Wi‑Fi walk test

Quick answer: a walk test helps separate a possible coverage problem from device, internet-link or stability issues. Do this before you buy more nodes.

Your next test, not a shopping list

Why is Wi-Fi bad in this room?

Compare the same app or speed test on the same device near the router and in the problem room. Repeat twice with downloads paused. These answers suggest what to test next—not a confirmed diagnosis.

No measurements yet? Choose “Not tested.” This tool does not scan your network or run a speed test. Answers stay in this page; they are not saved or sent by the tool.

Change one thing at a time, then repeat the same comparison. Don’t factory-reset equipment, disable network security, or buy more nodes just because one test is slow.

What you need

  • A phone or laptop
  • Your normal apps (Zoom/YouTube/speed test)
  • 10 minutes

Step-by-step

  1. Baseline: stand near the main router/node. Note speed plus whether it feels stable (no stalls).
  2. Walk: go to the first problem area. Note whether speed collapses, or if it’s mainly dropouts.
  3. Repeat: office, bedrooms, living room, garage/outdoor area.
  4. Count walls: note obstacles and compare placement first. Walls are one possibility, not proof that you need new wiring.

How to interpret results

  • Good near router, bad far away: the wireless path is a candidate; compare placement before adding nodes.
  • Okay speed, but random drops: compare devices and quiet versus busy periods; interference, load or backhaul are possibilities, not a diagnosis.
  • Bad through 1–2 walls: compare device, band and placement. Consider existing wired backhaul only if repeated comparisons support it.

What to do next

If it’s a coverage problem

Fix placement first, then use mesh sizing as needed.

Mesh placement (checklist)

Mesh guides

If it’s a stability problem

If nodes feel flaky, wired backhaul is usually the win.

Wired backhaul for mesh (why it works)

Backhaul guides

Tip

If you have coax jacks, MoCA is often the cheapest way to make a flaky mesh stable.