A model I made for a character modeling course during my studies in Kajaani University of applied sciences. The assignment was to pick a theme and design and create a character fitting it. I decided to go for cyberpunk and here is the result.

If you wan't to use this model in your own projects there is no need to ask for my permission. Originally I made the rig for simple posing so you might need to create a better one for animations etc.

Cyberpunk character

This is a 3D model of a female Bottlenose dolphin (“Poli”) from Honduras (Tursiops truncatus) which was re-created from photographs and other information provided by the staff at the Roatan Institute for Marine Sciences (RIMS) at Anthony’s Key Resort in Roatan, Honduras.  Mass is 147 kg; Total length (TL) is 241 cm.

CG artists Johnson Martin and Robert Gutierrez reconstructed this individual dolphin from photographs and other information using the open-access software Blender.

Downloads are freely available for creative and non-profit use. To inquire about licensing, please visit **www.digitallife3d.org**.

Model 61A - Bottlenose Dolphin

Ganesha, also known as Ganapati and Vinayaka, is one of the best-known and most worshipped deities in the Hindu pantheon.
Ganesha is widely revered as the remover of obstacles, the patron of arts and sciences and the deva of intellect and wisdom. 
As the god of beginnings, he is honoured at the start of rites and ceremonies. Ganesha is also invoked as patron of letters and learning during writing sessions.

This wooden decoration was found while wondering around the traditional art market of Ubud, Bali.

![](https://rigsters.com/sketchfab_img/ganesha-wooden-mask-3dscan-rigsters.JPG)

Ganesha wooden mask

Digital replica of a neck vertebra from a dog (*Canis lupus familiaris*). This is the seventh vertebra in the vertebral column when counting down from the head and is also identified as C7, the seventh cervical vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: C7 vertebra

Digital replica of a bone in the vertebral column of a dog (*Canis lupus familiaris*). This vertebra is in the lower back of the dog and is  identified as L1, the first lumbar vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: L1 vertebra

Selected bones from within the skeleton of a dog (*Canis lupus familiaris*).

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.

Click on the annotated bones to access downloadable models. Individual bones are high-fidelity 3D scans that are suitable for use as anatomically-accurate teaching resources. 

The 3D silhouette is 'Low poly doggy', kindly provided by Joe McDowall. Check out the original at https://sketchfab.com/models/1c8c763518ab4751bfcddf0b6a34011a

3D Dog Bone Project: Partial Dog Skeleton

[**Museum Village Düppel**](https://bit.ly/3q58lnq) is a seasonal open-air museum. It presents visitors with a reconstruction of an approximately 800-year-old village. The site of this former settlement has now been reconstructed with residences, storehouses, workshops, fields and gardens.

1967 marked the start of archaeological excavations in southwest Berlin. They revealed evidence of building foundations and farmyards of a village from the period just before 1200. Thanks to experimental archaeology, it was possible to rebuild the medieval village on the settlement’s original site. The village has developed into a widely recognised centre for experimental archaeology.

Digitized by the [HTW Berlin - University of Applied Sciences, Institute  DE:HIVE](https://bit.ly/3cG7bug). The project was a part of a yearly programme, organized by [digiS](https://bit.ly/37e5Eae) and is financed by the [Senate of Berlin](https://bit.ly/3q55b2L).

**CC BY-Attribution: HTW Berlin - DE:HIVE/City Museum Berlin**

Museum Village Düppel - House 6

Homo erectus georgicus, the skull is dated to 1.77 million years old and it is in good condition. Museum of Natural Sciences (Brussels, Belgium). Made with CapturingReality.

The cranium was the smallest and most primitive Hominin skull ever discovered outside of Africa. In Africa, the Australopithecines and early Homo represent two distinctive evolutionary paths sharing a common ancestor. In Georgia the specimens, with a brain half the size of anatomically modern humans, were the smallest found at around 600 cm³ brain volume. The lenght is about 25 cm.

For more updates, please consider to follow me on Twitter at @GeoffreyMarchal.

Homo erectus georgicus

Digital replica of the upper skull from a dog (*Canis lupus familiaris*). 

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. Note though that the anatomical detail within the nose and foramen magnum is not well-resolved. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.3 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: Upper skull

Museum Village Düppel - House 12

Digital replica of the atlas from a dog (*Canis lupus familiaris*). The atlas is the vertebra in the neck that sits just behind the head and is also identified as C1, the first cervical vertebra.

The 3D Dog Bone Project is a collaboration between the Institute of Vet, Animal & Biomedical Sciences and the Institute of Natural and Mathematical Sciences at Massey University, New Zealand.
This model is a high-fidelity 3D scan and is suitable for use as an anatomically-accurate teaching resource. 3D scan data were collected using an SLS-2 structured light scanner (DAVID Vision Systems) and data were processed to create a model with 0.2 mm resolution. This model can be downloaded and 3D printed.

Information about the size of the scanned bone is coming soon.

For placement of this bone in the dog skeleton see: https://sketchfab.com/models/65a6c5db1c4c477aba475af5d86d59a5

3D Dog Bone Project: Atlas

Paraustralopithecus aethiopicus, also known as "Australopithecus aethiopicus", -2.5 millions years, southern Ethiopia. Institut royal des Sciences naturelles de Belgique (Brussels, Belgium). Made with ReMake and ReCap Pro from AutoDesk.

Paraustralopithecus aethiopicus was discovered in southern Ethiopia by French archeologists Camille Arambourg and Yves Coppens in 1967. Paraustralopithecus aethiopicus has notable features that differ from the other robust australopithecines, including a larger zygomatic arch, extended ramus of the mandible, and a more prognathic face. These differences may have been developed during the evolution of aethiopicus, but it may also suggest that P. aethiopicus has a different phylogenetic history than A. robustus and A. boisei.

For more updates, please follow me on Twitter at @GeoffreyMarchal

Paranthropus Aethiopicus

Museum Village Düppel - House 11

Museum Village Düppel - House 17

Museum Village Düppel - House 1 - Palisade

Museum Village Düppel - House 3

Museum Village Düppel - House 8

Museum Village Düppel - House 5

Museum Village Düppel - House 10

For freelance (I model what you need for payment) or any other questions, contact me directly:

Discord: Tigr#1545

Model of my brother's classic guitar.

It is my assignment for Breda University of Applied Sciences to create the model of musical instrument from firtst hand reference.

Classic Guitar

On July 25, 2017, USF CDHGI researchers conducted a 3D survey of the Pasco County sinkhole near Saxon Lake. We are also working to integrate data with collaboration from the USF School of Geosciences, who were collecting Ground Penetrating Radar survey data in conjunction with our GPS work. Additionally, Halo Imaging have been providing access to their RTK drone imagery that has been collected on multiple days and is allowing for meaningful comparison data. The DHHC and USF Libraries are creating a database archive of this research effort, and a web application portal that shares historic maps and information about the environmental history of this area (see: http://arcg.is/0LuCnL ). 

To learn more: http://wusfnews.wusf.usf.edu/post/studying-pasco-sinkhole-has-personal-professional-meaning-usf-researcher#stream/0

![](https://farm5.staticflickr.com/4330/35837606950_d86a5acb51_o_d.jpg)

Saxon Lake Sinkhole 3D Laser Scanning Model

This 3D model represents a drum set, including a bass drum, snare drum, tom-toms, a floor tom, and cymbals such as a ride, crash, and hi-hat. It was created as part of my application to the Creative Media and Game Technologies program at Breda University of Applied Sciences. The goal was to produce an accurate and technically proficient model of a musical instrument based on firsthand observations, which I captured through sketching. I thoroughly enjoyed the process, and this is my final result.

Drum Kit

The sternocleidomastoid muscle is a prominent muscle used as a landmark in the anterior neck. The proximal attachments are on the sternum (manubrium) and clavicle. Distally, it is attached to the mastoid process of the temporal bone.

When one side is activated, sternocleidomastoid rotates the head to the opposite side (nose away from the muscle) and laterally flexes the neck. When both sides contract together, sternocleidomastoid flexes the neck.

Sternocleidomastoid is innervated by CN XI Accessory n.

Model created using files from BodyParts3D (lifesciencedb.jp/bp3d), Life Sciences Integrated Database Center licensed by CC Attribution-Inheritance 2.1 Japan, 2008 and edited using Blender

Sternocleidomastoid Muscle

On July 25, 2017, USF CDHGI researchers conducted a 3D survey of the Pasco County sinkhole near Saxon Lake. We are also working to integrate data with collaboration from the USF School of Geosciences, who were collecting Ground Penetrating Radar survey data in conjunction with our GPS work. Additionally, Halo Imaging have been providing access to their RTK drone imagery that has been collected on multiple days and is allowing for meaningful comparison data. The DHHC and USF Libraries are creating a database archive of this research effort, and a web application portal that shares historic maps and information about the environmental history of this area (see: http://arcg.is/0LuCnL ). To learn more: http://wusfnews.wusf.usf.edu/post/studying-pasco-sinkhole-has-personal-professional-meaning-usf-researcher#stream/0

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