MikroTik HAP AX2 Review: Power, Price, and a

Ninety-nine dollars. That's the whole ask for the MikroTik HAP AX2—a router that ships with Wi-Fi 6, WireGuard, VLANs, policy routing, BGP support, no subscription fees, no forced cloud registration, and free software updates for the life of the device. On paper, this thing embarrasses products that cost three times as much. So why isn't everyone running one?

That's the tension Tom Lawrence digs into in his recent hands-on with the HAP AX2 over at Lawrence Systems. And his answer is more nuanced—and more useful—than a simple "buy it" or "skip it."

The Hardware Is Almost Beside the Point

Lawrence is upfront that the router itself is almost incidental. "This video really isn't about the router," he says. "It's about RouterOS, the operating system inside it, which runs on almost everything MikroTik sells, from this $99 box all the way up to their rack mount gear that costs thousands."

That's an important framing. The HAP AX2 is essentially an entry point into a whole ecosystem. If you learn RouterOS on this device, that knowledge transfers straight to more powerful MikroTik hardware when you need to scale. You're not starting over—you're just getting a bigger canvas. That's genuinely rare in networking, where most consumer-grade vendors wall off their prosumer and enterprise tiers behind completely different interfaces and licensing structures.

For comparison: a Ubiquiti UniFi router with comparable feature depth will run you more money and ties you to their ecosystem and cloud infrastructure. A pfSense or OPNsense box gives you similar flexibility but requires separate hardware. MikroTik bundles the capability and the hardware for less than most people spend on a mesh Wi-Fi node.

Getting In Is Easy. Getting Good Is Not.

Setup out of the box is legitimately approachable. Plug in the WAN (set to DHCP by default), plug in the LAN, navigate to 192.168.88.1, enter the password from the included booklet, set your Wi-Fi password in QuickSet, and you're routing traffic. Lawrence clocks this as straightforward—and it is, if "working router" is your only goal.

The complexity surface appears fast once you go deeper. RouterOS offers three distinct interfaces: WebFig (the browser-based GUI), Winbox (a downloadable desktop app with a slightly richer layout), and the CLI. Each has its place. Winbox and WebFig are close enough that switching between them is low-friction. But the CLI is where the real power—and the real learning curve—lives.

One default behavior worth knowing: while the WAN-facing firewall is locked down by default, the LAN side has several services running fully exposed out of the box. Running ip services print from the CLI reveals SSH on port 22, plus FTP and Telnet also active on the local network. Lawrence flags this directly as something new users should address early, and the fix is simple—disable unused services through Winbox or WebFig—but you do have to know to look for it. If you set this thing up as a basic router and call it done, you're leaving unnecessary services running on your LAN. That's not a catastrophe in most home environments, but it's the kind of thing that matters if you're thinking about security hygiene or running it in a small office.

The AI Angle Is Genuinely Interesting

Here's where Lawrence's review goes somewhere I didn't expect. When he wanted to set up VLANs and a separate IoT Wi-Fi network—standard stuff for anyone doing a proper home network segmentation—he turned to Claude rather than the documentation. The result was mixed in an instructive way.

"It didn't work the first time. It took a couple tries. It didn't have the bridging set up properly at first. And that all got sorted out with just a couple extra prompts."

So: AI got him to a working config faster than wading through docs, but it wasn't one-shot reliable. The bridging issue it initially missed is exactly the kind of thing that could cause subtle networking problems if you deployed blindly without testing. Lawrence is careful to note this: "AI certainly gets things wrong and you should always test any configurations that you get from it."

What's interesting here isn't whether AI is good or bad at RouterOS configs—it's that this is becoming a legitimate part of the workflow for people who aren't networking experts but want expert-level results. The entry-level use case for MikroTik has effectively changed. You no longer have to choose between "spend weeks learning the CLI" or "buy something simpler." There's a middle path: use an LLM to generate baseline configs, verify them manually, and iterate. Lawrence's experience suggests that path is viable, if imperfect.

For readers who want the traditional route, Lawrence notes MikroTik's official documentation has been substantially updated since previous iterations, and their YouTube channel has expanded to cover configuration walkthroughs in depth. Community channels like NetworkBerg have also built reputations for solid MikroTik tutorials. The ecosystem around learning RouterOS is healthier than it's been.

Who This Is Actually For

Lawrence lands on a framing that's refreshingly honest: "The real question is not whether RouterOS can do what you need. It likely can. The question is how much time do you want to spend learning it?"

That's the right question, and it deserves unpacking.

If you're a network hobbyist, a homelab enthusiast, a small-business IT person, or someone who genuinely enjoys understanding how their infrastructure works—MikroTik at $99 is a remarkable deal. The feature set is real, the license model is clean, and the knowledge you build is transferable. The CLI rewards the time you put in.

If you want a router that you configure once in 10 minutes and never think about again, this probably isn't your device. Not because it can't do that—basic operation is genuinely plug-and-play—but because its full value only unlocks when you engage with it. Buying a MikroTik and using only QuickSet is a bit like buying a DSLR and only shooting in Auto mode. Fine, technically. But you left most of what you paid for on the table.

The honest comparison class here is something like a TP-Link Omada or Ubiquiti UniFi setup—both of which offer serious networking features through polished GUIs that most people can navigate without CLI exposure. Those ecosystems cost more at comparable feature levels, but they trade money for time. MikroTik inverts that: it trades time for money.

Neither trade-off is wrong. They're just different bets about what you value.

The Subscription-Free Model Deserves More Attention

One thing Lawrence mentions that I think doesn't get enough weight: no subscriptions, no cloud registration, software updates included for the life of the device. In 2024, this is genuinely unusual. Competitors like Netgear have pushed features behind subscription paywalls. Ubiquiti's more advanced features increasingly assume you're in their cloud ecosystem. Even some TP-Link features are nudging toward account-based access.

MikroTik's model is old-fashioned in the best way: you buy the hardware, you own the capability. That $99 price tag doesn't have a hidden monthly fee attached to it two years from now. For a household budget or a small business watching costs, that matters more than the spec sheet.

The question worth sitting with: as AI tooling gets better at generating and validating network configs, does the "steep learning curve" that has historically kept RouterOS in hobbyist territory start to flatten? If Claude (or whatever comes next) can reliably draft a VLAN config that a non-expert can review and deploy, the calculus on MikroTik shifts meaningfully—and a $99 router with enterprise-grade capability starts looking a lot more interesting to a lot more people.