagon for outdoor and in-vehicle use (the strongest of the two is used here). Hexagons modelled at −100 dBm or stronger count as 4G/5G, weaker filed coverage counts as degraded signal, and no filed hexagon counts as no signal. This is a provider filing, not a field measurement — real signal varies with terrain, weather and network load.

Long Trail (Vermont, Massachusetts–Canada)

Other 30-day plans

Coverage map

Segment-by-segment

Dead zones — download offline maps before these

Frequently asked questions