Free 4K exterior aircon unit model with clean and heavily weathered variants, detailed grille and fan, mounting brackets and realistic rust and chipped paint.

Exterior Aircon Unit

Free 8K model: rigged CCTV camera with weathered metal casing, protective hood and mounting bracket - perfect for industrial or urban surveillance scenes.

Security Camera 02

Free 8K model: weathered industrial security light with fluted metal shade, textured frosted glass housing, and a sturdy mounting bracket.

Security Light

Repositorio de modelos 3D de Ddiaz Design

![](https://www.km77.com/images/medium/3/1/2/9/subaru-wrx-sti-frontal-lateral.333129.jpg)

Subaru of America, Inc. introduced the 2018 WRX STI that offers performance, comfort, design and safety enhancements for a more rewarding driving experience. The new Subaru WRX STI is available at Subaru retailers from spring 2017.

A restyled front fascia of the Subaru WRX STI shows a sportier attitude, highlighted by a more aggressive front end with a larger lower grille opening. Both STI trims feature redesigned LED Steering Responsive Headlights that help illuminate curves in nighttime driving. For greater versatility, both WRX STI models now feature new roof rack mounting brackets.

Instagram del proyecto: https://www.instagram.com/ddiaz.design/

Paypal Donations: https://paypal.me/sergiodd

Based on a CSR2 3d model

Credits: https://www.facebook.com/p/GM25-100042237200164/

2018 Subaru WRX STI

This model represents a hinge mounting bracket designed for mechanical assemblies. The component features a rectangular base plate with mounting holes and a cylindrical pivot support used for connecting rotating or hinged parts.

The curved reinforcement between the base and the pivot housing improves structural strength while maintaining a compact design. The part demonstrates common CAD modeling techniques such as extrusion, filleting, hole features, and cylindrical geometry creation.

This model was created as part of a mechanical CAD practice series to improve skills in parametric modeling and mechanical component design.

Hinge Mounting Bracket with Cylindrical Pivot

This 3D mechanical component was designed using parametric CAD modeling.
The model represents a mounting bracket that includes a cylindrical support, side mounting hole, and a threaded hole on the base for fastening.

A sectional view is also shown to visualize the internal geometry and thread structure. This type of component is commonly used in mechanical assemblies to support shafts, rods, or other machine elements.

The model was created for CAD practice and visualization purposes.

Software Used: Autodesk Inventor
Model Type: Parametric Mechanical Part

Mechanical Mounting Bracket with Threaded Hole

This 3D model represents a clevis mounting bracket with a cylindrical housing, designed as part of a mechanical CAD practice series. The component includes a hollow cylindrical body supported by a base plate with mounting holes and a dual-ear clevis feature for pin or pivot connections.

The design demonstrates common mechanical CAD techniques including extrusion, hole features, cylindrical geometry creation, and feature-based modeling. Such components are commonly used in mechanical linkages, hinge mechanisms, and structural mounting assemblies.

This model was created to practice parametric solid modeling and mechanical component design.

Clevis Mounting Bracket with Cylindrical Housing

This model represents a pivot support clamp bracket designed as part of a mechanical CAD practice project. The component includes a base plate with mounting holes, a vertical cylindrical support, and a semi-circular clamp arm intended for holding cylindrical components such as pipes or rods.

The design demonstrates key CAD modeling techniques including extrusion, cut features, cylindrical geometry creation, and structural support design. The model was created to practice parametric solid modeling and mechanical part design.

A suitable component for applications involving mechanical supports, pipe holders, or adjustable mounting brackets.

Created using CAD modeling tools as part of continuous learning in mechanical design.

Pivot Support Clamp Bracket

This reinforced clevis mounting bracket was designed and modeled using Autodesk Inventor as part of an ongoing mechanical CAD practice series.

The component features a rounded base with mounting hole, dual vertical support walls, rib reinforcement for improved structural rigidity, and a rear arched cut-out to reduce material while maintaining strength.

The model demonstrates parametric feature-based modeling techniques including extrusion, cut operations, rib creation, and stepped profile design.

Material appearance: Mild Steel (Generic).

Developed as Part 12 in a progressive mechanical design learning series.

Reinforced Clevis Mounting Bracket

This is a simple mounting bracket for a Dell WD22TB4 USB C dock. It can be mounted with screws using the holes in the bracket, or with double sided gel tape if you are like me and can not put holes in your walls. Check out this design on OnShape

Dell USB C dock wall/under desk bracket (Dell WD22TB4)

Two-Hole Mounting Bracket

Small curved plastic mounting bracket

Realistic 3D model of a speed limit road sign 40 km h featuring detailed mounting brackets and bolted base ideal for urban or traffic scene visualization.

Road Sign

Realistic 3D model of a speed limit road sign 80 km h featuring detailed mounting brackets and bolted base ideal for urban or traffic scene visualization.

Realistic 3D model of a speed limit road sign 60 km h featuring detailed mounting brackets and bolted base ideal for urban or traffic scene visualization.

Realistic 3D model of a speed limit road sign 70 km h featuring detailed mounting brackets and bolted base ideal for urban or traffic scene visualization.

A mechanical dual rod mounting bracket designed for pipes shafts or cylindrical rods. Useful for engineering assemblies machine parts robotics rigs and structural supports. Clean mesh simple topology and ready for customization or kitbashing in mechanical scenes.

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