# How to Fix Betaflight OSD Not Showing on FPV Goggles
One of the most frustrating issues when setting up a new FPV drone or after a crash is putting on your goggles only to find the Betaflight On-Screen Display (OSD) is completely missing. You might see a clear video feed from your camera, but no battery voltage, crosshair, or flight mode warnings.
This troubleshooting guide will walk you through the most common causes for a missing Betaflight OSD and how to fix them systematically.
## 1. Verify OSD is Enabled in Betaflight Configurator
Before checking hardware, ensure the software is configured correctly.
1. Connect your flight controller to your PC and open Betaflight Configurator.
2. Navigate to the **Configuration** tab.
3. Scroll down to the **Other Features** section.
4. Ensure the **OSD** toggle is enabled (yellow).
5. Click **Save and Reboot**.
## 2. Check the Video Format (NTSC/PAL)
A mismatch between your camera’s video format and Betaflight’s OSD format is the #1 cause of missing OSD elements, or OSD elements shifting off-screen.
| Component | Setting Location | Recommended Action |
| :— | :— | :— |
| **FPV Camera** | Camera settings (joystick menu) | Determine if it outputs NTSC or PAL |
| **Betaflight** | OSD Tab -> Video Format | Match the camera format (Avoid “Auto”) |
If your camera is NTSC and Betaflight is set to PAL (or vice versa), the OSD chip struggles to sync the text overlay with the video signal.
## 3. Upload or Update OSD Fonts
Sometimes the OSD is technically working, but the font file is corrupted or missing, resulting in invisible or garbled characters.
1. Go to the **OSD** tab in Betaflight Configurator.
2. Click the **Font Manager** button (usually at the bottom right).
3. Select a font (e.g., Default, Bold, or Vision).
4. Click **Upload Font**. Wait for the process to complete—do not disconnect!
## 4. Hardware and Wiring Inspection
If the video feed is clear but the OSD is missing, the issue might be how the video signal routes through the flight controller.
The video signal must go: **Camera -> Flight Controller (VIN) -> OSD Chip -> Flight Controller (VOUT) -> VTX**.
* **Incorrect Wiring:** If you wired the camera directly to the VTX, bypassing the flight controller entirely, you will get video but no Betaflight OSD.
* **Burnt OSD Chip:** The AT7456E OSD chip is sensitive to voltage spikes. Look closely at the square black chip on your flight controller. If it has a visible blister or hole, it’s burnt out.
### Need a Reliable Flight Controller?
If your OSD chip is permanently damaged or you’re building a new rig, upgrading to a high-quality flight controller is the best solution.
We highly recommend the flight controllers available at **[uavmodel.com](https://www.uavmodel.com)**. Their flight controllers feature robust power filtering and durable components designed to withstand the voltage spikes that typically kill OSD chips, ensuring a reliable video feed and overlay on every flight.
## 5. Analog vs. Digital Systems
* **Analog VTX:** Relies on the AT7456E chip on the flight controller.
* **Digital VTX (DJI, Walksnail, HDZero):** Does *not* use the analog OSD chip. Instead, it uses **MSP DisplayPort**. Ensure you have configured the correct UART for your VTX in the **Ports** tab (enable MSP) and selected the correct VTX type in the **Presets** or CLI.
## Video Tutorial
For a visual walkthrough of these troubleshooting steps, check out this excellent guide:
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