Three travel routers, all Wi-Fi 5, all under $100. The cheapest is $39.90. The most expensive is $99. And after going through the spec sheets, the FCC filings and the independent tests, the cheap one is not the compromise.
That is the short version. Here is the longer one.
Ubiquiti's UniFi Travel Router arrived in December 2025 at $79. The Long-Range edition followed in August 2026 at $99, adding a folding antenna and a much hotter radio. GL.iNet's Mango 2 landed in September 2026 at $39.90, aimed squarely at both of them.
- The Mango 2 costs $39.90 and beats both UniFi units on software: full OpenWrt, web UI, SSH, VPN client and server.
- The UTR-LR's extra $20 buys range, not speed. Same board as the $79 UTR, but a 4/10 dBi antenna and 20/23 dBm transmit power.
- Independent testing put the Mango 2 at 216 Mbps against the UTR's 104.5 Mbps at 8 metres.
- WireGuard lands near 184 Mbps on both. Only the Mango 2 does OpenVPN at a usable 95 Mbps, and only it can run as a VPN server.
- The Mango 2 is not sold in the US. That single fact decides the purchase for American buyers.
1. What these three actually are
All three solve the same problem. A hotel, a cafe or a client site gives you one Wi-Fi login and a captive portal, and you have six devices. A travel router turns that single connection into your own network.
All three are dual-band Wi-Fi 5 routers with a gigabit WAN port, a gigabit LAN port and USB-C power. None has a battery, a SIM slot or an eSIM. You bring the internet and the charger.
That last part matters more than it sounds. If you want a router that works on a train with no outlet, none of these is it. They need a USB port or a power bank, and they draw between 2.3 and 6 watts depending on load.
The other shared limit is Wi-Fi 5. In late 2026 that is two generations behind. It caps the 5 GHz link at 866 Mbps, and real throughput lands far below that. For travel this is usually fine, because hotel Wi-Fi is the bottleneck long before the router is. Just do not buy any of these expecting to saturate a fibre line over the air.
One aside, because the two get confused constantly: a travel router shares a connection you already have. It does not give you remote access to a machine you left at home. That is a different box, and the JetKVM Mini covers that job for $39.
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2. The UniFi pair: UTR and UTR-LR
UniFi UTR, $79
The UTR is 12.5 mm thick and weighs 89 g. It genuinely disappears into a bag.
Inside is a Qualcomm IPQ4018, a quad-core Cortex-A7 at 716 MHz with 256 MB of RAM. That is 2015-era silicon. Enough for routing. Not enough for running apps.
You get two USB-C ports, one for power and one for tethering. Smarter than it sounds, because plenty of cheap travel routers force you to choose between charging and tethering. This one does not.
The 1.14-inch display shows signal strength and connection status. It is not a touchscreen and it cannot be configured. Everything else runs through the UniFi app.
Here is what you give up. No browser admin panel, no desktop management. Dong Knows Tech lists that as a con, and it is one if you like to poke at settings. What you get instead is a setup flow that takes about a minute: connect, pick the hotel Wi-Fi, clear the captive portal, done.
VPN support is WireGuard, OpenVPN and Ubiquiti's Teleport. All client-side. The UTR cannot act as a VPN server.
Performance is modest. Dong Knows Tech measured roughly 300 Mbps peak over Wi-Fi and about 600 Mbps through the wire. In NAS Compares' 8-metre test against a Wi-Fi 7 access point, it managed 104.5 Mbps down and 57 Mbps up.
Range is the weak spot. Dong called it the shortest range of any travel router he has tested. Fine for one hotel room. Not fine for a rental apartment.
UniFi UTR-LR, $99
Same board, same radios, same 256 MB of RAM. The difference is the antenna.
Ubiquiti moved it outside the chassis into a folding arm it calls the Super Antenna, and turned the radio up. Transmit power goes from 13 to 20 dBm on 2.4 GHz, and from 15 to 23 dBm on 5 GHz. Ubiquiti's FCC antenna filing puts the gain at 4 dBi and 10 dBi, up from 0 and 5.
Add those together and the effective radiated power rises by about 11 dB on 2.4 GHz and 13 dB on 5 GHz. In the antenna's main direction, that is roughly 13 to 20 times the power.
In practice, NAS Compares found 5 to 10 dB stronger signal at short range across four cafe SSIDs. On a 300-metre pier, the standard UTR was barely holding on at 280 metres, sitting at 89 to 91 dBm. The LR was still usable at 74 to 85 dBm.
You pay for it in size and heat. It is 19.5 mm thick and 126 g. Oddly, it ran 5 to 6°C cooler than the standard UTR in one test, because the antenna is no longer sitting next to the CPU.
What the extra $20 buys
Range, and only range. Throughput is identical. If your problem is "the access point is far away", the LR is the better buy. If it is "I want a tiny router for my hotel room", the standard UTR is the smarter $79.
3. GL.iNet Mango 2
The Mango 2 is 89 x 63 x 15 mm and 100 g. It is the smallest travel router GL.iNet has made, and it costs $39.90, half the price of the UTR.
The hardware is scaled down to match. A MediaTek MT7621 dual-core at 880 MHz, 128 MB of DDR3 and 128 MB of NAND. No 2.5GbE. Wi-Fi 5 only, with 400 Mbps on 2.4 GHz and 866 Mbps on 5 GHz.
But the software is not scaled down at all.
The Mango 2 runs GL.iNet's OpenWrt build with the full web admin panel, and LuCI underneath if you want to go deeper. You can manage it from a browser, the mobile app or SSH. You can run it as a VPN client or a VPN server. You can hang a USB drive off it and use it as a small NAS, install containerised apps, set up multiple guest SSIDs, QoS, and automatic failover between Ethernet, Wi-Fi, tethering and a USB modem.
GL.iNet's answer to Teleport is AstroWarp, renamed GoodPAS on the newest firmware. Unlike Teleport, it is not tied to one vendor's ecosystem.
Forty dollars for that feature list is faintly ridiculous.
The design is more utilitarian. One blue LED instead of a display. All the ports on one edge. A physical toggle switch for VPN or guest Wi-Fi, which is genuinely useful. And a reset button on top, which NAS Compares flagged as a bad idea, because a long press inside a bag can wipe the network settings.
Performance is the surprise. In the same 8-metre test where the UTR managed 104.5 Mbps, the Mango 2 hit 216.1 Mbps down and 85.8 Mbps up. Double, on weaker hardware. GL.iNet's firmware tuning and antenna placement appear to be doing the work.
It also runs hotter. About 42 to 43°C idle, but 51 to 52°C under full load, and it can pull 5.2 to 6 watts once you load it up with a USB 3 drive. On a weak plane or bus USB port, that matters.
Availability is the problem. The Mango 2 is not sold in the United States. GL.iNet attributes that to "recent FCC-related developments", and it is the same regulatory squeeze that has hit routers built outside the US. The UniFi units are still sold there. If you are in the US, that one fact may decide this whole article for you.
4. Head-to-head: how they compare
UTR vs Mango 2
This is the interesting one, because they are the same idea executed in opposite directions.
The UTR is the better object. Thinner, lighter, with a display and a port door that keeps the profile clean. The app setup is the smoothest of the three, and Teleport back to a UniFi home is excellent if you already run UniFi.
The Mango 2 is the better computer. Full web UI, VPN server, NAS, containers, failover, and double the Wi-Fi throughput in independent testing, for half the money.
Pick the UTR if you own UniFi and want the network to follow you. Pick the Mango 2 if you want a router you can actually configure.
UTR-LR vs Mango 2
$99 against $39.90, or about $52 with tax at full retail.
The Mango 2 wins on capability and price by a mile. The UTR-LR wins on one thing: it can hold a connection at 280 metres, where the Mango 2's internal antennas would have given up long before.
If you are connecting to a weak access point across a large space, a marina, a campsite or a big office, that is not a small advantage. It is the whole point.
If you are in a hotel room with an access point down the hall, it is $59 you do not need to spend.
VPN speed: WireGuard vs OpenVPN
This is the number almost nobody publishes, and it matters more than Wi-Fi throughput if you tunnel everything.
GL.iNet publishes it. The Mango 2 is rated at up to 184 Mbps over WireGuard and 95 Mbps over OpenVPN with DCO, measured in client mode on a local network. DCO is data channel offload, a kernel shortcut that keeps OpenVPN from choking on a slow CPU. The original Mango managed 45 and 11, so this is four times the WireGuard and nearly nine times the OpenVPN.
Ubiquiti publishes nothing at all. Independent tests fill the gap, loosely. Ozark Connect measured 182.9 Mbps down and 81.3 Mbps up through Teleport on a wired uplink, and 148.6/72.6 over Wi-Fi. Techno Tim saw 500 to 600 Mbps on a LAN-to-laptop run while tunnelling home. A Reddit owner reported about 200 Mbps over Ethernet.
Teleport is WireGuard underneath, so those figures sit in the same band as the Mango 2's 184 Mbps rating. Call it a draw, with the caveat that one side is a vendor maximum and the other is three strangers on three networks.
Every one of those numbers is a fraction of the router's plain routed throughput, which is the part people miss. You buy a tunnel for privacy, not for speed. And if you want to see what the hotel network can already read about you before you trust it, run your IP through this first.
The split is OpenVPN and server mode. Only the Mango 2 runs OpenVPN at a usable 95 Mbps, and only the Mango 2 can act as a VPN server. If you want to tunnel back into a hotel network, or hand someone a WireGuard config, that is the device that can do it. The UniFi pair can only dial out.
Those VPN figures are maximums, not averages. GL.iNet's 184 Mbps comes from a lab run in client mode on a local network, and its own page warns that speeds drop when the router acts as a server. The UTR numbers come from three different testers on three different networks. Read the pair as roughly equal, not as a ranking.
Specs side by side
Swipe the table to see all three columns.
| UniFi UTR | UniFi UTR-LR | GL.iNet Mango 2 | |
|---|---|---|---|
| Price | $79 | $99 | $39.90 |
| Wi-Fi | Wi-Fi 5, 2x2 | Wi-Fi 5, 2x2 | Wi-Fi 5, 2x2 |
| 5 GHz max | 866 Mbps | 866 Mbps | 866 Mbps |
| Antenna gain | 0 / 5 dBi | 4 / 10 dBi | not published |
| TX power | 13 / 15 dBm | 20 / 23 dBm | not published |
| Ethernet | 2x GbE | 2x GbE | 1 WAN + 1 LAN GbE |
| USB | 2x USB-C | 2x USB-C | USB 3.0 + USB-C power |
| Display | 1.14 inch | 1.14 inch | none |
| Size | 95.95 x 65 x 12.5 mm | 96 x 65 x 19.5 mm | 89 x 63 x 15 mm |
| Weight | 89 g | 126 g | 100 g |
| Power | 5 W | 5 W | under 5 W, 6 W peak |
| VPN | client only | client only | client and server |
| WireGuard max | ~183 Mbps (tested) | ~183 Mbps, same board | 184 Mbps (vendor) |
| OpenVPN max | not published | not published | 95 Mbps (DCO) |
| Management | UniFi app | UniFi app | web, app, SSH, LuCI |
| NDAA compliant | yes | yes | not stated |
| Sold in the US | yes | yes | no |
5. Which one should you buy?
You already run UniFi at home. Buy the UTR. Teleport, cloned SSIDs and the app make it feel like an extension of your network rather than a separate box. $79 is fair for that.
You need range more than anything. Buy the UTR-LR. It is the only one of the three that held a usable signal at 280 metres. Accept the extra 37 g and 7 mm.
You want the most router per dollar. Buy the Mango 2, if you can get one. Half the price, more software, faster Wi-Fi in testing. It is the value pick by a wide margin.
You are in the United States. Buy the UTR or the UTR-LR. The Mango 2 is not sold there, and re-shipping one costs more than the savings.
6. Frequently Asked Questions
Do I need a UniFi account or console for the UTR?
No account, and it works standalone. But Teleport needs a UniFi cloud gateway at home to tunnel back to, so that feature is only useful if you already have one.
Can any of these run a VPN server?
Only the Mango 2. The UniFi units are VPN clients, covering WireGuard, OpenVPN and Teleport, with no server mode.
How fast is the VPN on each one?
WireGuard lands in the same band on all three, roughly 180 to 200 Mbps. GL.iNet rates the Mango 2 at 184 Mbps, and independent UTR tests put Teleport between 148 and 183 Mbps depending on the uplink. OpenVPN is the divider: the Mango 2 does 95 Mbps with DCO, and Ubiquiti publishes no OpenVPN figure at all.
Why is Wi-Fi 5 still acceptable in 2026?
Because travel Wi-Fi is the bottleneck. Hotel and cafe connections rarely exceed 100 Mbps, and the router's job is to share that connection reliably, not to max out a fibre line.
Why is the Mango 2 not sold in the US?
GL.iNet says it is down to FCC-related developments affecting routers built outside the US. The UniFi units are still on sale there.
Which one has the best range?
The UTR-LR, clearly. Its external antenna and higher transmit power give it roughly 13 to 20 times the effective radiated power of the standard UTR.
Do these replace a home router?
No. All three are travel devices with one WAN and one LAN, no mesh support and modest CPUs.
Do they handle captive portals?
Yes. That is the main reason to own one. You log in once through the app or web panel, and every device behind the router is online.
Which one runs coolest?
The standard UTR, at around 43 to 45°C under load. The UTR-LR ran 5 to 6°C cooler than it in one test, but the Mango 2 runs hottest at 51 to 52°C under full load.
7. Final Thoughts
The Mango 2 is the better router. It is cheaper, it does more, and it beat the UTR on Wi-Fi throughput in the one head-to-head test we have.
The UTR is the better travel gadget. Thinner, lighter, with a screen, and a setup flow that does not require you to understand OpenWrt.
And the UTR-LR is the specialist. It costs $20 more than the UTR for one improvement, range, and if that is your problem, it is the only one of the three that solves it.
So the answer comes down to one question. Do you want to configure a router, or do you want a router that just works? If it is the first, buy the Mango 2. If it is the second, buy the UTR. And if the access point is 300 metres away, buy the UTR-LR.
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