Fallout 76

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About this mod

2x AI Upscale of the vanilla textures for people with PER 15, INT 1, and unlimited VRAM (Optional 4x variants available)

Permissions and credits
STILL A WORK IN PROGRESS (check back regularly for more texture additions or leave requests on what textures I should upscale next in the comments).


Download the mod via Vortex (or manually extract to Fallout76\Data). Unfortunately, Cloudy01's Fallout 76 Mod Manager is not well suited for managing this mod unless you're okay downloading all the files, enabling them in Cloudy's, then waiting a few hours for it to decompress, merge, and recompress this mod.

I recommend manually managing this mod by having a Fallout76Custom.ini created that contains the following in it:


and after the equals add any ba2 mods separated by commas for example if you only want upscaled workstations and unarmed weapons it would look like:

sResourceArchive2List=4x Workstations.ba2, 4x Unarmed Weapons.ba2

If you use Cloudy's for managing a lot of other mod installs, it is best to enable what you need in Cloudy's, Save, then manually add the HD texture *.ba2's to the Fallout76Custom.ini afterwards. 

2x Textures Performance Impact:
  • FPS: Negligible impact w/ VRAM (8gb+), a fast CPU, and a fast SSD
  • Load Times: ~4x longer texture loading times/'pop-in' compared to vanilla
  • Gameplay Effects: Small, usually not noticeable increase in weapon load times on menus, combat doesn't appear to be affected as bad as 4x textures (see below)

4x Textures Performance Impact:
  • FPS: Low impact w/ VRAM (12gb+), a fast CPU, and a fast SSD. High impact if you use too many 4x textures and exceed dedicated VRAM
  • ~16x+ longer texture loading times/'pop-in' (compared to vanilla) for models that use 4x textures + can hold up other load queue of other models/textures
  • Gameplay Side Effects: If a weapon texture is not fully cached/loaded before you try to use it, you will be unable to shoot, use stimpaks, do actions, etc... in-game until the texture is loaded, but you CAN get killed while in this state. Heavy weapons in particular are heavily impacted by this, smaller weapons that typically have half the resolution are not as significantly affected.

Completed Textures:
  • 2x Ranged Weapons v2
  • 2x Clothing & Outfits (non armor/powerarmor)

Progress temporarily on hold due to my mobo or cpu being close to their EOL and having stability problems. Waiting on new cpu/mobo but will require extra time to restore raid arrays

Reworking (paused)
  • Workstations v2
  • All Melee weapons v2
  • All non-powerarmor armors
  • Power armor
  • 4x Ranged Weapons v2

  • Actor/Monster Pack
  • Trees Pack
  • Fences Pack
  • Rocks Pack 5/12
  • C.A.M.P. Items (Still need to eval what's the best way of isolating just the buildable camp items vs environmental setdressing/etc)
  • 2x upscale versions of all previously released packs.
  • 8k version of the tinker workstation as it still looks barely ok @ 4k
  • Write a script to do a diff check when Bethesda releases updates so I know what to change/update if needed

  • Writing script to use imagemagick to determine the mean/max data of image channels to determine if the channels need to be put in a separate workflow to avoid GIgapixel scaling issues of low mean images
  • Unfortunately, the issue is more pervasive than I thought. Gigapixel upscales of near black textures causes artifacts on the subsurface channels and occasionally the reflection map. Need to re-work all lighting textures and reflection again to ensure these artifacts don't arise on existing/future pack releases
  • Finally found the problem. Gigapixel is introducing artifacts on certain 4x upscales of the subscattering channel of the lighting textures that have non-zero but very low subscattering. The result ends up being artificially bright single pixels that ended up being filtered out when NN downscaled in the 2x release, but cause visual artifacts in the 4x release. Need to manually check this channel for all 2x and 4x textures and see if I can tweak the upscale settings so that artifacts arent generated, probably will require upscaling this channel separately with different parameters. I'm going to guess this may be a problem with the _r textures as well (since it also has very low intensity data in many cases) and will need to do a manual comparison pass on all textures to see what I need to tweak

  • Found a weird lighting issue with 4x reconscope that didn't translate into the 2x reconscope. Need to debug what's going on before releasing 4x. Ran into cases where when I was resaving certain PNGs w/ xnconvert and it changed light texture png's into indexed images that broke the dds export process.
  • 2x & 4x ranged weapons done and tested. 2x vs 1x ranged weapon screenshots but still need to take 4x vs 1x and add to nexus
  • Found missing crafting stations, reprocessing whole pack

  • Tested the 'unchangable'/default box filter vs Point Filtering, Triangle Low Pass, and Bicubic, with Bicubic resulting in the best result with a significant increase in sharpness without adding noise/grainyness in mipmap transitions/distant maps. Will re-export all previous textures to increase overall quality since the majority of the time your're probably looking at mips 1 or higher and not the most detailed mipmap.

  • Testing has revealed that some gold accents are lost for some reason on items like the black powder weapons, on the ammo of revolvers, on the wire of plasma rifles. Probably a format problem, need to debug what's going on before releasing further packs as it may affect clothing, powerarmor, etc down the line
  • Bug: Gold Accent loss on items like black powder weapons, plasma rifles, ammo inside of revolvers. I've debugged the root of this issue: If the original lighting texture was saved as BC1 (i.e. RGB no alpha 4bpp) you MUST save it as BC1. I've found that BC7 RGB nukes all lighting while BC7 RGBA and BC3 RGBA distorts the gold accents. But saving as BC1 exclusively nukes lighting for models that have alpha (i.e. tinker workbench). So you have to have a script that after processing checks the original file to determine if it had alpha and make sure its marked under a separate save-dds workflow. I could skip the lighting textures altogether but from tests it results in less realistic baked ambient occlusion (ends up being overly smooth/linear conforming to the original low-res data while the upscaled version captures detailed AO cracks & crevices)
  • Found the problem, was w/ lighting textures. Modified my scripts to detect 3 channel vs 4 channel light dds's and export accordingly.
  • Determining whether any _r have alpha channels in them if not, bc1 rgb would use significantly less memory/hdd
  • Looking into saving _r and _l as bc1 instead of bc7 to reduce total memory footprint of 4x textures by 25%. Could probably do the same w/ diffuse maps but I've seen the shitty banding/quantization artifacts it produces on large models, but may be good for weapons better perf loading them.
  • Mipmaps auto-generated by intel's plugin use the box filter instead of better filters that improve texture sharpness when looking at them from a distance. 
  • In order to do that need to build a custom version of the already custom snorm supporting intel plugin so that it uses other built in filters like lanczos or bicubic for better/sharper mipmaps.
  • Build documentation for the intel plugin is super sketchy, need to turn up msbuild verbosity in order to find out that build instructions failed to mention you need a binary of the Intel Implicit SPMD Program Compiler. v1.13 doesn't work, have to get the v1.12 binaries

  • Found _f/_g/_m textures for certain clothes and guns. Need to determine proper dds format and modify scripts & conversion procedure to include
  • Getting hit with random/sporadic error-less file save failures that end up not generating a dds/png when my computer is overburdened, having to do extra manual work to ensure everything is properly saved/converted
  • Found non-standardized naming in certain textures (i'm lookin' at you armorraiderskilanes body_l.dds with that sneaky space instead of underscore) that weren't handled in my scripts properly, had to modify scripts to handle w/o skipping over

  • Last night's nexusmods outage forced me to re-do some of my uploads :[

  • The location I was going to use to upload these that had ~400mbps upload bandwidth unfortunately has NexusMods blocked and had blocked my vpn. So I'm stuck slowly uploading these @ 5mbps unfortunately. I have to give Nexusmods props for their web-based uploader which is resilient to upload failures/interruptions (when their entire website doesn't go down haha) without loosing all upload progress.
  • My computer is basically 100% fully loaded 24/7 now upscaling, sharpening, and dds compressing, Photoshop is the biggest bottleneck and won't allow multiple instances of itself to run, followed by Gigapixel which doesn't have functionality for multi-gpu workloads. My ram utilization is like ~50gb out of 32gb with my enterprise intel pcie ssd working overtime simultaneously serving as a giant ram page-file while reading/writing hundreds of gigabytes of textures.
  • The file structure of fallout combined with obscure weapons/objects/items I've never heard of make managing and packaging packs difficult to ensure everything is "complete" before releasing

  • Finally put together a fast/mostly scripted good workflow to upscale all of the vanilla FO76 textures via Gigapixel AI/Sharpen AI. Lots of caveats, channel splitting, format problems, file management problems, and bad workflow conquered. May do 2k versions of files if people ask for it TBD
  • Adding some screenshots of in-game rendering comparisons (note its under a personalized reshade so theres some added sharpening to both vanilla and HD versions)

How the textures in this mod are created:

  1. Use Archive2 to extract the textures your want out of the FO76 texture ba2 files
  2. Use imagemagick to convert the *_l.dds files into individuals png's split for each channel r/g/b/alpha (other programs remove colors from transparent pixels which doesn't work for this type of packed texture) but more importantly its faster/scriptable to do it via image magick than it is w/ photoshop and the only reason i'm using photoshop at all is due to the intel dds plugin. All other image editors/utilities I've tried cannot properly read/export all the FO76 textures.
  3. Use photoshop w/ the intel texture plugin modded for FO76 (here on nexus mods) to open the remaining *_d.dds/*_n.dds/*_r.dds files and export them as png. (use automation/batching for large amounts of files, note photoshop has a 400 open file limit if you're trying to batch alot and wonder why files are missing)
  4. Use Gigapixel AI's 4x scaling (I find that 0 noise suppression and 100 blur removal works best for FO76 textures) and use their built in batch functionallity for mass upscaling. This step is done only for the _d/_l (red/green/blue/alpha split files)/_n/_r files, not the _l files as upscaling when each channel is techincally independent results in bad looking textures. _r files seem to not matter as much so the added overhead of splitting each channel, upscaling, then re-merging isn't needs as far as I can tell but is required for _l's. You can use 6x as well then manually scale down to 4x, or do 4x then 2x to get 8x as their custom-entry 8x isn't a true 8x and is blurrier than their 6x as it stands.
  5. (Optional) Use Sharpen AI's auto sharpen functionality on the upscaled files generated from #4. W/o this textures don't seem as sharp/crisp. 
  6. Use imagemagick to merge the r/g/b/a channels from the upscaled _l files into one _l.png. Can be done in photoshop but imagemagick is easily scriptable and much faster when you want to do this for 1000+ textures all at once and can be launched independently to take advantage of cpu multithreading.
  7. Use photoshop to export the png's w/ the intel plugin. _d should be sRGB Color + Alpha BC7, _l should be linear Color + Alpha BC7, _n should be sRGB Normal Signed, _r should be sRGB Color + Alpha BC3 (I think this is ok, I had trouble w/ some files using BC7 but they worked w/ BC3 not sure why). (Technically the majority of _d/_l's don't have alpha and saving it w/ alpha reduces the fidelity of the r/g/b channels, however by overcompensating and using the BC7 format instead of the original BC3 format you actually achieve better fidelity)
  8. Export the files mimicking the same FO76 folder structure from extraction and archive via Baka (found here on nexus) and you have the files you see here in the mod
  9. Notes:
  10. - You can use ESRGAN as well (which I actually was using before and got okay results) which is open source however I've found that the models that Gigapixel uses are superior and more resilient to the lossy dds compression artifacts that exist in the original files and the setup for ESRGAN is significantly more difficult than Gigapixel and you have to write your own batching system that splits up large images into padded sub-images then upscales those then re-stitches the sub-images back together (which gigapixel does automatically for you). And Gigapixel has a free trial as well!
    - For upscaling thousands of files like I'm doing you have to script most of this in some way otherwise you'll be scaling/updating this by hand for hundreds of hours.