Tiny10 Arm64 -

| Metric | Stock Win11 ARM64 | Manually Debloated (Tiny10-style) | |--------|-------------------|------------------------------------| | | 26 GB | 9.2 GB | | RAM usage (idle) | 2.1 GB | 1.0 GB | | Background processes | 135 | 78 | | Boot time (RPi5, NVMe) | 42 sec | 27 sec | | Disk writes/hour (telemetry) | ~800 MB | ~90 MB | | Battery life (Surface Pro 9) | 7 hours | 9.5 hours (estimated) |

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). tiny10 arm64

But with the rise of ARM-based devices (Snapdragon X Elite, Apple M1/M2/M3 via Parallels, Raspberry Pi 4/5, and even older Windows on ARM laptops), a new question is burning in the minds of enthusiasts: | Metric | Stock Win11 ARM64 | Manually

# Run as admin on Windows 11 ARM64 VM Set-ExecutionPolicy Unrestricted -Force iwr -useb https://raw.githubusercontent.com/username/ARM-Debloat/main/Debloat.ps1 | iex Result: Boot RAM drops from 2.2 GB to 1.1 GB. Using DISM (Deployment Imaging Service and Management Tool), advanced users can mount the ARM64 install.wim, remove packages via dism /remove-package , and then re-export. But with the rise of ARM-based devices (Snapdragon

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.

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.