This model was captured autonomously by Skydio 3D Scan. 3D Scan is a first-of-its-kind adaptive scanning software built on top of Skydio Autonomy. It allows the drone to automate data capture for generating 3D models with comprehensive coverage and ultra-high resolution, so that crews can perform higher quality scans in less time and with minimal pilot training.


**Capture**

* Platform: Skydio 2
* Date: Feb 16, 2020
* Distance: 10 ft
* GSD: 1.25 mm
* Overlap / Sidelap: 75% / 70% 
* Photos: 542
* Flight Time: 43 minutes (2x batteries)
* Structure Dimensions: 77ft by 24 ft by 10ft

**Processing**

* Package: Bentley ContextCapture

[View Photos](https://drive.google.com/drive/folders/1ZgR05UOZPflkVQL-p-zYgREqZnZDfzZ5?usp=sharing)

<img src="https://drive.google.com/uc?id=1veTsv7iuqrnyob1wTAy5H0GiWN3j8yIv"/>

Mock Helicopter Crash Scene

A **map of Dark Souls** recreated in 1/bigger than 1 scale. Made by scanning, heavily editing and combining the game's invisible collision datas in Blender to make something viewable when close. It took longer than I expected, and it's far from, you know, good, but I hope it's educational or entertaining.
*(Oolacile, Ariamis and Undead Asylum not included due to the file being too big)*

Thank God for backface culling.

*Descriptions are taken from the [Dark Souls wiki](https://darksouls.fandom.com/) at [Fandom](https://www.fandom.com/), under [Creative Commons Attribution-Share Alike License](https://creativecommons.org/licenses/by-sa/3.0/).*

Dark Souls Map

This 3D skull model was created by laser scanning the Museum's iconic *Diplodocus carnegii* cast.

Rotate, zoom in and explore the features of this popular dinosaur.

Dippy was the first *Diplodocus* (DIP-low-DOCK-us) to go on display anywhere in the world when it was gifted to the Museum in 1905. It quickly became a star, capturing hearts and imaginations.
Dippy then left the Museum in 2017 to complete a whirlwind tour of the UK. The skeleton will be on display at the Museum from 27 May until 2 January 2023.

https://www.nhm.ac.uk/visit/exhibitions/dippy-returns.html

To mark this event, we have prepared a set of 3D printable files which can be downloaded and printed on a conventional desktop 3D printer and assembled to create a three-quarter scale model of the skull, or a model which can be compiled from laser cut sections of cardboard.

If you do try this out, let us know how you get on in the comments!

Dippy skull

This is the Hardy Tree in [St Pancras Old Church](https://goo.gl/9AiihJ), Camden, London, UK ([OSM](https://goo.gl/ydVXeA)). The tree was reportedly planted by the author Thomas Hardy and the roots are embedded in pile of gravestones. 

![hardy_tree](http://www.estatevaults.com/lm/-Hardy_tree_St_Pancras_London.jpg)

The point cloud is a combination of a RIEGL VZ-400 scan and a ZEB-REVO (to get detail around the gravestones). Scanning done by University College London ([@kungphil](https://twitter.com/kungphil), [@mathiasdisney](https://twitter.com/mathiasdisney), [@UCLgeography](https://twitter.com/UCLgeography)).

This work was funded by the NERC National Centre for Earth Observation (NCEO).

Hardy Tree (Camden, UK) and gravestones

Robert Stephenson's 0-2-2 locomotive [Rocket](https://collection.sciencemuseum.org.uk/objects/co8084947/stephensons-rocket-steam-locomotive) from the [Science Museum Group Collection](http://collection.sciencemuseum.org.uk/).  

Manufactured in 1829 by Robert Stephenson and Company in Newcastle, close to today’s Newcastle Central railway station, Rocket won the famous [Rainhill Trials](https://www.railwaymuseum.org.uk/objects-and-stories/rocket-rainhill-and-rise-locomotive)  to become the fastest locomotive of its time thanks to its innovative design.

This 3D model of Rocket was produced using 22 high resolution LIDAR scans and over 2,500 detailed photographs taken in May 2018. More information on how the Science Museum Group worked with [ScanLAB](https://scanlabprojects.co.uk/) to create the model can be found  in the [Science Museum Group Digital Lab website](https://lab.sciencemuseum.org.uk/scanning-stephensons-rocket-40916fdb4d20).

Stephenson's Rocket

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

This Stegosaurus skeleton from the Denver Museum of Nature & Science is more than 26 feet long and over nine feet tall. The bony beast is a permanent display with steel shaped around it, welded in place, and puttied together, making it impossible to take apart. Which means it was super difficult to scan! Triebold Paleontology, Inc. scanned the dinosaur using Artec Space Spider and Artec Studio software. The scanning involved crawling into the rib cage, then perching atop a step ladder just to reach the peaks of the big fan-shaped plates on the dinosaur’s back. The scanner captured everything from the nose to the tail spikes. Beyond aligning the scans, Artec Studio also reduced the mesh size to the desired level for manipulating the 3D model and 3D printing. Scanning time: 1 week - Processing time: 2 months (629 individual scans across 71 scan projects).

Read more here https://www.artec3d.com/cases/3d-scanning-one-piece-dinosaur-skeleton-minute-detail

Stegosaurus Skeleton

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

Scanning hand by Thunk3D FisherW handheld 3D scanner 

https://www.facebook.com/Thunk3Dscanner/?modal=admin_todo_tour

Hand

In just a few seconds, our new 3D body scanner delivers high resolution, three dimensional and true to scale color images of people, their pets or objects.
VITRONIC‘s 20 years of experience in body scanning technology ensure that, in just a few minutes, you get ready-to-print scans.

>> Fast Results
>> Efficient print step
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VITUSbodyscan – the best solution for fast, printable 3D scans!

https://www.vitronic.com/nc/3d-body-scanner/3d-scan-for-3d-printing.html

Kimberly

🔹 Donating to the Air Digital Historical Scanning Archive helps preserve and digitally document architectural heritage for future generations, safeguarding irreplaceable cultural landmarks from decay or destruction. Your contribution supports cutting-edge technology to ensure these stories live on, accessible to all.

🔹 ** https://paypal.me/AirDigitalSupporter **


🔹 Thank you for your support! Please enjoy this complimentary model as a small token of our appreciation.

Residential Neighborhood Test Photogrammetry

I got permission for scanning in a local junkyard, the lighting wasn't the best, but I went to scope it out anyway. I'll have to go back in the winter when there is less foliage, I did manage to snag a few decent scans, but they'll be free because of the poor lighting conditions

Processed from 224 photos.

Destroyed Car 1 (Raw Scan)

Rigged and animated human character. 

The character is created with in3D.io iPhone app. The scanning takes about 30 seconds of your time and a model created automatically. The model has realistic textures and automatically riged. It is ready for games, art, virtual try-on, AR and VR.

Human 3D model scanned with iPhone X

*MV Spartan* was built in 1942 and is one of only two surviving Scottish-built 'puffers': a type of steam-powered cargo vessel first built during the 1850s for use on the Clyde and Forth Canal. Now Spartan is on the Designated List of the National Historic Ships Committee and it was the first vessel in the museum's collection when it was established in 1983.

*MV Spartan* is one of the most important objects in the Scottish Maritime Museum's collection. It sits just outside the Linthouse building, where most of our collection is housed. 
The vessel is not availabe to visit for the public, but we have a [virtual tour available online](https://www.scottishmaritimemuseum.org/virtualtours/) if you fancy a walk up the deck and inside!

The model was created as a part of 'Scanning The Horizon' 3D digitisation project.

We would like to thank [Historic Environment Scotland](historicenvironment.scot) and [Ulmus Media](https://ulmusmedia.co.uk/)  for their help during this project.

MV Spartan

Surface scan of the skull of a young bull African Forest Elephant from the D’Arcy Thompson Zoology Museum at the University of Dundee.

African Forest elephant - Loxodonta cyclotis - skull of a young bull. DUNUC 1971. Width=72cm.

Scanned with an Artec Eva surface scanner. The resulting file is exported as an obj. and imported into Zbrush. The texture is captured during the scanning process and converted to Polypaint in Zbrush.

We’d love to hear from you if you download or print our models, especially if you use them in education and outreach.

African Forest Elephant skull

Scanned with 3Digify

Scanning rig: 2x Canon EOS 100D DSLR cameras & 1x Dell M115HD video projector

More information on: http://3digify.com

Scanned Minas Tirith Model (Lord of the Rings)

Surface scan of the skull of a bear from the D’Arcy Thompson Zoology Museum at the University of Dundee.

Ursus arctos - Brown Bear. DUNUC 2030. Length= 43cm. Acquired by D'Arcy Thompson in Kamchatka, Siberia, during his Bering Sea expeditions of 1896-7.

Scanned with an Artec Eva surface scanner. The resulting file is exported as an obj. and imported into Zbrush. The texture is captured during the scanning process and converted to Polypaint in Zbrush.

We’d love to hear from you if you download or print our models, especially if you use them in education and outreach.

Brown Bear skull

St Giles-without-Cripplegate Church in the Barbican, London showing the interior, rooms under the church and a cutaway of the exterior and tower.

This is a beautiful church sitting in the middle of the post war Barbican estate with parts dating to the 15th Century. The Cripplegate name comes from the nearby (and long vanished) Roman gateway into the City of London.

See annotations for details within the church.

https://en.wikipedia.org/wiki/St_Giles-without-Cripplegate

A huge thank you to Jake Kirner for his assistance and providing access to the church.

6333 photos taken in October 2019 with a Sony a6000 and processed in Agisoft Metashape and Reality Capture. Cleaned up and combined in Autodesk Maya.

All but first row of pews and surrounding floor are reconstructed due to scanning errors.

St Giles Cripplegate

Scanned by [EinScan HX](https://www.einscan.com/handheld-3d-scanner/einscan-hx/), a popular device in the automotive industry due to its portability and high accuracy. The laser light of the HX can easily and accurately scan even reflective and dark surfaces, making it a good choice for scanning car surfaces, which are often reflective.

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Contact us:
https://www.shining3d.com
Email：sales@shining3d.com

Car Door

Head Sculpture scanned with Artec EVA lite.
Scanning 30 seconds, Autopilot processing 80 seconds.

Head Sculpture

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 another example of planar scanning.
I'll update this description with more info later... hopefully.

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