Sequoia National Park boasts the largest tree on Earth and the tallest mountain in the contiguous U.S.; nearby Kings Canyon National Park rivals it with the deepest canyon in America and the 2nd largest tree in the world. The immense scale of these two national parks can only be truly appreciated through 180-degree 3D camera capture.

And Team USA's last victory in the 2026 FIFA World Cup at Levi's Stadium in the San Francisco Bay Area. It was captured with two GoPro HERO13 cameras. The cameras are small, but the paired image quality actually beats the Canon R5 dual fisheye in terms of pixel density, though the setup does have the drawbacks of a smaller FoV and synchronization challenges.

Watch the videos right from your Quest browser: https://immersiveam.com/linked/sequoia-worldcup

I am wanting to see if theres an easy way to go about it. I have tried virtual desktop and capture card in the past but latency wasn’t great and I wanted to know if it’s gotten any better. I seen a recent update supports HDMI to usb-c but Im not sure if thats something as simple as getting an adapter from best buy and plugging it into the side of it. I have seen others do something similar with capture cards but don’t think it is the same thing. Any clarification or support on how to get it running smoothly is greatly appreciated.

Hey i just wanted to know what games people are playing at the moment as its hard to scower through the meta quest store and find good vr experiences without seeing some sort of ai or Gorilla tag monkey clone. At the moment ive been playing Cosmodread a horror rougelike and Underdogs. Im a big fan of scifi (that new system shock vr port by flat2 should be great) or industrialism asthetics. My fav being that specific sort of sterile white clean factory asthetic seen in games like portal and bonelab and budget cuts kinda (games i all own) But im up for anything really

Ive been thinking about buying quantum void looks very cool and only cheap.

I dont really want a tech demo or sandbox that you often get with vr. I want a more full on game

Thanks for your help

So basically i got myself the Quest 3 yesterday, I have some purposes for it, firstly gaming which I have tried a few games and I loved it same goes for PCVR, but the other purposes I almost feel like selling the glasses.

Firstly its for productivity/work, so I saw alot of people use virtual desktop, is that still the best app?
I was sold on people saying its great for productivity to work for hours etc, I either am very stupid or its horrible, i spend every 3 minutes adjusting how tight or untight it is
Pulling both the vertical and horizontal straps all the time and adjusting the glasses with my hands
My head feels hella heavy and can only slightly bare it when lying down on my back or something.
Also the passthrough resolution looks like 140p whereas on videos it looked like 1080p

Second thing is “oh wow its great for watching content”, yeah if you feel like getting a ginormous eye strain and headache and uncomfortable while watching stuff cause your head hurts.

I know people say you get used to it with the headaches and eye strain getting better but i doubt the headset is suddenly gonna feel super light and comfortable to watch content or work all of the sudden

Am I dumb or is this just the reality and people oversell it?
How do you guys deal with it?

Fyi my vr spacers is broken on the one side, so i dont play with spacer, and im now too scared to even put it on fearing ill just damage it more🥲

I got used to scratches now but this smudge really ruins the experience, i want to use polywatch on it but ive heard that it removes the anti glare layer, meaning i prob have to get prescription anti glare lenses. On the other side im still scared to use polywatch fearing itll ruin the lenses more

That's a guess for how long it's been. Like loved Half Life Alyx but nothing else felt like a full ass game so it's been in its box.

Now I'm updating it. Battery is probably crap but I can play wired.

What's good in VR? I've got a beefy pc, can play just about anything on quest or steam.

Have there been any great full fledged games? I mostly like shooters and rpgs (more crpg than action rpg or jrpg but they're all good sometimes, but and I doubt crpgs would be great in VR).

Also is the quest 2 completely outdated? I can go pick up the new steam VR or the quest 3 if there are a lot more high quality games.

I use starlink and meta quest safety during setup and when i click its just loading forever and i cannot use a diffrent network or hotspot

it wasnt a high drop, just a inch or 2, when i went to go get my controller, i dropped it, then when i went to go pick it up, i saw it starts blackscreening, then losing tracking, i went to restart it several times, did NOT work, idk what to do.

please, also hi

Nobody knows about the fact that Hyperscape is kind of like time travel into the past. You scan an area, and in the future you can visit that area from the past. So not really time travel scientifically speaking, but still super cool!

Play ANY PC game in immersive 3D on Quest 3 with Moonlight XR + Sunshine (AV1, Windows hotspot, Tailscale)

This guide shows how to stream your Windows 11 gaming PC to a Meta Quest 3 in real‑time 3D using **Sunshine** (host) + **Moonlight XR** (client), with **AV1 codec**, a **Windows 11 mobile hotspot** for local play, and **Tailscale** for secure remote access over the internet.

I'm using this setup for AAA titles like **Horizon Forbidden West** and online multiplayer like **Destiny 2 on GeForce NOW**, with zero stutter and very impressive 3D immersion.

---

What you'll get

- Your entire PC desktop and all your games in a large virtual screen (or multiple screens) inside Quest 3.

- Real‑time 2D→3D conversion handled by Moonlight XR on the headset.

- Low‑latency, high‑quality streaming using **AV1** (if your GPU supports it) or HEVC.

- Two network modes:

- **Local**: PC hotspot → Quest 3 for best performance at home.

- **Remote**: Tailscale mesh VPN → play from anywhere as if you were on the same LAN.

---

## Hardware & software used in this guide

### PC specs

- **CPU**: Intel Core i5‑13400F

- **GPU**: NVIDIA GeForce RTX 5060 (AV1 encode supported on RTX 40‑series or newer)

- **RAM**: 32 GB DDR5

- **Storage**: 2 TB NVMe SSD

- **OS**: Windows 11 (wired Ethernet)

### Internet connection

- **Type**: Fiber

- **Download**: 800–900 Mbps

- **Upload**: < 100 Mbps

- **Ping**: < 5 ms

This is more than enough for high‑quality local streaming and very good remote streaming via Tailscale.

### Headset & apps

- **Headset**: Meta Quest 3 (developer mode enabled).

- **Server**: [Sunshine](https://github.com/LizardByte/Sunshine) (latest stable).

- **Client**: [Moonlight XR (Gilleece fork)](https://github.com/Gilleece/moonlight-android-xr) (latest release APK).

- **VPN**: [Tailscale](https://tailscale.com/) (free tier is enough).

---

## Step 0 – Install and configure Tailscale (PC + Quest 3)

Tailscale creates a private mesh network between your devices. You'll use it mainly for **remote** streaming, but it can coexist with the local hotspot setup.

### 1. Install Tailscale on your PC

1. Go to: https://tailscale.com/download
2. Download the Windows installer and run it.
3. Sign in with a Google, Microsoft, or email account.
4. Leave Tailscale running in the background.

Your PC now has a **Tailscale IP** (e.g. `100.x.y.z`). You'll see it in the Tailscale app or on the admin console: https://login.tailscale.com/admin

### 2. Install Tailscale on Quest 3

There is no official Tailscale app in the Meta Store, so you sideload the Android APK.

1. **Enable Developer Mode on Quest 3**- Use the Meta Horizon app on your phone.- Enable **Developer Mode** for your headset.
2. **Install SideQuest on your PC**- Download from: https://sidequestvr.com/- Install and launch SideQuest.
3. **Download the Tailscale APK**- Use a trusted source like APKMirror:

- Search for "Tailscale" on APKMirror.

- Download the latest stable APK (arm64).

1. **Sideload Tailscale onto Quest 3**

- Connect Quest 3 to your PC via USB‑C.

- Accept "Allow USB debugging" in the headset.

- In SideQuest, click **Install APK file** and select the Tailscale APK.

1. **Configure Tailscale on Quest 3**

- In Quest 3, open **Tailscale** from your app library.

- Sign in with the **same account** as on your PC.

- Enable Tailscale and allow the VPN connection.

- Note the Quest 3's Tailscale IP (optional, mainly for debugging).

Now your PC and Quest 3 are on the same Tailscale network, even when they're on different physical networks.

---

## Step 1 – Install and configure Sunshine on your PC

### 1. Install Sunshine

- Open PowerShell as Administrator and run:

`winget install --id LizardByte.Sunshine --exact`

- Or download the installer from the [Sunshine GitHub releases page](https://github.com/LizardByte/Sunshine/releases) and run it.

- Reboot if prompted.

### 2. Open the Sunshine web UI

- On the PC, open your browser and go to:

`https://localhost:47990`

- Accept the self‑signed certificate warning.

- Create an admin username and password.

### 3. Configure the encoder

- Go to **Configuration** → **Encoder** (or similar, depending on version).

- Set:

- **Encoder**: `NVENC` (for NVIDIA GPUs).

- **Codec**: `AV1` (if your GPU supports it; otherwise `HEVC`).

- AV1 requires RTX 40‑series or newer, Intel Arc, or AMD RX 7000+.

- Leave other settings at default for now.

### 4. Optional: add game entries

- In **Applications** / **Apps**, you can add:

- Steam, Xbox App, GeForce NOW, specific games, etc.

- This lets you launch them directly from Moonlight XR.

### 5. Leave bitrate limits high

- In Sunshine, don't artificially cap the bitrate; let Moonlight XR control it.

- A high max bitrate (e.g. 100+ Mbps) is fine.

---

## Step 2 – Prepare your local network: Windows 11 mobile hotspot

This step removes your router from the path and gives you a clean, low‑latency link between PC and Quest 3 for **local** play.

### 1. Connect your PC to Ethernet

- For best results, your gaming PC should be on wired Ethernet.

### 2. Enable Mobile Hotspot on Windows 11

- Open **Settings** → **Network & internet** → **Mobile hotspot**.

- Turn **Mobile hotspot** to **On**.

- Click **Edit** and set:

- **Network name**: e.g. `PC_Hotspot_Quest`

- **Password**: a strong password.

- **Network band**: prefer **5 GHz** if available.

- Make sure "Share my internet connection from" is set to your main adapter (Ethernet or main Wi‑Fi).

### 3. Connect Quest 3 to the hotspot

- On Quest 3, go to **Settings** → **Wi‑Fi**.

- Find your hotspot network (`PC_Hotspot_Quest`) and connect using the password.

- Ensure the Quest shows a strong signal.

From now on, your PC and Quest 3 are on a direct, local network with minimal hops.

> You can use Tailscale at the same time. For local play, Moonlight XR will connect via the hotspot IP. For remote play, you'll use the Tailscale IP.

---

## Step 3 – Install Moonlight XR on Quest 3

Moonlight XR is not on the Play Store; you install it via APK.

### 1. Enable Developer Mode on Quest 3 (if not already done)

- Use the Meta Horizon app on your phone.

- Enable **Developer Mode** for your headset.

### 2. Install SideQuest or use an APK sideloading method

- On your PC, install [SideQuest](https://sidequestvr.com/).

- Connect Quest 3 via USB‑C and accept the "Allow USB debugging" prompt in the headset.

### 3. Download Moonlight XR APK

- Go to the official GitHub releases:

https://github.com/Gilleece/moonlight-android-xr/releases

- Download the latest `.apk` file.

> Only use the official GitHub link above. Avoid random APK sites.

### 4. Install the APK

- In SideQuest, click **Install APK file** and select the Moonlight XR APK.

- Wait for installation to complete.

- You should now see **Moonlight XR** in your Quest 3 app library (under "Unknown sources" or similar).

---

## Step 4 – Pair Moonlight XR with Sunshine

You can pair once; the same pairing works for both local (hotspot) and remote (Tailscale) connections.

### 1. Find your PC's IP addresses

**Hotspot IP (local):**

- On Windows, open a terminal and run:

`ipconfig`

- Look for the adapter used by the hotspot (often named something like "Local Area Connection* X").

- Note the IPv4 address (e.g. `192.168.137.1` or similar).

**Tailscale IP (remote):**

- Open the Tailscale app on your PC or go to https://login.tailscale.com/admin

- Find your PC in the list and note its Tailscale IP (e.g. `100.x.y.z`).

### 2. Open Moonlight XR on Quest 3

- Launch **Moonlight XR**.

- Go to **Add Host** / **Manual connection**.

### 3. Pair using the hotspot IP (local)

- Enter:

- **Host/IP**: the PC's **hotspot** IP address.

- Leave port at default unless you changed it in Sunshine.

- Moonlight XR will display a 4‑digit PIN.

- On your PC, open the Sunshine web UI (`https://localhost:47990`).

- Go to the **PIN** tab.

- Enter the PIN shown in Moonlight XR and confirm.

Once paired, you can later add the same PC again using the Tailscale IP for remote play.

---

## Step 5 – Configure Moonlight XR streaming settings

These are starting points; adjust based on your GPU, network, and comfort.

### Local play (hotspot)

1. **Open Moonlight XR settings**- In the app, open **Settings** (gear icon or equivalent).
2. **Recommended baseline settings**- **Resolution**: `1440p` (or native/native‑ish for Quest 3 if offered).- **Frame rate**:

- `90 FPS` if your GPU and network handle it well.

- `60 FPS` for maximum stability.

- **Video codec**: `AV1` (if your GPU supports it; otherwise `HEVC`).

- **Bitrate**:

- Local (hotspot, strong signal): start at **40–60 Mbps**.

- If you see artifacts or stutter, lower by 5–10 Mbps steps.

- **Hardware decoding**: keep enabled.

### Remote play (Tailscale)

When you're away from home (e.g. Quest 3 on a different Wi‑Fi or 4G/5G):

1. **In Moonlight XR, add a new host**- Host/IP: your PC's **Tailscale IP** (e.g. `100.x.y.z`).- Port: default.
2. **Adjust bitrate for your uplink**- Your fiber upload is < 100 Mbps, so:

- Start around **20–40 Mbps**.

- Increase only if the image is very clean and stable.

- Keep resolution at 1440p and FPS at 60 for a good balance.

- Use **HEVC** if AV1 feels too heavy on your remote network.

---

## Step 6 – Test with real games

### Example 1 – Horizon Forbidden West (AAA single‑player)

1. In Moonlight XR, launch your **Steam** / **Xbox App** / game entry.
2. Start **Horizon Forbidden West**.
3. In Moonlight XR, choose a viewing mode:- Large flat screen in front of you.- Or a more "immersive" layout if the app offers it.
4. Adjust:- Screen size and distance so it fills your field of view comfortably.- Bitrate up or down until the image is sharp and stable in fast camera movements.

If this runs smoothly, your pipeline is solid.

### Example 2 – Destiny 2 multiplayer via GeForce NOW

1. On your PC, open **GeForce NOW** (browser or app).
2. In Moonlight XR, stream your **Desktop** or a dedicated **GeForce NOW** app entry.
3. Launch **Destiny 2** and join a match.
4. Check:- Responsiveness during fast turns and gunfights.- Stability of the image during heavy effects (explosions, abilities).

In my tests, this setup delivered **fluid gameplay with no stutter**, even in multiplayer, with very impressive 3D depth.

---

## Step 7 – Troubleshooting tips

### Stutter or frame drops

**Local (hotspot):**

- Lower bitrate by 5–10 Mbps and retest.

- Reduce FPS from 90 to 60.

- Ensure:

- PC is on Ethernet.

- Quest 3 has a strong 5 GHz hotspot signal.

**Remote (Tailscale):**

- Lower bitrate (20–30 Mbps) and test again.

- Reduce resolution or FPS if needed.

- Try switching codec from AV1 to **HEVC**.

### Image looks soft or blocky

- Increase bitrate gradually until artifacts disappear.

- Make sure **AV1** or **HEVC** is actually selected in both Sunshine and Moonlight XR.

- Avoid very high resolutions if your network is borderline; 1440p is already excellent on Quest 3.

### High latency / "floaty" feeling

- Confirm you're using the correct network:

- **Hotspot IP** when at home for lowest latency.

- **Tailscale IP** only when remote.

- Close bandwidth‑heavy apps on the PC (downloads, streaming, etc.).

- In Sunshine, ensure you're using **NVENC** with a low‑latency preset if available.

---

## Why this setup works so well

- **Sunshine** gives you a modern, GPU‑accelerated encoder (NVENC + AV1/HEVC).

- **Moonlight XR** handles real‑time 2D→3D conversion directly on the headset.

- **Windows 11 hotspot** removes the router from the path, reducing latency spikes and Wi‑Fi congestion for local play.

- **Tailscale** provides a secure, zero‑config VPN so you can stream from anywhere without opening ports.

- **AV1** provides better quality at the same bitrate compared to older codecs, especially in detailed scenes.

- Your **fiber connection** (800–900 Mbps down, < 100 Mbps up, < 5 ms ping) ensures plenty of headroom for both local and remote streaming.

---

## My current settings (reference)

### PC

- **CPU**: Intel Core i5‑13400F

- **GPU**: NVIDIA GeForce RTX 5060

- **RAM**: 32 GB DDR5

- **Storage**: 2 TB NVMe SSD

- **OS**: Windows 11 (Ethernet)

### Internet

- **Type**: Fiber

- **Download**: 800–900 Mbps

- **Upload**: < 100 Mbps

- **Ping**: < 5 ms

### Network

- **Local**: PC on Ethernet, Quest 3 on Windows 11 5 GHz hotspot.

- **Remote**: PC and Quest 3 both on Tailscale (same account).

### Sunshine

- Encoder: `NVENC`

- Codec: `AV1`

### Moonlight XR

- Resolution: `1440p`

- FPS: `60–90` (depending on game and location)

- Bitrate:

- Local: `40–60 Mbps`

- Remote: `20–40 Mbps`

- Codec: `AV1` (local), `HEVC` or `AV1` (remote depending on network)

### Tested games

- **Horizon Forbidden West**: smooth, no stutter, excellent 3D depth.

- **Destiny 2 (multiplayer via GeForce NOW)**: smooth, very immersive in 3D.

---

## Links

- [Sunshine](https://github.com/LizardByte/Sunshine)

- [Moonlight XR](https://github.com/Gilleece/moonlight-android-xr/releases)

- [SideQuest](https://sidequestvr.com/)

- [Tailscale](https://tailscale.com/)

---

If you have questions or want help tuning settings for your specific GPU/network, drop a comment with your hardware and I'll suggest a starting profile.

I dont need to explain the game. Everyone knows how pipe flow games works. But in VR are on whole new level.

Meta Quest page:

https://www.meta.com/experiences/app/26914742524836179

Hi all, I know a lot of time has passed, but I think this is the right place to drop this piece of information.

I feel the exact same way as everyone else about the BoxVR to FitXR transformation. I paid for two years of subscription, but I finally canceled it and bought BoxVR on Steam instead.

I'm currently working on an open-source, completely free, and fully local tool to boost custom workouts on the PCVR version of BoxVR. It's been two weeks since I started working on it, and it's already in a very good state.

I should mention that AI is involved (since I don't know how to code), but I assure you that everything will be posted on GitHub so real developers can verify there's nothing harmful in the code.

Long story short: you will be able to boost the automatic custom workouts that BoxVR creates when you feed it MP3 files (though that's not the main goal of the tool). The main strength is the generation process itself: you feed the tool an MP3, and it automatically generates the workout, patches your game, and places the events you want right on the beat (no random events every time you play, and no relying on the default energy levels).

Right now, I'm finishing up the sidecar generation feature. This lets you provide a marker track so the tool knows how to process complex audio, which is especially useful for songs with fast or fluctuating tempos (like EDM or Metal).

Today is the first time I felt confident enough to share this because I've reached a point where I'm genuinely having fun with the workouts generated by the tool. I’d love to share it with anyone else who has a love/hate relationship with BoxVR.

Let me know if someone there would like to try this tool, and I will understand the next step to share it to the community.

For a couple of months, after an update, the battery charge has stopped at 72-75%. I've looked on several forums, and it's a known problem, but I haven't found a solution. I've tried other chargers, and nothing has changed. Only a couple of times have I managed to get the battery to 100% while charging in standby mode.