diff --git a/README.md b/README.md
index 3921d3b..4767fe4 100644
--- a/README.md
+++ b/README.md
@@ -9,6 +9,21 @@ altitude/speed/model/route details and a proximity LED alert.
 
 ![Eiswolfs Flightradar screenshot](images/radar.jpg)
 
+## Getting Started
+
+### 🚀 Option 1: Quick Web Installation (Recommended)
+You can flash the firmware directly from your browser to your CYD display without installing any development tools:
+1. Connect your "Cheap Yellow Display" to your computer using a USB cable.
+2. Open the **[Flightradar Web Flasher](https://github.io)** (requires Google Chrome, Microsoft Edge, or Opera).
+3. Click the **Install** button, select your USB/COM port, and follow the on-screen instructions.
+
+### 🛠️ Option 2: Manual Compilation (For Developers)
+1. Open and compile the project using PlatformIO (`platform = espressif32`, `board = esp32dev`, `framework = arduino`).
+2. Insert a FAT32-formatted microSD card into your display.
+3. On first boot: Calibrate the touchscreen and configure your Wi-Fi via the built-in on-screen keyboard.
+
+---
+
 ## Features
 - **Live radar screen** – circular radar view, sized to the full screen width, with a rotating green sweep line
 - **Real ADS-B data** via the free [adsb.fi](https://adsb.fi) API, refreshed every 8 seconds
@@ -66,6 +81,7 @@ currently see.
 
 Any saved network can be removed again at any time via the red "X", freeing up a
 slot for a new one.
+
 ## ✈️ Flight Options — every function in detail
 
 All the functions below are found under **Menu → Flight Options**.
@@ -118,34 +134,7 @@ See the dedicated section above: [WiFi Manager](#-wifi-manager-up-to-3-saved-net
 - Flight data is re-fetched from [adsb.fi](https://adsb.fi) every **8 seconds**.
 - Altitude color coding is fixed: **green** < 10,000 ft, **yellow** 10,000–30,000 ft, **red** > 30,000 ft.
 - Radar radius is switchable between **10 / 25 / 50 / 100 km**.
+
 ## Hardware
 - ESP32-2432S028 ("Cheap Yellow Display", CYD) – ILI9341 2.8" 240x320 touch TFT
-- microSD card (FAT32) for settings, WiFi credentials, and lookup tables
-- No GPS, no speaker required – uses IP geolocation and the onboard RGB LED
-
-### Pinout used
-| Function | Pins |
-|---|---|
-| TFT (VSPI) | MISO=12, MOSI=13, SCLK=14, CS=15, DC=2, BL=21 |
-| Touch (XPT2046) | CLK=25, CS=33, MOSI=32, MISO=39, IRQ=36 |
-| microSD (HSPI) | CLK=18, MISO=19, MOSI=23, CS=5 |
-| RGB LED (active-low) | R=4, G=16, B=17 |
-
-## Getting started
-1. Flash with PlatformIO (`platform = espressif32`, `board = esp32dev`, `framework = arduino`)
-2. Insert a FAT32-formatted microSD card
-3. On first boot: touch-calibrate the screen, then select your WiFi network and enter the password using the on-screen keyboard
-4. The radar screen appears automatically once WiFi and location are ready
-
-## Data sources
-- Aircraft positions: [adsb.fi](https://adsb.fi) (free, no API key)
-- Aircraft model lookups: [hexdb.io](https://hexdb.io) (free, community-maintained, rate-limited)
-- Location: [ip-api.com](https://ip-api.com) (free IP geolocation)
-
-## Disclaimer
-Aircraft model and seat-count data are estimates from community databases and
-local lookup tables, not live/official figures. This project is for hobby use
-and is not intended for navigation or safety-critical purposes.
-
-## License
-MIT (or add your preferred license here)
+- microSD card slot