Tiny10 Arm64

1. Important Reality Check: Official tiny10 arm64 Does Not Exist

The well-known tiny10 project by NTDev is currently x86-64 only.
As of early 2025, there is no official, stable tiny10 build for ARM64 from NTDev.

Why?

Be extremely wary of any website claiming “tiny10 arm64 ISO” – most are fake, malware, or just a normal Windows 11 ARM64 with a few scripts.

Tiny10 ARM64 — Quick Guide

What is KEPT:

4. Installation Guide

Warning: This involves formatting drives. Ensure you back up your data.

Conclusion: Patience and Hacking

As of today, there is no official, stable, ready-to-download Tiny10 arm64 ISO. Anyone claiming otherwise is likely sharing a broken or malicious build.

However, the building blocks exist. With manual debloating scripts, NTLite, and some ARM-specific driver care, you can achieve 90% of the Tiny10 experience on your Surface Pro 9, ThinkPad X13s, or Raspberry Pi 5. tiny10 arm64

If you’re a tinkerer, this is a golden age. If you’re an average user waiting for a one-click solution, give it another year – the Snapdragon X Elite wave will force the hand of both Microsoft and the modding community.

Final Verdict: Tiny10 arm64 is not real – but it’s becoming real, one PowerShell script and DISM command at a time.

Have you successfully created a lightweight Windows on ARM build? Share your script or WIM configuration in the comments below (or on the r/WindowsOnArm subreddit).

In the dimly lit corner of a basement lab, an old Surface Pro X sat forgotten, its screen flickering with the ghost of a bloated Windows 11 install. It was a sleek piece of hardware held hostage by its own soul—a victim of background processes and "telemetry" that choked its ARM64 processor. Enter "Tiny10."

For months, the project had been a whisper in enthusiast forums—a promise to strip Windows down to its bare, functional bones. But the ARM64 version was the white whale. While the x86 world enjoyed 2GB RAM footprints, the ARM community was still drowning in bloatware. ARM64 Windows requires different binaries, drivers, and a

One Tuesday night, a developer known as NTDEV pushed the commit. The file was tiny—barely a few gigabytes. I downloaded it, flashed it to a drive, and held my breath.

The installation didn't "prepare" or "getting things ready" for twenty minutes. It just… happened.

When the desktop finally appeared, it was unsettlingly quiet. No "News and Interests" widget. No pre-installed Candy Crush. No Edge pop-ups begging for attention. I opened the Task Manager: 748MB of RAM in use. On an ARM chip, it felt like the hardware was finally breathing for the first time since it left the factory.

I loaded up a legacy x86 app through emulation. Usually, the translation layer would cause the fans (if it had any) to scream and the UI to stutter. Now? It snapped open. The "Tiny10" experiment turned a glorified tablet into a surgical tool.

But as I sat there, watching the flat blue wallpaper, I realized the cost. There was no Windows Store, no Xbox services, and no safety net. It was a digital desert—beautifully efficient, but lonely. It wasn't a home for everyone, but for that old Surface Pro X, it was a second chance at life. Be extremely wary of any website claiming “tiny10

Tiny10 for ARM64 is a highly specialized, unofficial version of Windows 10 designed for ARM-based devices like the Raspberry Pi or older ARM tablets. While it excels at stripping away Microsoft's "bloat," its performance and usability on ARM architecture come with significant trade-offs compared to its standard x86/x64 counterparts. Core Performance & Efficiency

Tiny10 is famously lean, though its footprint on ARM is slightly larger than the 32-bit x86 versions. Storage Usage: Typically occupies around 5 GB to 10 GB

of disk space, compared to the 20GB+ of a standard Windows 10 installation. Memory Efficiency: It can idle at roughly 600–700 MB of RAM . While it

boot on as little as 256MB–512MB for testing, 2GB is the practical minimum for basic usability. Responsiveness:

On low-power ARM chips, UI elements like opening folders and settings feel snappier than stock Windows because fewer background processes are competing for the CPU. The "ARM64" Limitations

Using Tiny10 on an ARM platform introduces specific architectural hurdles: The LAST Version of Tiny10? - Tiny10 23H2

Steps

  1. Extract the ISO to a folder (e.g., C:\Win11ARM).
  2. Mount the install.wim (located in sources\): 
    dism /mount-wim /wimfile:C:\Win11ARM\sources\install.wim /index:1 /mountdir:C:\mount
  3. Use NTLite (ARM64 compatible as of v2023.12):
    • Load the mounted WIM.
    • Remove Components: Choose "Security" (keep Defender if you need), "System Apps" (remove all except Store), "Multimedia" (keep codecs), "Network" (remove SMB 1.0).
    • Apply pending changes.
  4. Manual cleanup (command line): 
    dism /image:C:\mount /remove-package /packagename:Microsoft-Windows-InternetExplorer-Optional-Package~31bf3856ad364e35~arm64~~10.0.22621.1
    (Repeat for Cortana, Xbox, MixedReality)
  5. Add Drivers (critical for ARM): For Pi: inject the WoA device tree blobs. For Surface: inject Surface ARM drivers.
  6. Commit and unmount: 
    dism /unmount-wim /mountdir:C:\mount /commit
  7. Create ISO using oscdimg from ADK.

Warning: This is an advanced, 4-5 hour process. One wrong removal on ARM64 can cause a boot loop. Always test in a VM first.

Key features