The Best Handheld GPS Units, and Whether You Need One at All
A phone does everything a handheld GPS does, until the battery dies or the screen stops responding to a wet finger. That is the entire product category.
A modern phone has a better screen, better maps and a faster processor than any handheld GPS, and with offline maps downloaded it works without signal. A dedicated unit wins on exactly three things: battery life measured in days rather than hours, physical buttons that work with wet or gloved hands, and being genuinely waterproof and drop-resistant.
For a day hike with a downloaded map and a charged phone, a handheld GPS is not necessary and most people should not buy one. For a multi-day trip in bad weather where the phone is also the camera, the alarm and the emergency contact, it becomes a reasonable second device.
The strongest argument against buying either, though, is that neither is a substitute for knowing where you are. A map and compass do not run out of battery and are covered in how to read a topographic map and how to navigate without a phone.
Compared on published numbers
Unit
Display
Battery
Satellites
Weight
Water rating
Garmin eTrex 32x
2.2 in, 240 x 320
up to 25 h on 2x AA
GPS, GLONASS
5 oz
IPX7
Garmin GPSMAP 65s
2.6 in, 160 x 240
up to 16 h on 2x AA
multi-band GPS, GLONASS, Galileo, QZSS, IRNSS
7.7 oz
IPX7
Figures as published by Garmin.
What multi-band GNSS actually fixes
Every GPS receiver works out where it is by timing signals from satellites. In open sky that is straightforward. Under a canopy or between canyon walls, signals arrive after bouncing off surfaces, so they took longer than a direct path would, and the receiver reads that extra travel time as extra distance.
A multi-band receiver picks up two different frequencies from the same satellite. Reflections affect the two frequencies differently, which gives the unit a way to spot and reject them. The practical result is a position that stays put under trees instead of wandering thirty meters at a time, and it matters most exactly where navigation is hardest.
IPX7 does not mean you can swim with it
Both units publish IPX7, which is immersion in one meter of water for thirty minutes. That covers rain, a dropped unit in a puddle and a brief dunking at a stream crossing. It does not cover being clipped to a pack that goes under in a river crossing, or prolonged submersion at depth, and the X in IPX7 means dust resistance has not been rated at all. Treat it as robust rather than invulnerable, and keep the unit under a rain jacket in sustained weather.
Maps are the part that costs money after the purchase
Both units come with Garmin's TopoActive mapping preloaded, which covers routable roads and trails and is genuinely good enough for most hiking. Where people get caught is assuming that detailed topographic mapping for a specific region is included; premium map products are sold separately and can cost a meaningful fraction of the device.
There is a free route: both units read standard map formats from a microSD card, and volunteer-produced OpenStreetMap-derived topo maps for most of the world are available at no cost. They are less polished and perfectly usable. A microSD card is the only purchase involved.
Batteries, and the one habit that matters
Both units take two AA batteries, and the type changes the published runtime substantially. Lithium AAs last longer than alkaline, weigh less, and keep working in the cold where alkaline cells lose much of their capacity. Rechargeable NiMH sits in between and is the sensible everyday choice.
Set the unit to tell it which chemistry you have fitted. Both Garmins have a battery-type setting, and getting it wrong means the remaining-charge indicator is simply wrong, which is how people end up with a unit that dies without warning. Carry one spare pair per three days and keep them warm in cold weather.
Which to buy
Buy the eTrex 32x if you want the most hours per battery and the lowest weight, which describes most hiking. Buy the GPSMAP 65s if you navigate in canyons or dense forest where accuracy is the thing that fails, and accept 9 fewer hours per pair of batteries.
Buy neither if what you actually want is to be found in an emergency — a GPS tells you where you are and tells nobody else. That device is in best satellite messengers for camping.
The picks in full
1. Best overall
Garmin eTrex 32x
Garmin
Up to 25 hours on two AA batteries, with 8 GB of preloaded TopoActive mapping, a compass and an altimeter, at 5 oz.
Garmin publishes a 2.2 in sunlight-readable 240 by 320 display, up to 25 hours in GPS mode on 2x AA, 8 GB of internal memory plus a microSD slot, a 5 oz / 141.7 g weight with batteries, GPS and GLONASS support, a 3-axis compass and barometric altimeter, IPX7 water resistance, and preloaded TopoActive maps with routable roads and trails.
Two AA batteries is the specification that defines this device. Twenty-five hours per pair, spares available in any gas station, and nothing to charge means the unit works on day seven exactly as it did on day one. No phone does that.
The drawback
A 2.2 in, 240 by 320 screen operated by buttons. After a phone it feels ancient, and panning around a map is genuinely slow.
Multi-band GNSS across GPS, GLONASS, Galileo, QZSS and IRNSS on a 2.6 in screen, at 7.7 oz.
Garmin publishes a 2.6 in 160 by 240 transflective color display, up to 16 hours on 2x AA in GPS mode, multi-band support across GPS, GLONASS, Galileo, QZSS and IRNSS, a 7.7 oz weight with batteries, a 2.4 by 6.3 by 1.4 in size, a barometric altimeter, barometer and 3-axis compass, and IPX7 water resistance.
Multi-band is the reason to pay more. A single-frequency receiver in a canyon is working with signals that have bounced off rock before reaching it, and that is where position errors of tens of meters come from. Receiving two frequencies from the same satellite lets the unit identify and discard those reflections.
The drawback
Up to 16 hours on 2x AA against 25 on the eTrex, because tracking more constellations on more frequencies costs power. It is also heavier and larger.
For day hikes with offline maps downloaded and a charged phone, no. A dedicated unit wins on three things only: battery life in days rather than hours, buttons that work with wet or gloved hands, and genuine water and drop resistance.
QWhat is multi-band GPS and is it worth it?
It receives two frequencies from each satellite, which lets the unit identify and reject signals that have bounced off rock or trees. It is worth it in canyons and dense forest where position errors are worst, and it costs battery life: 16 hours against 25 on the eTrex.
QHow long do handheld GPS batteries last?
Garmin publishes up to 25 hours for the eTrex 32x and up to 16 hours for the GPSMAP 65s, both on two AA batteries. Lithium AAs last longest and work best in cold; set the unit's battery-type setting or the charge indicator will be wrong.
QDo handheld GPS units come with maps?
Both units here ship with Garmin TopoActive maps preloaded, which is enough for most hiking. Premium regional topographic products are sold separately. Free OpenStreetMap-derived topo maps also load from a microSD card and work well.
How we picked
Everyone else in this category will tell you they tested twenty of these. We have not tested any of them, and we would rather say so than pretend. There is no gear closet here and no test lab.
What we did instead: pulled the published specifications from each manufacturer's own spec sheet or manual, named the standard behind every rating so you can check what it actually promises, did the arithmetic that turns a spec into a decision, and pulled today's real retail price rather than quoting one from memory. Every pick states a drawback, because a list where nothing is wrong with anything is an advert.
The limits of that method, stated plainly: published specs do not capture zipper quality, seam durability, or how a tent behaves at 2am in a storm. Where that matters, we say so on the pick. The full method is here.
