F1 2021 McLaren MCL35M 3D model for Grand Prix 4 game.
Shape and livery version: Emilia Romagna - Imola GP

08/07/2021: Exceptionally, this car is now Free to download. You can use it for personal projects. For public use, I will just ask you to credit me as the original author.
It is strictly forbidden to sell this 3d model on stock 3D models resellers, such as Turbosquid or Renderhub.
If so, it will be reported and I won't allow to download this car for free anymore.
Thank you for your support.

F1 2021 McLaren MCL35M

This is one of three fragments of a lower right molar from the Yorktown Mastodon. It was 3-D scanned with a NextEngine Desktop 3-D scanner on 7 January 2019. Courtesy of the Virginia Living Museum.

Mastodon molar fragment (VCU_3D_4196)

Mastodon molar fragment (VCU_3D_4187)

Mastodon molar fragment (VCU_3D_4193)

A low ploy reconstruction of Mars' global topography, built from orbital elevation data collected by the HRSC-MOLA Blended Digital Elevation Model, a dataset produced by the U.S. Geological Survey's Astrogeology Science Center.

Mars Terrain Map

MONUMENTO A MANUEL RODRÍGUEZ AYUSO EN EL CITA DE MONTAÑANA (ZARAGOZA)
Del escultor JOSÉ BUENO GIMENO.
Situado en jardines de entrada del Servicio de Investigación Agraria, dependiente de la Diputación General de Aragón.
El Ingeniero Agrónomo Manuel Rodríguez Ayuso fue, de 1891 a 1908, Director de la "Granja Experimental de Zaragoza", creada en 1881. No sólo realizó una excelente labor divulgativa de las tareas científicas de La Granja, sino que su empeño desembocó, en 1894, en la instalación de la primera fábrica de azúcar en la región (La Azucarera de Aragón), habiendo sido también, gracias a sus trabajos en el Campo Experimental anexo a La Granja y a la insistencia de sus ingenieros, el introductor de la remolacha azucarera y la fabricación de azúcar en Aragón, que fue una realidad en escasos años, llegando a ser la región española más productora. 
Modelo divulgativo. Texto y mayor información: https://www.zaragoza.es/sede/servicio/arte-publico/180

MONUMENTO A MANUEL RODRÍGUEZ AYUSO

https://maps.app.goo.gl/X2b57wK3VkV2XpqS6

Taken on GoPro with stick
Created in RealityScan by Epic Games from 162 images in 00h:21m:25s.

Moscow Ermolaevsky lane 28 Shehtel maison 1896

Unofficial 3D Model of a **Prototype Docking Station** for the MOLA AUV  (MBARI, CoMPAS Lab).

MOLA AUV Model is available [here](https://sketchfab.com/3d-models/unofficial-mbari-mola-auv-8414b1b7e94c4212a5e7fcd667551858)

Original structure described on [Docking MOLA: Apriltag detection, data fusion, and control of a
6-DOF AUV](https://www.mbari.org/wp-content/uploads/Hemmi_Juri.pdf), by Jury Hemmi et al. 

**Disclaimer:** Dimensions are not the real one, and some fiducial markers (apriltag 36h11 familty) may be different from the original configuration. 

Structure **dimensions** (meters): 

Base frame ("docking floor"): 0.1 x 1.5 x 1.5 

Vertical frame ("tag board support"): 1 x 1.5 x 0.1 

Upper supports ("vertical piles"): 0.35 x 0.1 x 0.1 

Fiducial marker board: 0.75 x 1.3 x 0.025 

Fiducial marker support: 0.30 x 0.30 x 0.025 

Fiducial marker size (AprilTag): 0.24 x 0.24

Created for simulation purposes (more on my [GitHub](https://github.com/AlePuglisi/MBARI-vehicles-sim-ros2) ).

(Unofficial) MBARI Docking MOLA AUV

Molar 2

Maxillary First Molar with Cusp of Carabelli (Left)

Created by The University of Dundee, School of Dentistry

Maxillary First Molar with Cusp of Carabelli

Molar

Ball and stick 3D model of the water molecule (H2O) free for download.
Molecular structure in this model is scientifically accurate (104.5 degree).

The H2O molecule is also known as the water molecule. It is composed of two hydrogen atoms and one oxygen atom. The molecular weight of this compound is 18 g/mol, and it has a molar mass of 18 g/mol. This means that 1 mol H2O contains 60218000 grams (6 × 1023) molecules.
The H2O molecule has a linear geometry and a straight line bonding between each of the atoms (on average 137 pm). The interatomic distance in hydrogen is very small (75 pm), and oxygen is relatively big (96 pm). There are two molecules in the centre of this model, and they are bound by strong interactions. Also, they can move themselves freely in all directions following their binding interactions. The most important feature of this 3D model is that it shows clearly lines of symmetry.

H2O Molecule

Mandibular First Molar (Left)

Created by the University of Dundee, School of Dentistry.

Created in zBrush

Mandibular First Molar

Maxillary First Molar (Left)

Created by the University of Dundee, School of Dentistry

Created in ZBrush using CT Data

Maxillary First Molar

Maxillary First Premolar (Left)

Created by the University of Dundee, School of Dentistry

Created in zBrush

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