Someone in my family owns this beauuuutiful house in Provence. My family and I were lucky enough to stay there this summer. The sound of cicadas was constant during the day, and 2 donkeys (!) kept us company, walking around the property. The house is surrounded by fields of lavender, and old villages. Does this sound dreamy? It was.

Scanned in a few minutes, with an ASUS ZenFone AR phone featuring the full Google Tango hardware / software stack (depth sensor, etc.) and Google's own Constructor 3D scanning app.

Provence House 3D Scan ZenFone AR

3D Scan of Godzilla toy from NECA, based on Legendary Pictures' 2019 *Godzilla: King of the Monsters* and part of the Monsterverse.

5/21/2020: Re-Uploaded with updated Texture.

3D scanned in color with the Artec Space Spider 3D scanner. Total time spent 3D scanning: 5 minutes. After scanning in initial position standing upright on turntable, the figure was flipped on its left and right sides to capture under the tail and feet. 

Total time processing in Artec Studio software: about 3 hours. This articulated figure was rigid during flipping, however the tail segments moved slightly. In order to preserve this detail and fix the movement in post, the raw data was duplicated and individual tail segments were isolated so they could independelty be repositioned relative to the initial upright scan.

Godzilla 2019 Figurine 3D Scan

300,000 to 600,000 YA. The Homo erectus skull Peking Man is also known as Pithecanthropus pekinensis (Sinanthropus). The gray coloration indicates areas that were sculpted based on the original fragments. This scan was made as a collaborative effort between The Ohio State University [Department of Anthropology](https://anthropology.osu.edu/), the [Office of Distance Education and eLearning](https://odee.osu.edu/), and the [Department of Art](https://art.osu.edu/).

Captured with a Canon EOS camera array and processed/edited in Agisoft Photoscan.

This scan was produced in 2017 the 3D scanning lab, created and run by Andrew Frueh, in the Department of Art at The Ohio State University.

Homo erectus Skull

left canine humerus (humerus)

size of the specimen: 154 x 44 x 37 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

humerus (humerus) dog

My son's collection of dinosaur toys. Processed from 50 pictures with Autodesk recap360.

[Read how I made this scan with Autodesk Recap in my latest tutorial](http://blog.sketchfab.com/post/131012390254/how-i-create-my-3d-scans-with-autodesk-recap360)!

[![image](http://forum.sketchfab.com/uploads/db4890/original/2X/e/eaf77083e116fe7ae178271625ae61ebfae15f1a.png)](http://blog.sketchfab.com/post/131012390254/how-i-create-my-3d-scans-with-autodesk-recap360)

*[Entry for 3D Scanning Thursday 40 - Miniatures](http://forum.sketchfab.com/t/3d-scanning-thursday-40-miniatures/1496).*

Box of Dinos- #3DST40

This is a proof that my iOS 3D scanning app Heges (https://hege.sh/) can create full body scans.


I've removed some of the noise to keep the .STL <50MB due to Sketchfab limit — you can download the raw STL below.


Images of the statue: https://imgur.com/a/1RXVbX3


Video of the scanning process (YT banned the video for no reason): vimeo.com/278885782


The raw STL scan: https://mega.nz/#!Yl4SESpT!mRCpo0JlYOvlEqCvTlSY_GFd6El6RGmR9NlzJif6tKk

Full-body scan created by the iOS app Heges

left femur (os femoris) of a dog

size of the specimen: 171 x 38 x 38 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

femur (os femoris) dog

Entry to Church of Saints Cyril and Methodius, Karlin, Prague (Czech: Kostel svatého Cyrila a Metoděje, Karlín, Praha).

Originaly i wanted to scan whole church, but weather was too nice and sunny and i didn't wanted to have a sharp shadows on the model, so scanned only entry, which was in shade. Will come back and scan whole church later, so consider it only as a teaser ;).

[VR3D - We are 3D | 3D scanning | vr3d.cz](http://vr3d.cz)

Entry to Church of Saints Cyril and Methodius

More 3D scanning tests with the drone, a DJI mini I acquired recently, it's proving quite useful in terms of scanning tall, or otherwise inaccessable objects

Abandoned Boxcar (Raw Scan)

An example of our 3D scanning capabilities for plastic objects.

A 3D scan of a Lego Dinosaur from the Jurassic World set. Our model was captured with the Atrec Spider and cleaned up in Artec Studio 15.

Lego Dinosaur

This iconic bust of Nefertiti was reconstructed by **photogrammetry**, _solely_ from images found on the web. Hundreds of photographs can easily be found (_e.g._, Google images, flickr) ... but only a handful of photographs are available for the back and the top of the bust. This explains why the reconstruction is not so good for these sides. Fortunately, lighting can be adjusted in Sketchfab and the final result is rather satisfying considering the limited resources used to build this 3D model.

Softwares used: **VisualSFM**, **MeshLab**.
See the YouTube tutorial _["3D scanning for free!"](https://youtu.be/D6eqW6yk50k "3D scanning for free!")_ by [Phil Nolan](https://sketchfab.com/philnolan3d "Phil Nolan") to learn how to use these free softwares.


![](https://i.imgur.com/9isCEZd.png)
  _**Screenshot of VisualSFM**: Application used for this 3D reconstruction from photographs [found on the web](https://www.google.ch/search?q=nefertiti+bust&tbm=isch)._

Nefertiti's bust

left radius (radius) of a dog

size of the specimen: 159 x 24 x 14 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

radius (radius) dog

3D Scan of King Kong toy from NECA. This original design released in 2020 is not based on Legendary Pictures' 2021 *Godzilla vs. Kong*

3D scanned in color with the Artec Space Spider 3D scanner. Total time spent 3D scanning: 5 minutes. Total time processing in Artec Studio software: about 2 hours.

King Kong Figurine 3D Scan

Human skull from a viking age grave from the island of Gotland.

http://historiska.se/upptack-historien/object/222652

3D Scanning 

Xenter 3D-tekniker Midori Åstrand

Human skull from a viking age grave

Drinking horn made of birch tree

http://historiska.se/upptack-historien/object/41500

3D Scanning 

Xenter 3D-tekniker Midori Åstrand

Drinking horn

right brachial bone (humerus) of a pony

size of the specimen: 155 x 48 x 48 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

brachial bone (humerus) pony

right antebrachial bones (ossa antebrachii, radius and ulna) of a pony

size of the specimen: 217 x 43 x 61 mm

3D scanning performed with the structured light scanner “Artec Space Spider”

antebrachial bones (ossa antebrachii) pony

LARGE WHIP SNAKE

- Short slow slithering forward.
- Attack to scare with retraction.

Motion captured at the University of Cyprus using Optitrack motion capture system.

Edited by Sami Sabra.

3D scanning and modelling by Digital Life: http://digitallife3d.org/

For more information, please visit our website: http://3dreptiles.cs.ucy.ac.cy/

© Copyrights Graphics and Virtual Reality Lab

3D Cyprus Reptiles: Large whip snake - SCENE 03

For more information about this item visit: https://bhpsite.org/

This item was 3D scanning with a Creaform Go Scan 50.

Literary Club Chair - Preview

Based on [Segozancia sp. male crab (Crab C)](https://skfb.ly/o66tV) by [TheRLab](https://sketchfab.com/therlab) is licensed under [Creative Commons Attribution](http://creativecommons.org/licenses/by/4.0/).

For this test, I was interested to see how rapidcompact.com dealt with multiple inefficient UV maps (this is not a negative comment on the original model, some 3D scanning software/hardware does not output very optimised results)

Original model UV (one of ten similar maps): 
![](https://i.imgur.com/ABreTON.png)

...optimised UV + single texture output from rapidcompact.com
![](https://i.imgur.com/UMr7whZ.png)

Segozancia Sp Male Crab - RapidCompact

Statue by Pierre Loison (1816-1886).
"Cour Carrée", Louvre palace, Paris, France.
3D scanning, 140 photos, Agisoft Photoscan.

Sappho on the rock of Leucas (1859)

High-detail 3D scan of an aluminum mountain bike front fork, created for accurate geometry reference and reverse engineering workflows.

The side surfaces have been automatically closed, and openings are present around the center section. These areas were intentionally left unmodeled, as they were not required for the reverse engineering of the specific fork component this scan was created for.

This approach ensures an efficient and clean dataset while preserving all critical geometric features needed for analysis, inspection, and downstream engineering use.

Suitable for:
• Reverse engineering
• Mechanical and industrial design
• Bicycle component analysis
• Reference and visualization purposes

Captured from a real-world object using 3D scanning and photogrammetry techniques.

More info: www.3dscanserviceamsterdam.nl

MTB Aluminum Front Fork – 3D Scan Model

3D Scanning
Transcan C
150 mm
High Resolution
    Full Color

Mary And Baby Jesus Medal - Transcan C

This highly detailed 3D scan of a classic Belstaff waxed jacket captures the authentic texture, structure, and craftsmanship of this iconic fashion piece. Created using professional scanning technology, the model preserves fine material details such as stitching, fabric folds, pockets, and surface wear.

Ideal for use in:

Fashion visualization
Virtual showrooms
AR/VR applications
Game development
Digital archiving of garments

The scan delivers accurate geometry and realistic surface textures, making it perfect for designers, developers, and creative professionals who require high-quality 3D assets.

Key Features:

Ultra-realistic fabric and material capture
High-resolution textures
Clean topology suitable for real-time or rendering
Authentic Belstaff jacket design with multiple pockets and details

This model demonstrates the power of professional 3D scanning for preserving fashion items in digital form.

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