diff --git a/cockpit/vanrouter/index.html b/cockpit/vanrouter/index.html
index a87aae0..a9f10d1 100644
--- a/cockpit/vanrouter/index.html
+++ b/cockpit/vanrouter/index.html
@@ -20,6 +20,11 @@
             <div id="ap"></div>
         </div>
 
+        <div class="card">
+            <h3>Clients</h3>
+            <div id="clients"></div>
+        </div>
+
         <div class="card">
             <h3>Temperatures</h3>
             <div id="thermal"></div>
diff --git a/cockpit/vanrouter/vanrouter.js b/cockpit/vanrouter/vanrouter.js
index 6cd5122..9d41d7c 100644
--- a/cockpit/vanrouter/vanrouter.js
+++ b/cockpit/vanrouter/vanrouter.js
@@ -12,6 +12,8 @@ const APS = [
     { iface: "wlxd8ec5e2faa8c", unit: "hostapd-2g", band: "2.4GHz" },  // RTL8822BU
 ];
 const PREFER_FILE = "/run/van-failover/prefer";  // van-failover reads this to pick the preferred WAN
+// Wired LAN bridge ports: clients behind them are found via the bridge FDB.
+const LAN_PORTS = { "eth0": "LAN (eth0)", "enx00e04c331140": "LAN (USB)" };
 // Starlink dish: gRPC status API on the fixed management IP (reached via the /32
 // link route the netplan profile installs on the RTL8153 uplink).
 const STARLINK = { iface: "enxd8ec5eeb3512", dish: "192.168.100.1:9200" };
@@ -44,6 +46,7 @@ const STATUS_SCRIPT = (() => {
         add(`stations${i}`, `iw dev ${a.iface} station dump`);
     });
     add("neigh",    "ip -j neigh show dev br0");
+    add("fdb",      "bridge -j fdb show br br0");
     add("leases",   "cat /var/lib/misc/dnsmasq.leases");
     add("thermal",  "cat /run/van-thermal/state.json");
     // Sentinel words (ABSENT/NOGRPCURL/UNREACHABLE) let the renderer tell the
@@ -113,7 +116,7 @@ function parseClientDir(secs) {
     return dir;
 }
 
-function renderAPs(aps, dir) {
+function renderAPs(aps) {
     const el = document.getElementById("ap");
     el.innerHTML = "";
     aps.forEach(ap => {
@@ -128,22 +131,57 @@ function renderAPs(aps, dir) {
             html += ` &nbsp; <span class="pill bad">not beaconing</span>`;
         html += ` &nbsp; Clients: <b>${ap.stations.length}</b>` +
                 ` <button class="btn ap-restart">Restart</button></p>`;
-
-        if (ap.stations.length) {
-            html += `<table><thead><tr><th>MAC</th><th>IP</th><th>Hostname</th><th>Signal</th><th>TX rate</th></tr></thead><tbody>`;
-            ap.stations.forEach(s => {
-                const c = dir[s.mac.toLowerCase()] || {};
-                html += `<tr><td>${esc(s.mac)}</td><td>${esc(c.ip || "—")}</td><td>${esc(c.host || "—")}</td>` +
-                        `<td>${esc(s.sig || "?")} dBm</td><td>${esc(s.tx || "?")}</td></tr>`;
-            });
-            html += `</tbody></table>`;
-        }
         div.innerHTML = html;
         div.querySelector(".ap-restart").onclick = () => restartAP(ap.unit);
         el.appendChild(div);
     });
 }
 
+/* ---------- Clients (Wi-Fi stations + wired bridge-port FDB) ---------- */
+
+function collectClients(aps, secs, dir) {
+    // Wi-Fi clients come from the hostapd station dumps (with signal/rate);
+    // wired ones from learned bridge-FDB entries on the LAN ports.
+    const rows = [];
+    const seen = new Set();
+    aps.forEach(ap => ap.stations.forEach(s => {
+        const c = dir[s.mac.toLowerCase()] || {};
+        seen.add(s.mac.toLowerCase());
+        rows.push({ conn: ap.band, mac: s.mac, ip: c.ip, host: c.host,
+                    sig: s.sig ? s.sig + " dBm" : "?", tx: s.tx || "?" });
+    }));
+    parseJSON(secs.fdb, []).forEach(e => {
+        const conn = LAN_PORTS[e.ifname];
+        const mac = (e.mac || "").toLowerCase();
+        // learned entries only: "permanent" = the port's own MAC, and FDB
+        // duplicates entries per vlan — hence the seen-dedupe.
+        if (!conn || e.master !== "br0" || e.state === "permanent" || seen.has(mac))
+            return;
+        seen.add(mac);
+        const c = dir[mac] || {};
+        rows.push({ conn, mac: e.mac, ip: c.ip, host: c.host, sig: "—", tx: "—" });
+    });
+    rows.sort((a, b) => a.conn.localeCompare(b.conn) || (a.ip || "").localeCompare(b.ip || ""));
+    return rows;
+}
+
+function renderClients(rows) {
+    const el = document.getElementById("clients");
+    if (!rows.length) {
+        el.innerHTML = `<p class="muted">No clients connected.</p>`;
+        return;
+    }
+    let html = `<table><thead><tr><th>Hostname</th><th>IP</th><th>MAC</th>` +
+               `<th>Connection</th><th>Signal</th><th>TX rate</th></tr></thead><tbody>`;
+    rows.forEach(r => {
+        html += `<tr><td>${esc(r.host || "—")}</td><td>${esc(r.ip || "—")}</td>` +
+                `<td>${esc(r.mac)}</td><td>${esc(r.conn)}</td>` +
+                `<td>${esc(r.sig)}</td><td>${esc(r.tx)}</td></tr>`;
+    });
+    html += `</tbody></table>`;
+    el.innerHTML = html;
+}
+
 /* ---------- Temperatures (van-thermal daemon state) ---------- */
 
 function renderThermal(th) {
@@ -299,6 +337,7 @@ function parseWAN(secs) {
         const [device, type, state, ...rest] = line.split(":");
         return { device, type, state, connection: rest.join(":") };
     }).filter(d => (d.type === "ethernet" || d.type === "wifi") &&
+                   d.state !== "unmanaged" &&   // networkd-owned LAN ports (eth0, enx* dongle)
                    !APS.some(a => a.iface === d.device));
 
     const routes = parseJSON(secs.routes, []);
@@ -386,7 +425,9 @@ async function restartAP(unit) {
 async function refresh() {
     try {
         const secs = parseSections(await sh(STATUS_SCRIPT));
-        renderAPs(APS.map((a, i) => parseAP(a, i, secs)), parseClientDir(secs));
+        const aps = APS.map((a, i) => parseAP(a, i, secs));
+        renderAPs(aps);
+        renderClients(collectClients(aps, secs, parseClientDir(secs)));
         renderThermal(parseJSON(secs.thermal, null));
         renderStarlink(secs.starlink);
         renderBattery(parseJSON(secs.battery, null));