diff --git a/screens/weather.py b/screens/weather.py
index ab7a054..0121dc4 100644
--- a/screens/weather.py
+++ b/screens/weather.py
@@ -1,6 +1,7 @@
 """Current weather + daily forecast via Open-Meteo (free, no API key)."""
 
 import logging
+import time
 from datetime import date
 
 import requests
@@ -10,6 +11,10 @@ from screens.base import Screen
 from screens.render_utils import load_font, text_width
 from screens.weather_icons import WMO_CODES, draw_weather_icon
 
+BLACK = (0, 0, 0)
+BLUE = (0, 0, 255)
+RED = (200, 0, 0)
+
 logger = logging.getLogger(__name__)
 
 HTTP_TIMEOUT = 10
@@ -25,7 +30,13 @@ class WeatherScreen(Screen):
     poll_interval = 1800  # fallback default (30 min) if settings has no update_minutes yet
 
     def default_settings(self) -> dict:
-        return {"city": "", "latitude": None, "longitude": None, "forecast_days": 3, "update_minutes": 30}
+        return {
+            "city": "", "latitude": None, "longitude": None, "forecast_days": 3, "update_minutes": 30,
+            "show_feels_like": True,
+            "show_high_low": True,
+            "show_rain_chance": True,
+            "show_hourly_graph": True,
+        }
 
     def get_poll_interval(self, settings: dict) -> int:
         raw = settings.get("update_minutes")
@@ -76,8 +87,13 @@ class WeatherScreen(Screen):
             params={
                 "latitude": lat,
                 "longitude": lon,
-                "current_weather": "true",
-                "daily": "weather_code,temperature_2m_max,temperature_2m_min",
+                # "current" (not the legacy "current_weather=true") is what
+                # exposes apparent_temperature. Confirmed live which fields
+                # come back plain-local (no Z suffix) under timezone=auto,
+                # same as the "daily" block already relied on below.
+                "current": "temperature_2m,apparent_temperature,weather_code",
+                "daily": "weather_code,temperature_2m_max,temperature_2m_min,precipitation_probability_max",
+                "hourly": "temperature_2m",
                 "forecast_days": forecast_days,
                 "timezone": "auto",
             },
@@ -86,11 +102,11 @@ class WeatherScreen(Screen):
         response.raise_for_status()
         payload = response.json()
 
-        current = payload.get("current_weather") or {}
-        if "temperature" not in current:
+        current = payload.get("current") or {}
+        if "temperature_2m" not in current:
             return None
 
-        code = int(current.get("weathercode", -1))
+        code = int(current.get("weather_code", -1))
         description, kind = WMO_CODES.get(code, ("Unbekannt", "clear"))
 
         days = []
@@ -109,12 +125,31 @@ class WeatherScreen(Screen):
                 "low": daily["temperature_2m_min"][i],
             })
 
+        rain_chance = None
+        probs = daily.get("precipitation_probability_max") or []
+        if probs and probs[0] is not None:
+            rain_chance = int(probs[0])
+
+        # Today's hourly points, for the day-graph -- "hourly" spans all of
+        # forecast_days, filtered down to just today's date string prefix.
+        today_str = date.today().isoformat()
+        hourly = payload.get("hourly") or {}
+        hourly_today = [
+            {"hour": int(t[11:13]), "temp": temp}
+            for t, temp in zip(hourly.get("time", []), hourly.get("temperature_2m", []))
+            if t.startswith(today_str)
+        ]
+
         return {
-            "temperature": current["temperature"],
-            "windspeed": current.get("windspeed"),
+            "temperature": current["temperature_2m"],
+            "feels_like": current.get("apparent_temperature"),
             "description": description,
             "kind": kind,
             "days": days,
+            "high_today": days[0]["high"] if days else None,
+            "low_today": days[0]["low"] if days else None,
+            "rain_chance": rain_chance,
+            "hourly_today": hourly_today,
         }
 
     def render(self, state, settings: dict, resolution: tuple[int, int]) -> Image.Image:
@@ -122,6 +157,7 @@ class WeatherScreen(Screen):
         image = Image.new("RGB", (width, height), "white")
         draw = ImageDraw.Draw(image)
         scale = min(width, height)
+        pad = width * 0.06
 
         if not state:
             font = load_font(size=int(scale * 0.06))
@@ -134,72 +170,170 @@ class WeatherScreen(Screen):
 
         days = state.get("days") or []
         has_forecast = bool(days)
+        hourly = state.get("hourly_today") or []
+        show_graph = settings.get("show_hourly_graph", True) and len(hourly) >= 2
+        lower_sections = int(has_forecast) + int(show_graph)
 
-        # Icon + temperature + description, stacked. Sized from `scale`
-        # directly (not a guessed fraction of current_h) and measured via
-        # actual text bounding boxes, so current_h can be *derived* from
-        # what the block actually needs -- rather than picking current_h
-        # first and hoping the content fits in it, which overflowed into
-        # the forecast row for some font metrics.
-        icon_size = scale * (0.24 if has_forecast else 0.5)
-        temp_font = load_font(size=int(scale * (0.13 if has_forecast else 0.22)), bold=True)
-        desc_font = load_font(size=int(scale * (0.045 if has_forecast else 0.05)))
+        # Current conditions: icon on the left, temp/description/extras
+        # stacked on the right -- sized from `scale` and measured via actual
+        # text bounding boxes so current_h can be *derived* from what the
+        # block actually needs, same principle as the original stacked
+        # layout, just laid out horizontally now.
+        icon_size = scale * 0.34
+        temp_font = load_font(size=int(scale * 0.15), bold=True)
+        desc_font = load_font(size=int(scale * 0.055))
+        extra_font = load_font(size=int(scale * 0.04))
 
         temp_str = f"{round(state['temperature'])}°"
         desc = state["description"]
+
+        extra_parts = []
+        if settings.get("show_feels_like", True) and state.get("feels_like") is not None:
+            extra_parts.append(f"Gefühlt {round(state['feels_like'])}°")
+        if (
+            settings.get("show_high_low", True)
+            and state.get("high_today") is not None
+            and state.get("low_today") is not None
+        ):
+            extra_parts.append(f"H {round(state['high_today'])}° L {round(state['low_today'])}°")
+        if settings.get("show_rain_chance", True) and state.get("rain_chance") is not None:
+            extra_parts.append(f"{state['rain_chance']}% Regen")
+        extra_line = " · ".join(extra_parts)
+
         temp_left, temp_top, temp_right, temp_bottom = draw.textbbox((0, 0), temp_str, font=temp_font)
         temp_h = temp_bottom - temp_top
         desc_left, desc_top, desc_right, desc_bottom = draw.textbbox((0, 0), desc, font=desc_font)
         desc_h = desc_bottom - desc_top
+        extra_top = extra_h = 0
+        if extra_line:
+            extra_left, extra_top, extra_right, extra_bottom = draw.textbbox((0, 0), extra_line, font=extra_font)
+            extra_h = extra_bottom - extra_top
 
-        icon_gap = icon_size * 0.12
-        temp_gap = temp_h * 0.4
-        block_h = icon_size + icon_gap + temp_h + temp_gap + desc_h
+        text_gap = temp_h * 0.22
+        text_block_h = temp_h + text_gap + desc_h + ((text_gap + extra_h) if extra_line else 0)
+        current_h = max(icon_size, text_block_h)
+        top_pad = (height - current_h) / 2 if lower_sections == 0 else height * 0.05
+        block_top = top_pad
 
-        if has_forecast:
-            top_pad = height * 0.04
-            bottom_pad = height * 0.035
-            current_h = block_h + top_pad + bottom_pad
-            block_top = top_pad
-        else:
-            current_h = height
-            block_top = (current_h - block_h) / 2
+        icon_cx = pad + icon_size / 2
+        icon_cy = block_top + current_h / 2
+        draw_weather_icon(draw, state["kind"], icon_cx, icon_cy, icon_size)
 
-        icon_cy = block_top + icon_size / 2
-        draw_weather_icon(draw, state["kind"], width / 2, icon_cy, icon_size)
+        text_x = pad + icon_size + scale * 0.05
+        text_top = block_top + (current_h - text_block_h) / 2
 
-        temp_y = block_top + icon_size + icon_gap
-        tw = temp_right - temp_left
-        draw.text(((width - tw) / 2, temp_y - temp_top), temp_str, font=temp_font, fill="black")
+        draw.text((text_x, text_top - temp_top), temp_str, font=temp_font, fill="black")
 
-        desc_y = temp_y + temp_h + temp_gap
-        dw = desc_right - desc_left
-        draw.text(((width - dw) / 2, desc_y - desc_top), desc, font=desc_font, fill="black")
+        desc_y = text_top + temp_h + text_gap
+        draw.text((text_x, desc_y - desc_top), desc, font=desc_font, fill="black")
 
-        if has_forecast:
-            forecast_y = current_h
-            forecast_h = height - forecast_y
-            draw.rectangle((width * 0.06, forecast_y, width * 0.94, forecast_y + 2), fill=(0, 0, 0))
+        if extra_line:
+            extra_y = desc_y + desc_h + text_gap
+            draw.text((text_x, extra_y - extra_top), extra_line, font=extra_font, fill="black")
 
-            col_w = width / len(days)
-            label_font = load_font(size=int(scale * 0.052), bold=True)
-            day_temp_font = load_font(size=int(scale * 0.046), bold=True)
-            day_icon_size = min(col_w * 0.75, forecast_h * 0.48)
+        if lower_sections == 0:
+            return image
 
-            for i, day in enumerate(days):
-                cx = col_w * i + col_w / 2
-                y = forecast_y + forecast_h * 0.1
+        current_bottom = block_top + current_h + height * 0.045
+        remaining_h = height - current_bottom - height * 0.02
+        content_w = width - 2 * pad
 
-                label = day["label"]
-                lw = text_width(draw, label, label_font)
-                draw.text((cx - lw / 2, y), label, font=label_font, fill="black")
-                y += label_font.size * 1.4
-
-                draw_weather_icon(draw, day["kind"], cx, y + day_icon_size / 2, day_icon_size)
-                y += day_icon_size * 1.1
-
-                temps = f"{round(day['high'])}°/{round(day['low'])}°"
-                dtw = text_width(draw, temps, day_temp_font)
-                draw.text((cx - dtw / 2, y), temps, font=day_temp_font, fill="black")
+        if show_graph and has_forecast:
+            graph_h = remaining_h * 0.48
+            self._draw_hourly_graph(draw, hourly, pad, current_bottom, content_w, graph_h, scale)
+            self._draw_daily_forecast(
+                draw, days, pad, current_bottom + graph_h + height * 0.015,
+                content_w, remaining_h - graph_h - height * 0.015, scale,
+            )
+        elif show_graph:
+            self._draw_hourly_graph(draw, hourly, pad, current_bottom, content_w, remaining_h, scale)
+        elif has_forecast:
+            self._draw_daily_forecast(draw, days, pad, current_bottom, content_w, remaining_h, scale)
 
         return image
+
+    def _draw_daily_forecast(self, draw, days, x, y, w, h, scale):
+        draw.rectangle((x, y, x + w, y + 2), fill=BLACK)
+        content_top = y + h * 0.1
+        content_h = h - h * 0.1
+
+        col_w = w / len(days)
+        label_font = load_font(size=int(scale * 0.052), bold=True)
+        day_temp_font = load_font(size=int(scale * 0.046), bold=True)
+        day_icon_size = min(col_w * 0.75, content_h * 0.48)
+
+        for i, day in enumerate(days):
+            cx = x + col_w * i + col_w / 2
+            yy = content_top
+
+            label = day["label"]
+            lw = text_width(draw, label, label_font)
+            draw.text((cx - lw / 2, yy), label, font=label_font, fill="black")
+            yy += label_font.size * 1.4
+
+            draw_weather_icon(draw, day["kind"], cx, yy + day_icon_size / 2, day_icon_size)
+            yy += day_icon_size * 1.1
+
+            temps = f"{round(day['high'])}°/{round(day['low'])}°"
+            dtw = text_width(draw, temps, day_temp_font)
+            draw.text((cx - dtw / 2, yy), temps, font=day_temp_font, fill="black")
+
+    def _draw_hourly_graph(self, draw, hourly, x, y, w, h, scale):
+        """A simple polyline of today's hourly temps -- min/max labeled at
+        their points, a red dot marking the current hour, and a handful of
+        evenly-spaced hour labels along the bottom."""
+        temps = [pt["temp"] for pt in hourly]
+        lo, hi = min(temps), max(temps)
+        span = max(hi - lo, 1.0)  # avoid a divide-by-zero on a dead-flat day
+
+        point_font = load_font(size=int(scale * 0.032))
+        axis_font = load_font(size=int(scale * 0.028))
+
+        top_margin = point_font.size * 1.5
+        bottom_margin = axis_font.size * 1.6
+        plot_top = y + top_margin
+        plot_h = max(1.0, h - top_margin - bottom_margin)
+
+        n = len(hourly)
+        step_x = w / (n - 1)
+
+        def point_xy(i):
+            px = x + step_x * i
+            py = plot_top + plot_h * (1 - (hourly[i]["temp"] - lo) / span)
+            return px, py
+
+        points = [point_xy(i) for i in range(n)]
+        draw.line(points, fill=BLUE, width=max(2, int(scale * 0.006)), joint="curve")
+
+        def label_point(i):
+            # Always above the point, never below -- a below-point label on
+            # a trough sitting right at the plot's left/right edge would
+            # otherwise land in the same spot as the hour-axis labels.
+            px, py = points[i]
+            label = f"{round(hourly[i]['temp'])}°"
+            lw = text_width(draw, label, point_font)
+            ly = py - point_font.size * 1.25
+            lx = min(max(px - lw / 2, x), x + w - lw)
+            draw.text((lx, ly), label, font=point_font, fill="black")
+
+        max_i = max(range(n), key=lambda i: hourly[i]["temp"])
+        min_i = min(range(n), key=lambda i: hourly[i]["temp"])
+        label_point(max_i)
+        if min_i != max_i:
+            label_point(min_i)
+
+        now_hour = time.localtime().tm_hour
+        now_i = next((i for i, pt in enumerate(hourly) if pt["hour"] == now_hour), None)
+        if now_i is not None:
+            px, py = points[now_i]
+            r = max(3, int(scale * 0.011))
+            draw.ellipse((px - r, py - r, px + r, py + r), fill=RED)
+
+        axis_y = y + h - axis_font.size
+        tick_idxs = sorted(set((0, n // 4, n // 2, (3 * n) // 4, n - 1)))
+        for i in tick_idxs:
+            label = f"{hourly[i]['hour']:02d}"
+            lw = text_width(draw, label, axis_font)
+            px, _ = points[i]
+            lx = min(max(px - lw / 2, x), x + w - lw)
+            draw.text((lx, axis_y), label, font=axis_font, fill="black")
diff --git a/web/app.py b/web/app.py
index 03efba4..54ed337 100644
--- a/web/app.py
+++ b/web/app.py
@@ -69,6 +69,12 @@ def create_app(config, screens: dict, scheduler) -> Flask:
             if forecast_days not in (3, 5, 7):
                 forecast_days = 3
             update_minutes = max(1, int(request.form.get("update_minutes", 30) or 30))
+            display_toggles = {
+                "show_hourly_graph": "show_hourly_graph" in request.form,
+                "show_feels_like": "show_feels_like" in request.form,
+                "show_high_low": "show_high_low" in request.form,
+                "show_rain_chance": "show_rain_chance" in request.form,
+            }
 
             if city:
                 try:
@@ -84,6 +90,7 @@ def create_app(config, screens: dict, scheduler) -> Flask:
                         "longitude": result["longitude"],
                         "forecast_days": forecast_days,
                         "update_minutes": update_minutes,
+                        **display_toggles,
                     })
                     return redirect(url_for("settings_weather", saved=1))
             else:
@@ -93,6 +100,7 @@ def create_app(config, screens: dict, scheduler) -> Flask:
                     "longitude": float(lon_raw) if lon_raw else None,
                     "forecast_days": forecast_days,
                     "update_minutes": update_minutes,
+                    **display_toggles,
                 })
                 return redirect(url_for("settings_weather", saved=1))
 
diff --git a/web/templates/settings_weather.html b/web/templates/settings_weather.html
index ba98486..ee925e6 100644
--- a/web/templates/settings_weather.html
+++ b/web/templates/settings_weather.html
@@ -34,6 +34,24 @@
       <input type="number" id="update_minutes" name="update_minutes" min="1" value="{{ settings.update_minutes or 30 }}">
       <p class="hint">Weather itself only refreshes the panel when something actually changed, so a shorter interval here mostly just means fresher data, not more flashing.</p>
     </div>
+    <div class="field">
+      <label class="checkbox">
+        <input type="checkbox" name="show_hourly_graph" {{ "checked" if settings.show_hourly_graph != False }}>
+        Hourly temperature graph
+      </label>
+      <label class="checkbox">
+        <input type="checkbox" name="show_feels_like" {{ "checked" if settings.show_feels_like != False }}>
+        "Feels like" temperature
+      </label>
+      <label class="checkbox">
+        <input type="checkbox" name="show_high_low" {{ "checked" if settings.show_high_low != False }}>
+        Today's high/low
+      </label>
+      <label class="checkbox">
+        <input type="checkbox" name="show_rain_chance" {{ "checked" if settings.show_rain_chance != False }}>
+        Rain chance
+      </label>
+    </div>
   </div>
 
   <div class="card">