diff --git a/src/components/main.vue b/src/components/main.vue
index eabf6db..9e24018 100644
--- a/src/components/main.vue
+++ b/src/components/main.vue
@@ -25,8 +25,9 @@
 <script>
 import * as PIXI from "pixi.js";
 import { Viewport } from "pixi-viewport";
-import { Text, TextStyle, FillGradient } from "pixi.js";
+import { Text, TextStyle, FillGradient, Assets } from "pixi.js";
 import { API_URL, GEO_URL } from "../config";
+import sightIcon from "../icons/sight.svg";
 
 export default {
   name: "MainMap",
@@ -38,10 +39,16 @@ export default {
       routeGraphics: null,
       videoOverlayVisible: false,
       stationContainer: null,
+      sightsContainer: null,
       toCanvasPoint: null,
       routePollTimer: null,
       attemptCount: 0,
       routeGroup: null,
+      routeLatlngs: [],
+      tramPollTimer: null,
+      passedGraphics: null,
+      remainingGraphics: null,
+      tramGraphic: null,
       routeRotate: 0,
       routeCentered: false,
       viewportAdjusted: false, // авто‑фит сделан?
@@ -72,6 +79,7 @@ export default {
 
       // add canvas to DOM (missing after last refactor)
       container.appendChild(this.pixiApp.canvas);
+      await Assets.load(sightIcon);
 
       // гарантируем, что канвас всегда принимает pointer‑/touch‑события
       this.pixiApp.canvas.style.pointerEvents = "auto";
@@ -103,9 +111,15 @@ export default {
 
       this.routeGraphics = new PIXI.Graphics();
       this.routeGroup.addChild(this.routeGraphics);
+      this.passedGraphics = new PIXI.Graphics();
+      this.routeGroup.addChild(this.passedGraphics);
+      this.remainingGraphics = new PIXI.Graphics();
+      this.routeGroup.addChild(this.remainingGraphics);
 
       this.stationContainer = new PIXI.Container();
       this.routeGroup.addChild(this.stationContainer);
+      this.sightsContainer = new PIXI.Container();
+      this.routeGroup.addChild(this.sightsContainer);
     },
     // Применяем ограничения масштабирования к viewport
     updateViewportClampZoom() {
@@ -114,11 +128,13 @@ export default {
         this.routeScaleMin !== null &&
         this.routeScaleMax !== null
       ) {
-        const minScale = this.routeScaleMin / 20;
+        const minScale = this.routeScaleMin / 30;
         const maxScale = this.routeScaleMax / 20;
         // убедимся, что min < max
         if (minScale < maxScale) {
           this.viewport.clampZoom({ minScale, maxScale });
+          // apply initial zoom at minimum scale
+          this.viewport.setZoom(minScale);
           console.log(
             `%cViewport clampZoom → min=${minScale}, max=${maxScale}`,
             "color: violet;"
@@ -141,7 +157,7 @@ export default {
       this.routeGraphics.clear();
       this.routeGraphics.setStrokeStyle({
         width: 10,
-        color: "#ED1C24",
+        color: 0xffffff,
         alpha: 1,
       });
       this.routeGraphics.beginPath();
@@ -230,7 +246,8 @@ export default {
 
         const { x, y } = this.toCanvasPoint([st.latitude, st.longitude]);
         const ox = (st.offset_x || 0) / 1.25; // смещение по X (½)
-        const oy = (st.offset_y || 0) * 1; // смещение по Y (½)
+        const oy = st.offset_y || 0; // смещение по Y (½)
+        // const oy = 1;
         if (isNaN(x) || isNaN(y)) {
           console.warn(`station[${idx}] (${st.id}) координаты NaN → пропущен`);
           return;
@@ -243,19 +260,17 @@ export default {
         this.stationContainer.addChild(node);
 
         const g = new PIXI.Graphics();
-        g.fill("#ED1C24")
+        // initially white fill for all stations
+        g.fill(0xffffff)
           .stroke({ width: 5, color: 0x000000 })
           .circle(0, 0, 11)
           .fill()
           .stroke();
         node.addChild(g);
+        // store station coordinates and graphic for dynamic recoloring
+        node._stationLatlng = [st.latitude, st.longitude];
+        node._circleGraphic = g;
 
-        // const g = new PIXI.Graphics();
-        // g.fill(0xffffff).stroke({ width: 2, color: 0x000000 });
-        // g.circle(0, 0, 60);
-        // node.addChild(g);
-
-        /* 2. Двухстрочная подпись (RU + EN) */
         const solidWhite = new FillGradient({
           type: "linear",
           colorStops: [
@@ -264,6 +279,14 @@ export default {
           ],
         });
 
+        const lightGray = new FillGradient({
+          type: "linear",
+          colorStops: [
+            { offset: 0, color: "#CBCBCB" },
+            { offset: 1, color: "#CBCBCB" },
+          ],
+        });
+
         const labelGroup = new PIXI.Container();
         labelGroup.x = ox;
         labelGroup.y = oy;
@@ -272,6 +295,52 @@ export default {
         labelGroup._oy = oy;
         node.addChild(labelGroup);
 
+        const stationPoint = { x, y };
+        const thresholdX = 15;
+        const thresholdY = 30;
+        let shiftX = 0,
+          shiftY = 0;
+        if (this.routeLatlngs && this.routeLatlngs.length > 1) {
+          for (let i = 0; i < this.routeLatlngs.length - 1; i++) {
+            const p1 = this.toCanvasPoint(this.routeLatlngs[i]);
+            const p2 = this.toCanvasPoint(this.routeLatlngs[i + 1]);
+            const vx = p2.x - p1.x,
+              vy = p2.y - p1.y;
+            const len2 = vx * vx + vy * vy;
+            const t =
+              ((stationPoint.x - p1.x) * vx + (stationPoint.y - p1.y) * vy) /
+              (len2 || 1);
+            const tClamped = Math.max(0, Math.min(1, t));
+            const projX = p1.x + vx * tClamped;
+            const projY = p1.y + vy * tClamped;
+            const dx = stationPoint.x - projX,
+              dy = stationPoint.y - projY;
+            // elliptical distance check
+            const normDist =
+              (dx * dx) / (thresholdX * thresholdX) +
+              (dy * dy) / (thresholdY * thresholdY);
+            if (normDist < 1) {
+              // compute normal to segment
+              let nx = -vy,
+                ny = vx;
+              const nlen = Math.hypot(nx, ny) || 1;
+              nx /= nlen;
+              ny /= nlen;
+              // choose direction based on original offset
+              const dot = ox * nx + oy * ny;
+              const sign = dot >= 0 ? 1 : -1;
+              shiftX = nx * thresholdX * sign;
+              shiftY = ny * thresholdY * sign;
+              break;
+            }
+          }
+        }
+        // apply shift
+        labelGroup.x += shiftX;
+        labelGroup.y += shiftY;
+        labelGroup._ox += shiftX;
+        labelGroup._oy += shiftY;
+
         // RU
         const ruStyle = new TextStyle({
           fill: solidWhite,
@@ -283,15 +352,15 @@ export default {
         const ruText = new Text({ text: st.name, style: ruStyle });
         ruText.anchor.set(1, 0.5); // bottom-right
         ruText.x = 24;
-        ruText.y = -20;
+        ruText.y = -35;
         labelGroup.addChild(ruText);
 
         // EN
         const enName = enById[st.id];
         if (enName) {
           const enStyle = new TextStyle({
-            fill: solidWhite,
-            fontSize: 16,
+            fill: lightGray,
+            fontSize: 12,
             fontFamily: "Arial",
             align: "right",
             fontWeight: "bold",
@@ -326,10 +395,6 @@ export default {
             position: { x: worldPos.x, y: worldPos.y },
             easing: "easeInOutSine",
           });
-
-          this.viewport.once("moved-end", () => {
-            this.applyPanClamp();
-          });
           this.stationZoomed = true;
           console.log(
             `%c[centerToStation] world=(${worldPos.x.toFixed(
@@ -366,6 +431,11 @@ export default {
           }
         });
       });
+      if (this.sightsContainer) {
+        this.sightsContainer.children.forEach((node) => {
+          node.rotation = -this.routeGroup.rotation;
+        });
+      }
     },
 
     autoFitViewport() {
@@ -387,63 +457,42 @@ export default {
       if (this.routeScaleMax !== null)
         scale = Math.min(scale, this.routeScaleMax / 10);
 
-      const cx = b.x + b.width / 2;
-      const cy = b.y + b.height / 2;
-
-      // setZoom(scale, worldX, worldY) — Pixi‑Viewport v4/v8 API
-      this.viewport.setZoom(scale, cx, cy);
+      if (this.centerLatitude != null && this.centerLongitude != null) {
+        const local = this.toCanvasPoint([
+          this.centerLatitude,
+          this.centerLongitude,
+        ]);
+        const global = this.routeGroup.toGlobal(
+          new PIXI.Point(local.x, local.y)
+        );
+        this.viewport.setZoom(scale, global.x, global.y);
+      } else {
+        const cx = b.x + b.width / 2;
+        const cy = b.y + b.height / 2;
+        this.viewport.setZoom(scale, cx, cy);
+      }
       this.viewportAdjusted = true;
 
-      // выставляем границы пэннинга
-      this.applyPanClamp();
-
-      console.log(
-        `%c[autoFitViewport] scale=${scale.toFixed(2)}, center=(${cx.toFixed(
-          1
-        )},${cy.toFixed(1)})`,
-        "color: mediumspringgreen"
-      );
+      if (this.centerLatitude != null && this.centerLongitude != null) {
+        console.log(
+          `%c[autoFitViewport] scale=${scale.toFixed(2)}, center=(${
+            this.centerLatitude
+          },${this.centerLongitude})`,
+          "color: mediumspringgreen"
+        );
+      } else {
+        const cx = b.x + b.width / 2;
+        const cy = b.y + b.height / 2;
+        console.log(
+          `%c[autoFitViewport] scale=${scale.toFixed(2)}, center=(${cx.toFixed(
+            1
+          )},${cy.toFixed(1)})`,
+          "color: mediumspringgreen"
+        );
+      }
     },
-    // Ограничиваем панорамирование так, чтобы пользователь
-    // не мог «уехать» далеко от маршрута, динамически распределяя «воздух»
-    // в зависимости от угла поворота (чтобы слева/сверху не оставалось пустоты).
     applyPanClamp() {
-      if (!this.viewport || !this.routeGroup) return;
-
-      // Bounding‑box маршрута (учитывает rotation/scale)
-      const b = this.routeGroup.getBounds();
-
-      // Базовый «воздух» 10% от большей стороны
-      const pad = Math.max(b.width, b.height) * 0.1;
-
-      // Направление маршрута (радианы) — используем, чтобы перераспределить паддинги
-      const ang = this.routeGroup.rotation; // радианы
-      const cos = Math.cos(ang);
-      const sin = Math.sin(ang);
-
-      // Распределяем паддинги: если cos > 0 → маршрут «смотрит» вправо,
-      // поэтому больше воздуха добавляем справа, меньше слева и т.д.
-      const padLeft = (pad * (1 - cos)) / 2;
-      const padRight = (pad * (1 + cos)) / 2;
-      const padTop = (pad * (1 - sin)) / 2;
-      const padBottom = (pad * (1 + sin)) / 2;
-
-      this.viewport.clamp({
-        left: b.x - padLeft,
-        right: b.x + b.width + padRight,
-        top: b.y - padTop,
-        bottom: b.y + b.height + padBottom,
-        underflow: "center",
-      });
-
-      console.log(
-        `%c[applyPanClamp] angle=${((ang * 180) / Math.PI).toFixed(
-          1
-        )}°, pads L${padLeft.toFixed(1)} R${padRight.toFixed(
-          1
-        )} T${padTop.toFixed(1)} B${padBottom.toFixed(1)}`,
-        "color: orange"
-      );
+      return;
     },
     // ───────────────────────── polling helpers ─────────────────────────
     startRoutePolling() {
@@ -541,14 +590,44 @@ export default {
           route.path.length >= 2
         ) {
           this.drawRoute(route.path);
-          this.drawStations(stationsRu, stationsEn);
-          if (typeof route.rotate === "number") {
-            // this.routeRotate = route.rotate;
-            this.routeGroup.rotation = (route.rotate * Math.PI) / 180;
-            this.updateLabelOrientation(); // подписи остаются горизонтальными
+          // --- Insert tram progress logic here ---
+          this.routeLatlngs = route.path;
+          if (!this.tramPollTimer) {
+            this.tramPollTimer = setInterval(
+              () => this.updateTramPosition(),
+              500
+            );
           }
+          // apply rotation before rendering stations and sights
+          if (typeof route.rotate === "number") {
+            this.routeGroup.rotation = (route.rotate * Math.PI) / 180;
+          }
+          // draw stations and keep labels horizontal
+          this.drawStations(stationsRu, stationsEn);
+          this.updateLabelOrientation();
+          // draw sights (icons rotate correctly with routeGroup)
+          this.drawSights(sights);
+          // compensate rotation for sight icons
+          this.updateLabelOrientation();
           // после линии, станций и (возможного) поворота автоматически подгоняем viewport
           this.autoFitViewport();
+          this.updateTramPosition();
+          // center view on route-provided center after route load
+          if (this.centerLatitude != null && this.centerLongitude != null) {
+            const localCenter = this.toCanvasPoint([
+              this.centerLatitude,
+              this.centerLongitude,
+            ]);
+            const globalCenter = this.routeGroup.toGlobal(
+              new PIXI.Point(localCenter.x, localCenter.y)
+            );
+            // animate viewport to this center (keep current zoom)
+            this.viewport.animate({
+              time: 600,
+              position: { x: globalCenter.x, y: globalCenter.y },
+              easing: "easeInOutSine",
+            });
+          }
           gotPath = true;
         } else {
           console.warn(
@@ -567,9 +646,218 @@ export default {
         if (this.attemptCount > 1e6) this.attemptCount = 0;
       }
     },
+    // ── Update tram position and color route based on progress ──
+    async updateTramPosition() {
+      if (!this.routeLatlngs || !this.routeLatlngs.length) return;
+      try {
+        const res = await fetch(`${GEO_URL}/v1/geolocation/context`);
+        const data = await res.json();
+        const percentage = data.routeProgress?.percentageCompleted;
+        if (percentage == null) return;
+        const total = this.routeLatlngs.length;
+        const passedCount = Math.round(percentage * (total - 1));
+        const passed = this.routeLatlngs.slice(0, passedCount + 1);
+        const remaining = this.routeLatlngs.slice(passedCount);
+
+        // draw passed segment in red
+        this.passedGraphics.clear();
+        this.passedGraphics.setStrokeStyle({
+          width: 10,
+          color: 0xed1c24,
+          alignment: 0.5,
+          alpha: 1,
+        });
+        this.passedGraphics.beginPath();
+        passed.forEach((pt, i) => {
+          const { x, y } = this.toCanvasPoint(pt);
+          if (i === 0) this.passedGraphics.moveTo(x, y);
+          else this.passedGraphics.lineTo(x, y);
+        });
+        this.passedGraphics.stroke();
+
+        // draw remaining segment in white
+        this.remainingGraphics.clear();
+        this.remainingGraphics.setStrokeStyle({
+          width: 10,
+          color: 0xffffff,
+          alignment: 0.5,
+          alpha: 1,
+        });
+        this.remainingGraphics.beginPath();
+        remaining.forEach((pt, i) => {
+          const { x, y } = this.toCanvasPoint(pt);
+          if (i === 0) this.remainingGraphics.moveTo(x, y);
+          else this.remainingGraphics.lineTo(x, y);
+        });
+        this.remainingGraphics.stroke();
+
+        // draw or update tram marker
+        const current = this.routeLatlngs[passedCount];
+        const { x, y } = this.toCanvasPoint(current);
+        if (!this.tramGraphic) {
+          this.tramGraphic = new PIXI.Graphics();
+          // set fill style to yellow
+          this.tramGraphic.fill(0xfcd500);
+          // set stroke style for border
+          this.tramGraphic.setStrokeStyle({
+            width: 5,
+            color: 0x000000,
+            alignment: 0.5,
+            alpha: 1,
+          });
+          // draw circle path
+          this.tramGraphic.beginPath();
+          this.tramGraphic.circle(0, 0, 14);
+          // fill the circle
+          this.tramGraphic.fill();
+          // draw the stroke
+          this.tramGraphic.stroke();
+          this.routeGroup.addChild(this.tramGraphic);
+        }
+        this.tramGraphic.x = x;
+        this.tramGraphic.y = y;
+
+        // update station marker colors based on tram progress
+        this.stationContainer.children.forEach((node) => {
+          const latlng = node._stationLatlng;
+          if (!latlng) return;
+          // find nearest index on route for this station
+          let closestIdx = 0,
+            minDist = Infinity;
+          this.routeLatlngs.forEach((pt, i) => {
+            const dx = pt[0] - latlng[0],
+              dy = pt[1] - latlng[1];
+            const d = dx * dx + dy * dy;
+            if (d < minDist) {
+              minDist = d;
+              closestIdx = i;
+            }
+          });
+          // red if passed, white otherwise
+          const color = closestIdx <= passedCount ? 0xed1c24 : 0xffffff;
+          const g = node._circleGraphic;
+          if (g) {
+            g.clear();
+            g.fill(color)
+              .stroke({ width: 5, color: 0x000000 })
+              .circle(0, 0, 11)
+              .fill()
+              .stroke();
+          }
+        });
+      } catch (err) {
+        console.error("Error updating tram position:", err);
+      }
+    },
+    // Render sight icons with counts
+    drawSights(sights) {
+      if (!Array.isArray(sights) || !sights.length || !this.toCanvasPoint)
+        return;
+      // clear any previous sight icons
+      this.sightsContainer.removeChildren();
+      // group sights by approximate location (2 decimal places)
+      const grouped = {};
+      sights.forEach((s) => {
+        const keyLat = s.latitude.toFixed(2);
+        const keyLng = s.longitude.toFixed(2);
+        const key = `${keyLat},${keyLng}`;
+        if (!grouped[key]) grouped[key] = [];
+        grouped[key].push(s);
+      });
+      // for each group, render an icon and, if multiple, a count badge
+      Object.values(grouped).forEach((group) => {
+        const first = group[0];
+        const { x, y } = this.toCanvasPoint([first.latitude, first.longitude]);
+        const node = new PIXI.Container();
+        node.x = x;
+        node.y = y;
+        this.sightsContainer.addChild(node);
+        // use a static sight icon
+        const texture = PIXI.Texture.from(sightIcon);
+        const sprite = new PIXI.Sprite(texture);
+        sprite.anchor.set(0.5);
+        node.addChild(sprite);
+
+        // ── Route collision avoidance: offset from route segments if too close ──
+        if (Array.isArray(this.routeLatlngs) && this.routeLatlngs.length > 1) {
+          const canvasPts = this.routeLatlngs.map((pt) =>
+            this.toCanvasPoint(pt)
+          );
+          let minDist = Infinity;
+          let normalX = 0,
+            normalY = 0;
+          let bestDx = 0,
+            bestDy = 0;
+          // for each segment, find perpendicular distance
+          for (let i = 0; i < canvasPts.length - 1; i++) {
+            const p1 = canvasPts[i];
+            const p2 = canvasPts[i + 1];
+            const vx = p2.x - p1.x;
+            const vy = p2.y - p1.y;
+            const denom = vx * vx + vy * vy || 1;
+            const t = ((node.x - p1.x) * vx + (node.y - p1.y) * vy) / denom;
+            const tClamped = Math.max(0, Math.min(1, t));
+            const projX = p1.x + vx * tClamped;
+            const projY = p1.y + vy * tClamped;
+            const dx = node.x - projX;
+            const dy = node.y - projY;
+            const dist = Math.hypot(dx, dy);
+            if (dist < minDist) {
+              minDist = dist;
+              bestDx = dx;
+              bestDy = dy;
+              // perpendicular normal (one of two)
+              const nx = -vy;
+              const ny = vx;
+              const nlen = Math.hypot(nx, ny) || 1;
+              normalX = nx / nlen;
+              normalY = ny / nlen;
+            }
+          }
+          const threshold = 50; // pixels
+          if (minDist < threshold) {
+            // ensure normal points toward the sight (dot > 0), else flip
+            if (bestDx * normalX + bestDy * normalY < 0) {
+              normalX = -normalX;
+              normalY = -normalY;
+            }
+            const shift = threshold - minDist;
+            node.x += normalX * shift;
+            node.y += normalY * shift;
+          }
+        }
+
+        const solidWhite = new FillGradient({
+          type: "linear",
+          colorStops: [
+            { offset: 0, color: 0xffffff },
+            { offset: 1, color: 0xffffff },
+          ],
+        });
+
+        if (group.length > 1) {
+          const style = new TextStyle({
+            fill: solidWhite,
+            fontSize: 14,
+            fontWeight: "bold",
+          });
+          const badge = new Text(String(group.length), style);
+          // якорь в правом верхнем углу значка
+          badge.anchor.set(1, 0);
+          // смещаем к правому верхнему краю спрайта
+          badge.x = sprite.width / 2 - 4;
+          badge.y = -sprite.height / 2 + 4;
+          node.addChild(badge);
+        }
+      });
+    },
   },
   beforeUnmount() {
     this.stopRoutePolling();
+    if (this.tramPollTimer) {
+      clearInterval(this.tramPollTimer);
+      this.tramPollTimer = null;
+    }
   },
 };
 </script>
diff --git a/src/icons/sight.svg b/src/icons/sight.svg
new file mode 100644
index 0000000..653cb57
--- /dev/null
+++ b/src/icons/sight.svg
@@ -0,0 +1,21 @@
+<svg width="67" height="62" viewBox="0 0 67 62" fill="none" xmlns="http://www.w3.org/2000/svg">
+<path fill-rule="evenodd" clip-rule="evenodd" d="M0 25.6107H66.3216V20.5767L33.1702 0.100708L0 20.5767V25.6107ZM33.1699 4.90984L5.97994 21.6835H60.341L33.1699 4.90984Z" fill="#A6A6A6"/>
+<path d="M66.3216 58.2223H0V62.0001H66.3216V58.2223Z" fill="#A6A6A6"/>
+<path d="M62.9961 53.1895H3.32556V56.9673H62.9961V53.1895Z" fill="#A6A6A6"/>
+<path d="M11.9052 27.7542H6.91687V50.0529H11.9052V27.7542Z" fill="#A6A6A6"/>
+<path d="M14.3989 50.5732H4.42236V52.0466H14.3989V50.5732Z" fill="#A6A6A6"/>
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