An Animated Dragon with Three different Motion Loops.

Place this model in your space using web-based augmented reality:

https://portal.worldcast.io/show/9bwZjpgWOrVqQxn1rq4bDaXB6vzK3oeEGR5L

No app download required! Open link on mobile device to experience AR.

See this 3D model in action, and more models like it, in this collection of free augmented reality apps:

https://morpheusar.com/

Animated Dragon Three Motion Loops

My take on the excellent NYTimes photogrammetry tutorial open dataset
https://rd.nytimes.com/projects/an-end-to-end-guide-to-photogrammetry-with-mobile-devices I highly recommend it! 0727 FREEMAN ALLEY

 photogrammetry  (1200x12mp), 3x8k textures

Freeman Alley Dataset

Sports coupe. A very highy compatible with all mobile devices.

Sports Coupe Lite

Mclaren P1 Purple

Factory, model for mobile devices, or isometric strategies.
Composition (triangles):
Office building (left) - 824
Building entrance (center) - 1720
Building manufacturing (right) - 2740
Chimney - 1506

Factory Low-Poly

A very decent looking sports car concept with highly compatible to mobile devices.

Model is tested in Unity Game Engine.

Sports Lite

This modular 3D Bridge asset is mobile ready with low poly count and specially optimized for mobile devices with high quality textures. Thus can be directly use for mobile & other projects.
Contains 3 Textures: DIFFUSE MAP, NORMAL MAP & MASK MAP

Modular Road Bridge

Video Link of what you can achieve with these pieces:
https://youtu.be/eJ0kitsGQm4

-  A great modular kit designed for you to create beautiful sci-fi interiors seamlessly.  
-  Snap wall pieces together to create rooms and corridors.
-  Use props to decorate your scene.
-  Great for concept artists, comic book illustration, Top Down and First Person Games.
-  Medium Poly model for low-Medium end computers and Medium - High end Mobile devices.
-  Need extra pieces:  Model your own setups and use the textures provided as a trim sheet to seamlessly blend them in.
-  
-  Additional file contains textures and the blender file, with the demo scene used in the showcase video, to help familiarize yourself with how these elements were designed to work together.

Space Colony Modular Kit Bash

Single storey timer frame house with brick and composit cladding. Layered meshes and optimized texture to allow JavaScript configuration across desktop and mobile devices.

TOKOTOKO Configurator

Tiny crow avatar for one of my last few uni projects, this version has not been rigged/ posed. This guy's gonna be an AR board game piece as part of an emerging technologies module, so it's been optimised with mobile devices in mind. 

I need this to be downloadable to use with the AR software I had in mind, but for some reason is doesn't let me add the NoAI tag at the same time, so I'm writing it here instead. Do not use this or any of my work to train any generative AI models.

Little Crow Buddy

**Happy Killer** is a unique imaginary character concept created by a mobile game developer known for creating games on mobile devices using the Its Magic Engine. This 3D model is based on that original character idea and recreated carefully in 3D form for rendering, animation, showcases, and game development purposes.
**The model is suitable for:**
*Realtime rendering
Mobile game projects
Character showcases
Animation practice
Stylized game worlds
Indie game development*
**Features:**
*Original imaginary character
Stylized humanoid design
Optimized 3D model
Mobile-friendly asset
Realtime compatible*

Happy Killer-the ultimate game dev

Low-Poly Earth Globe: AR/VR Optimized
Global Scale: A lightweight, performance-first low-poly representation of Earth, designed for seamless real-time interaction in mobile AR and VR simulations.

Simplified Terrain: Features recognizable, stylized continents, oceans, and scattered cloud formations, perfect for educational visualization.

Integrated Systems: Highlights key geographical features and can easily overlay global data, ideal for environmental and space education.

Efficient Assets: Utilizes a single texture atlas with baked normals to maximize visual fidelity on mobile devices without high performance overhead.

Earth

Low-Poly Nature Pack — Game Ready
Bring your stylized worlds to life with this optimized, low-poly nature asset pack. Perfect for RPGs, survival games, strategies, and any project that requires a clean, modern low-poly aesthetic.

Key Features:
Ultimate Optimization: All models share a single color palette material. This drastically reduces draw calls and ensures smooth performance even on mobile devices or weak PCs.
Flawless Technical Setup: Every single asset has its Pivot Point (Origin) precisely placed at the bottom. Models will snap perfectly to the ground terrain without clipping or floating.
Clean Topology: Low polygon count, no messy geometry, ready to be dropped straight into your game engine.
Transformed & Scaled: All transforms are frozen (Scale 1.0, Rotation 0.0), preventing any weird scaling issues during import.

Nature Asset Pack

This cow was remade for the reimagining of the game Herd Mentality. It is low-poly and suitable for mobile devices. It’s a fairly simple model, which allowed for easy rigging and animation.

Herd Mentality Cow

Made with VOXL REGOLITH (voxel maker studio)  IMPROVE your creative abilities and train your brain! (constructivist learning theory)  https://voxl-regolith.vercel.app/     I MADE an entire web app compatible with both computers and mobile devices that is easy and fun like a game, designed to create with kids and print your creations for real!This is my first ever printed design made with VOXL REGOLITH, finally... I can share the real physical results with you!     Download this kawaii blocks project and try it yourself! If you want to try VOXL REGOLITH you can find it online (finally!).     FEATURES: videogame like design; image to 3D pixels; 3D model to Pixel Model; easter eggs and minigames and more!     INFO ABOUT THIS TEA FISH  This is an adorable kawaii tea set to play with! (with a bit of creativity)  Let's have a tea party together! but if you prefer... you can create your own design with the app I made to create that set!     PRINTING:  very easy! Do you have a multicolor system? ok go with the 3mf and print it as a complete piece or save filament poops by printing objects in Sequence (you can print one color, then another, then another, saving a lot of poops! parts are separated and it will be very easy to put them together if you print them separately).  And that's why if you have a single color printer you will be able to print it multicolor and assemble the blocks in post-pro!no brim, no supports, fast print with hyper fast pla will work fine, infill can be 15% with 2 or 3 walls.  Layers can be tall, you will not lose details, go fast and enjoy!         

Tea Fish Blocks! Software and Model

Made with VOXL REGOLITH (voxel maker studio)  IMPROVE your creative abilities and train your brain! (constructivist learning theory)  https://voxl-regolith.vercel.app/  I MADE an entire web app compatible with both computers and mobile devices that is easy and fun like a game, designed to create with kids and print your creations for real!This is my first ever printed design made with VOXL REGOLITH, finally... I can share the real physical results with you!     Download this kawaii blocks project and try it yourself! If you want to try VOXL REGOLITH you can find it online (finally!).     FEATURES: videogame like design; image to 3D pixels; 3D model to Pixel Model; easter eggs and minigames and more!     INFO ABOUT THIS SET  This is an adorable kawaii sushi set to play with! (with a bit of creativity)  Let's have a sushi party together! but if you prefer... you can create your own design with the app I made to create that set!     PRINTING:  very easy! Do you have a multicolor system? ok go with the 3mf and print it as a complete piece or save filament poops by printing objects in Sequence (you can print one color, then another, then another, saving a lot of poops! parts are separated and it will be very easy to put them together if you print them separately).  And that's why if you have a single color printer you will be able to print it multicolor and assemble the blocks in post-pro!no brim, no supports, fast print with hyper fast pla will work fine, infill can be 15% with 2 or 3 walls.  Layers can be tall, you will not lose details, go fast and enjoy!  You can also go super tiny (look at the screenshot) or print it bigger and add a magnet!   

Tiny Sushi Set! Software and Model

Introduction Manufacturers today are constantly looking for ways to improve product performance, reduce assembly requirements, and increase production efficiency. Two popular manufacturing processes that help achieve these goals are insert molding and overmolding. While both techniques combine multiple materials into a single component, they differ significantly in their design, production process, and applications. Understanding the differences between these manufacturing methods is essential for selecting the most suitable solution for your project. Choosing the right insert molding system or overmolding process can impact product durability, manufacturing costs, and overall production efficiency. This article explores the key differences between insert molding and overmolding, their advantages, and how to determine which process best fits your manufacturing requirements. Understanding Insert Molding Insert molding is a manufacturing process in which a pre-formed component, usually made of metal or another rigid material, is placed inside a mold before molten plastic is injected around it. The insert becomes permanently encapsulated within the plastic, creating a single integrated part. Common Insert MaterialsInsert molding often uses:  Stainless steel Brass Aluminum Copper Ceramic materials  Typical ApplicationsInsert molded parts are commonly found in:  Electrical connectors Medical devices Automotive sensors Threaded fasteners Aerospace components  Many manufacturers rely on an insert molding system to reduce assembly steps while increasing component strength and reliability. What Is Overmolding? Overmolding is a process in which one material is molded over another existing component. Unlike insert molding, the base component is often plastic rather than metal. This process allows manufacturers to combine different materials to improve product functionality, appearance, and user comfort. Common Overmolding MaterialsPopular overmolding materials include:  Thermoplastic elastomers (TPE) Thermoplastic polyurethane (TPU) Silicone materials Soft-touch plastics  Typical ApplicationsOvermolding is frequently used for:  Tool handles Consumer electronics Medical grips Protective housings Sports equipment  The process helps improve grip, comfort, insulation, and aesthetics. Key Differences Between Insert Molding and Overmolding Although both processes involve combining materials, their manufacturing methods differ significantly. Component Structure Insert MoldingInsert molding combines a rigid insert with injected plastic to create a single structural component. OvermoldingOvermolding adds an additional layer of material over an existing substrate to improve functionality or appearance. Material Combination Insert MoldingTypically combines:  Metal and plastic Ceramic and plastic Rigid engineered materials and plastic  OvermoldingUsually combines:  Plastic and rubber Plastic and soft-touch materials Multiple polymer materials  Manufacturing Objectives Insert MoldingThe primary goal is to improve structural strength, eliminate assembly operations, and integrate multiple components into one part. OvermoldingThe primary goal is to improve user experience, product aesthetics, vibration resistance, or grip performance. Advantages of Insert Molding Insert molding offers several manufacturing benefits. Reduced Assembly RequirementsMultiple parts are combined into a single manufacturing process, reducing labor and assembly costs. Increased Structural StrengthMetal inserts provide additional durability and mechanical performance. Improved ReliabilityFewer assembled components reduce the risk of part failure. Greater Manufacturing EfficiencyProduction becomes faster because secondary assembly operations are minimized. Better Space UtilizationInsert molded parts often allow for more compact product designs. Advantages of Overmolding Overmolding also provides unique benefits. Improved Product ComfortSoft-touch materials improve user experience and ergonomics. Enhanced Product AppearanceManufacturers can create visually appealing designs using multiple colors and materials. Better Grip PerformanceRubberized surfaces provide improved handling and safety. Vibration and Shock AbsorptionOvermolded materials help reduce vibration and impact forces. Environmental ProtectionAdditional material layers can improve resistance to moisture, dust, and contaminants. Cost Comparison Cost is often a major factor when selecting a manufacturing process. Insert Molding CostsInsert molding may involve:  More complex tooling Insert preparation Automated placement systems  However, it often reduces long-term assembly costs. Overmolding CostsOvermolding can require:  Multiple molding stages Additional tooling Specialized material compatibility testing  The final cost depends on product complexity and production volume. Which Process Is Better for Your Project? The answer depends on your product requirements. Choose Insert Molding If You Need:  Strong structural components Metal-plastic integration Reduced assembly operations Improved durability High mechanical performance  Choose Overmolding If You Need:  Improved grip Enhanced aesthetics Soft-touch surfaces Vibration reduction Better user comfort  Selecting the appropriate process ensures optimal product performance and manufacturing efficiency. Industries That Use Insert Molding and Overmolding Both technologies are widely used across various industries. Automotive IndustryApplications include:  Sensors Connectors Control systems Interior components  Medical IndustryManufacturers use these processes for:  Surgical instruments Medical device housings Diagnostic equipment  Consumer ElectronicsCommon applications include:  Mobile devices Wearables Charging accessories Protective casings  Industrial ManufacturingBoth technologies help improve product durability and functionality in demanding environments.   Future Trends in Insert Molding and OvermoldingAs manufacturing technology advances, both processes continue to evolve. Emerging trends include:  Smart manufacturing automation AI-driven process optimization Advanced engineering polymers Sustainable materials Enhanced precision tooling  These innovations are expected to improve quality, efficiency, and production flexibility. Conclusion Both insert molding and overmolding offer valuable advantages for modern manufacturing. While insert molding focuses on integrating rigid inserts into plastic components to improve strength and reduce assembly requirements, overmolding is designed to enhance product comfort, appearance, and functionality. Understanding the differences between these technologies helps manufacturers choose the most effective solution for their specific applications. For projects that require durable metal-plastic integration and streamlined production, an insert molding system often provides the ideal manufacturing solution. FAQs What is the main difference between insert molding and overmolding? Insert molding places a pre-formed insert inside a mold before plastic injection, while overmolding adds a second material layer over an existing component. When should manufacturers use an insert molding system? An insert molding system is ideal when products require metal-plastic integration, increased strength, reduced assembly, and improved durability. Is overmolding more expensive than insert molding? Costs vary depending on design complexity, materials, tooling requirements, and production volume. Either process can be more cost-effective depending on the application. Which industries commonly use insert molding and overmolding? Automotive, medical, aerospace, consumer electronics, and industrial manufacturing industries frequently use both technologies. Can insert molding improve product reliability? Yes. Insert molding reduces the number of separate components, minimizes assembly requirements, and creates stronger integrated parts, resulting in improved reliability.

Insert Molding System vs Overmolding: Key Differences and Benefits

Scan of a woven basket using reality scan for exercise 8 of ANTH 4997 at Louisiana State University. This was an exercise to demonstrate the utility of 3D scanning apps on mobile devices in lieu of purpose built scanners.

Douet Backet ANTH 4997

Scan of a conch for ANTH 4997 using realityscan. This exercise was to teach the student how to scan objects with irregular dimensions using their mobile devices.

Douet_ANTH_4997_Conch

One of the most inspiring movie-scenes I saw was the moment Ballard and his crew saw the Titanic for the first time, looming from her dark and silent, cold grave. 

Here's my Tilt Brush Titanic Shipwreck, which can be found laying at the bottom of the sea I created over the past two weeks at my office. I didn't succeed in creating the interior as well, because I reached my Tilt Brush file size limits again. Therefore you better watch this scene from your pc as well and not from a mobile device, because that will likely cause the loading screen to crash.
I experimented with several rendering settings, started with the Matcap, tried others but ended up again with Matcap again: what's left of the wreckage is metal, most colours and other materials have gone, so this seemed the right decision to me. 

The Tilt Brush version, which differs slightly in colours, can be seen in this YouTube movie: https://youtu.be/WT_DFZGxhq8?list=PLecShmKxmmRvbc-ch-RGYe1jbouL-Rn62

Tilt Brush "Titanic", final version

Round cable access enclosure table mount AV interface with wireless charging for mobile devices. Up cover only. Aluminium

Cable Access Enclosure Round Metal

Low-poly for mobile device. Zombie monster, blind hunter. A set of PBR textures. The resolution of the cards is 2048x2048. Free use for any non-commercial purposes. For commercial purposes only with the indication of authorship.

Zombie Bind Hunter

A 3D model of Freeman Alley in New York City’s Lower East Side created using photogrammetry.

Excellent NYTimes photogrammetry tutorial & open dataset: https://rd.nytimes.com/projects/an-end-to-end-guide-to-photogrammetry-with-mobile-devices Thanks: Jonathan Cohrs, Mint Boonyapanachoti, Sukanya Aneja, Willa Köerner, Minkyoung Kim.

Photogrammetry reconstruction in RealityCapture from 1415 images. © Saulius Zaura www.dronepartner.lt 2023

Freeman Alley in New York City

Round cable access enclosure table mount AV interface with wireless charging for mobile devices. Up cover only. Black plastic

Asset Library

About These Assets