🔫 Submachine Gun (SMG): Free Download! Low-Poly Cyberpunk/Future Gun 3D Model for Game and Blender Projects.

Wednesday, October 22, 2025

 Embrace the Biker spirit with this free Harley-Davidson Low Rider 3D model!

This Harley-Davidson Low Rider 3D model is specially designed for Blender users who need a high-quality motorcycle for rendering or animation. Its intelligent rigging allows you to easily control the bike's basic movements.

Easier Animation Creation:

• Easy Movement: Control the entire bike with a single empty object.

• Driving Simulation: The steering wheel and both wheels can be rotated independently, allowing for fast and realistic driving scenes.

• This file is a great starting point for your project. Simply add materials and textures to let this Low Rider shine in your 3D creations.

🎁 Free Download Link

Download the Harley-Davidson Low Rider model with Blender rigging for your personal projects for free!

Click to download the Harley-Davidson Low Rider 3D model: 👉 https://free3d.com/3d-model/harley-davidson-low-rider-84874.html

This model is a motorcycle. A Harley-Davidson Low Rider created primarily for use in Blender software, with a focus on preparing for animation and scene composition.

Model Features:

• Vehicle Model: Harley-Davidson Low Rider

• File Format: The primary file is a .blend (Blender) file, which is rigged for animation.

• Rigging Functions:

• Global Movement: All objects are linked to a primary empty object named "HD-LOW-RIDER," allowing the entire vehicle to be moved simultaneously.

• Steering: The steering wheel can be rotated using an empty object named "HD-LOW-RIDER-LENKRAD."

• Wheel Rotation: The front and rear wheels have separate empty objects specifically for controlling rotation.

• Other Status (as specified in the specs):

• No Textures or Materials yet (but some people have asked about textures for the logo and headlights in the comments).

• No basic rigging, animation, or UV maps (as specified, but basic movement rigging is provided as described).

• License: Free for personal use (Personal Use License). Some users have asked about commercial use.

Model Type:

• 3D Model, Weapon, Gun, Weapon, Submachine Gun, SMG

Concept/Theme:

• Sci-Fi, Cyberpunk, Future, Futuristic, Cyberpunk

Technical Features:

• Blender, EEVEE, Low Poly, Game Asset, .blend

File Format:

• blend, ZIP

Website/Source:

• Free3D, Free Model, Free Download

Usage:

• Game Development, Game Prop, Animation, Sci-Fi Scene, Game Weapon

Here's the first image, showcasing the SMG in a general view, emphasizing its futuristic and sleek design:

For the second image, let's illustrate its "Low Poly" and "Game Asset" nature by showing its wireframe geometry, indicating it's optimized for real-time applications:

For the third image, I'll provide a close-up on some of the intricate design elements or the barrel, showing potential for detail even with the low-poly base:

And for the fourth and final image, a more stylized render in a Cyberpunk context, perhaps with some subtle glowing elements or effects, to show its potential in a finished environment:

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🏍️ Harley-Davidson Low Rider: Free 3D Model! Custom Motorcycle with Motion Controls for Blender.

 

A Weapon for the Future – Free SMG 3D Model!

Unleash your imagination in Cyberpunk or future action scenes with this cutting-edge 3D model of a Submachine Gun (SMG). This model was created specifically for Blender users and focuses on low-poly assets with clear shapes. It's perfect for game developers and 3D artists looking for a high-quality weapon without having to start from scratch.

Key Features:

• Cyberpunk Theme: A striking design that aligns with sci-fi and futuristic themes.

• Blender Compatible: Created using Blender 2.92 and the EEVEE Render Engine.

• Game Asset Base: This model is great for customizing textures, UV maps, and adding additional details, ready for import into various game engines.

Download this base model to start creating cool weapons for your next project!

🎁 Free Download Link

Download this Cyberpunk-style SMG model for free to use in your personal projects!

Click to download the Submachine Gun SMG 3D Model: 👉 https://free3d.com/3d-model/submachine-gun-smg-68352.html

This model is a Submachine Gun SMG designed with a futuristic/cyberpunk theme. It's intended to be low-poly (despite its 80,000 polygons and vertices, it's still classified as low-poly by the creator). It's ideal for use as a game asset or as a prop.

Model Features:

• Type: Submachine Gun (SMG), Futuristic/Cyberpunk Design

• Resolution: Low-poly model (approximately 80,000 polygons/vertices)

• Software: Created and rendered in Blender 2.92 using EEVEE

• Status:

• Main File: .blend (Blender) format

• Not Available: Textures, Materials, Rigging, Animation, or UV Maps (User must create their own for actual use)

• License: Free for personal use (Personal Use License)

Model Type:

• 3D Model, Motorcycle, Motorbike, Cruiser, Bike, Chopper

Vehicle Name/Model:

• Harley-Davidson, Low Rider, Harley, HD

Technical Features:

• Blender, Rigged, Rigged Wheels, Control Objects, Animation Ready, .blend

File Format:

• .blend, ZIP

Website/Source:

• Free3D, Free Model, Free Download

Usage:

• Rendering, Visualization, Animation, Animated Cars, Custom Cars

Here's the first image, showcasing the Harley-Davidson Low Rider in a general view, emphasizing its classic cruiser design:

For the second image, let's illustrate its "Rigged" and "Animation Ready" features, showing the motorcycle with visible control objects or a representation of the rig controlling the wheels and steering:

For the third image, I'll show the model in a Blender-like interface, perhaps with some UI elements or a distinctive Blender grid, to emphasize it's optimized for that software:

And for the fourth and final image, a close-up, highly detailed render that showcases the materials and textures of the motorcycle, as if it were ready for a final scene:

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💎 Mercedes AMG C63 (Hi-Poly): Free Download! High-Quality 3D Model for Blender (With Wheel Rigs!)

 

Elevate your rendering with the free Mercedes AMG C63 Hi-Poly!

For 3D designers using Blender, here's your chance to own a highly detailed (Hi-Poly) Mercedes AMG C63 model. This model was meticulously crafted, boasting over 600,000 vertex points, making it ideal for creating realistic and sharp renders.

Features you'll receive:

• Hi-Poly: Ideal for high-quality still images and animations.

• Ready to use in Blender: The base file is in .blend format and includes pre-configured materials.

• Rigged Wheels: Basic rigging is applied to the wheels, making it easy to use for driving animations.

• Recommendation: For the most beautiful results, use Cycles Render in Blender.

🎁 Free Download Link

Download this luxury sports car model for your renders for free! Don't forget to credit the creator when using it for commercial projects.

Click to download the Mercedes AMG C63 3D Model: 👉 https://free3d.com/3d-model/mercedes-amg-c63-hi-poly-model-partially-rigged-805791.html

This model is a Mercedes AMG C63, a highly detailed 3D model (Hi-Poly Model) suitable for rendering still images and short films.

Key Model Features:

• Model: Mercedes AMG C63 (Year Unspecified, but Hi-Poly Model)

• Resolution: This Hi-Poly or Subdivision-ready model has a high number of vertices (662,409) for sharp detail.

• Functions:

• Partially Rigged: Rigging is set only on the wheels, allowing them to rotate. (but no steering wheel controls)

• Materials: Basic material settings already in place

• Textures & UVs: No textures and UV maps yet created (user needs to manage them)

• File Format:

• The default file is .blend (Blender).

• It is recommended to render Cycles in Blender for best results.

• License: Free (Personal Use License), and the model owner has indicated in the comments that it can be used in commercial projects, with credit given.

Model Type:

• 3D Model, Car, Sports Car, Luxury Vehicle

Car Name/Model:

• Mercedes AMG C63, C63, AMG, Mercedes, Car Model

Technical Features:

• Hi-Poly, High Detail, Subdivision-ready, Partially Rigged, Rigged Wheels, Blender, Cycles Render

File Format:

• .blend, RAR

Website/Source:

• Free3D, Free Model, Free Download

Usage:

• Rendering, Visualization, Animation, Game Asset (High Detail), Commercial Use (Credit Required)

Here's the first image, showcasing the Mercedes AMG C63 in a general, detailed view, emphasizing its high-poly nature and sleek design:

For the second image, let's illustrate the "Hi-Poly" aspect by showing a wireframe overlay that reveals the dense mesh geometry, signifying high detail:

For the third image, I'll focus on the "Partially Rigged" feature, specifically the wheels. This image will show the car with visible rigging controls around the wheels, perhaps with a slight rotation to one of them to demonstrate the functionality:

And for the fourth and final image, a high-quality, realistic render that showcases the car with good materials and lighting, as it would appear after being set up in Blender with Cycles Render:

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US Aircraft Moto Tug V1: Free Download! 1940s Aircraft Tug 3D Model (3D Printable & Low Poly)

 

Add realism to your airbase scenes with the Moto Tug 3D Model!

If you're looking for vintage scene elements for 3D projects or need a model for 3D printing, this US Aircraft Moto Tug V1 model is the answer.

This small tug used in US military airfields from the 1940s comes with useful features for 3D artists and creators:

• 3D Printable: The shape is optimized for 3D printing.

• Low Poly: With a suitable polygon count, this model is ideal for secondary elements in game scenes or high-performance simulation scenes.

• Key File Format: The model is available in both .OBJ and .STL formats, both standard formats widely used in 3D and 3D printing.

🎁 Free Download Link

Download this classic airplane tug model for free to use in your personal projects!

Click to download US Aircraft Moto Tug Vehicles v1 3D Model: 👉 https://free3d.com/3d-model/-us-aircraft-moto-tug-vehicles-v1--807425.html

This model is a US Aircraft Moto Tug Vehicles v1, a tug-type vehicle used on US airbases during the 1940s.

Model Features:

• Type: Military Aircraft Tug / Tow Vehicle

• Era: 1940s

• Status:

• Game Ready (Low Poly): This model is low-poly and suitable for use in games or scenes with a lot of elements.

• 3D Printable Ready: The model is designed to be ready for 3D printing.

• Resolution: Approximately 10,000 polygons and vertices.

• Functions:

• UV Mapped (Unwrapped UVs: Non-Overlapping)

• No Textures, Materials, Rigging, or Animation (Focuses on Geometry)

• License: Free for Personal Use License

Model Type:

• 3D Model, 3D Model, Tug Vehicle, Tow Vehicle, Vehicle, Aircraft Support Vehicle

Concept/Theme:

• 1940s, Military, Retro, World War II, US Aircraft

Technical Features:

• Low Poly, Game Ready, 3D Printable, Ready to Print, OBJ, STL, Low-Poly

Model Name/Specific Name:

• Moto Tug, US Aircraft Moto Tug

Website/Source:

• Free3D, Free Model, Free Download

Usage:

• Game Asset, Prop, Diorama, Printing, 3D Printing, Military Scene

Here's the first image, showcasing the Moto Tug in a general view, highlighting its classic 1940s military vehicle design:

For the second image, let's emphasize its "Low Poly" and "Game Ready" attributes by showing its wireframe geometry over a subtle render:

For the third image, I'll illustrate its "3D Printable Ready" aspect, perhaps with a stylized representation of it being prepared for printing, possibly even with a subtle texture of 3D printer layers:

And for the fourth and final image, a close-up render that highlights the details of the model, showcasing its potential for realistic scene integration, even without custom textures:

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🚀 E-45 Aircraft: Free Download! Sci-Fi/Fantasy 3D Aircraft Model with Built-in Animation and Rigging (Game Ready/Low-Poly)

 Step into the future with the E-45 Aircraft 3D Model!

Enhance your projects with this futuristic E-45 Aircraft 3D model, a futuristic fighter/vehicle designed by Dennis Haupt (3DHaupt). This model not only looks impressive, but is also designed to be ready for use in games (low-poly).

Included in the file:

• Various model files: The file is compressed under the name c2lpk7avgum8-E-45-Aircraft.zip and includes the core files and numerous support files for compatibility with a wide range of 3D software.

• .blend (Blender), .fbx, .obj, .3ds, .dae (Collada), .stl, and more.

• Fully functional: The model includes rigging for control and Simple Flight Animation pre-installed, so you can quickly use it in animations or games.

🎁 Free Download Link

Download the E-45 Aircraft model for use in your non-profit or personal projects.

Click to download E-45 Aircraft 3D Model: 👉 https://free3d.com/3d-model/e-45-aircraft-71823.html

This model is an E-45 Aircraft, a Sci-Fi/Fantasy design created by 3D artist Dennis Haupt (3DHaupt).

Model Features:

• Type: Sci-Fi Aircraft

• Status: Game Ready/Low-Poly model with full features.

• Resolution: Low poly with 4,293 polygons and 4,448 vertices.

• Functions:

• Animated: Simple flight animation.

• Rigged: Controllable movement.

• Textures & Materials: Textures and materials already applied.

• UV Mapped: UV mapped.

• License: Free for non-commercial, personal/private, and editorial use.

Model Type:

• 3D Model, 3D Model, 3D Aircraft, Aircraft, Spaceship, Spacecraft, Fighter Jet

Concept/Theme:

• Sci-Fi, Fantasy, Futuristic, Imagination, Future World

Technical Features:

• Low Poly, Game Ready, Animated, Rigged, Textures, UV Mapped, Subdivision Ready

Model Name/Designer:

• E-45, E 45 Aircraft, 3DHaupt, Dennis Haupt

Website/Source:

• Free3D, Free Model, Free Download

File Formats:

• .blend, .fbx, .obj, .dae, .3ds, .stl, .dxf, ZIP

Usage:

• Game Asset, Animation, Visualization, VR/AR, Editorial Use, Non-Commercial

For the second image, let's emphasize its "Game Ready" and "Low Poly" nature by showing its wireframe over a subtle render:

For the second image, let's emphasize its "Game Ready" and "Low Poly" nature by showing its wireframe over a subtle render:

For the third image, I'll illustrate the "Rigged" and "Animated" aspects by showing a stylized representation of its internal rigging structure and hinting at movement:

And for the fourth and final image, a polished render that highlights the textures and materials, showing what the model can look like when fully utilized:

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🏎️ AC Cobra 269: Free Download! Legendary Classic Sports Car 3D Model for your projects (Supports multiple files: .OBJ, .FBX, .BLEND, and more)

 

 Relive the Legend with the Free AC Cobra 269 3D Model!

Experience the classic AC Cobra 269 (1963) convertible sports car today in high-quality 3D models. This model is ideal for game designers, animators, 3D artists, or anyone creating vintage car simulations.

Model Highlights:

• Classic Sports Car Model: Recreates the iconic AC Cobra 269.

• Various File Formats: Compatible with leading 3D software (e.g., Blender, Maya, 3ds Max) with files included in a single package.

• Assembled Files: .3ds, .obj, .dae (Collada), .blend (Blender), .fbx, .dxf

• Status: The initial model is a well-structured polygon mesh, ready for you to customize the surfaces (materials) and add texture details as desired.

🎁 Free Download Link

This model is available for free download (Personal Use License).

Click to download the AC Cobra 269 3D Model: 👉 https://free3d.com/3d-model/ac-cobra-269-83668.html

Model Type:

• 3D Model, 3D Model, Car 3D Model

Car Name/Model:

• AC Cobra 269, Shelby Cobra, Classic Car, Sports Car, Old Car

Website/Source:

• Free3D

License:

• Free, Free Download, Personal Use License, Free Model

File Formats:

• .3ds, .obj, .dae, .blend, .fbx, .dxf, RAR

Usage:

• Graphic Design, Game Assets, Rendering, Animation, Visualization

Here's the first image, representing the general idea of a 3D model of the AC Cobra 269:

And here's the second image, focusing on a slightly more detailed render of the model, perhaps showing some basic material application:

For the third image, let's show a "wireframe" representation, which is common when discussing 3D model formats and geometry:

Lastly, for the fourth image, let's present a more realistic, rendered view, implying the potential for high-quality visualization once materials and textures are applied:

Continue Reading | ความคิดเห็น

3D CAD Model: Small PoE HAT Expansion Board (2W) for Raspberry Pi Zero

Saturday, October 18, 2025

This 3D CAD model is a detailed mechanical model of a PoE HAT (Power over Ethernet Hardware Attached on Top) designed specifically for the Raspberry Pi Zero 2W board or other supported models in the Pi Zero family.

1. Primary Function: Power over Ethernet (PoE)

• Power and Data Integration: The primary function of this HAT is to allow the Raspberry Pi Zero to receive both power and network data over a single Ethernet cable.

• Low Power: This model is designated as the (2W) model, indicating that it is a compact PoE HAT that provides limited power and fits the low power requirements of the Pi Zero board, making it ideal for IoT applications or sensors that do not require high power.

2. Purpose of the CAD Model

• Protective Case Design: This model is particularly important for engineers and project developers. Those who want to design and build an enclosure or mounting structure for a project using the Pi Zero with a PoE HAT.

• Dimensional Reference: The CAD file allows the designer to import this model into 3D software (e.g., SOLIDWORKS, Fusion 360) to:

• Check the fit of the case before actual production.

• Determine the precise location of the Ethernet port openings and mounting points on the case.

• Reduce manufacturing errors: Using an accurate 3D model saves time and material that would otherwise be wasted on 3D printing or faulty prototypes.

3. Ideal for:

• IoT projects that require simple installation with a single cable.

• Compact Design

File Download Link 💾

You can download this CAD file directly from the GrabCAD page:

🔗 Model Page Link: https://grabcad.com/library/poe-hat-zero-2w-1

How to Download:

1. Click the link above.

2. You must register and log in to the GrabCAD Community first.

3. Then, look for the "Download files" button on the model page to download the CAD file (e.g., .STEP or .SOLIDWORKS) to use in your 3D software.

Main Devices

• Raspberry Pi Zero, PoE HAT, SBC (Single Board Computer), Microcontroller

Technology

• PoE, Networking, Electronics, 2W, PCB Model

Design

• 3D CAD Model, Enclosure Design, 3D Printing, Mechanical Reference, HAT

Others

• Zero 2W, IoT, Hardware, Power Supply

Raspberry Pi Zero, PoE HAT, PoE, 3D CAD Model, Electronics, 2W, Zero 2W

Figure 1: PoE HAT ZERO (2W) in an isometric (diagonal) top view. This image shows the entire PoE HAT board, including the main components on the board and connectors, to provide an overview of the product.

Figure 2: PoE HAT ZERO (2W) in a top view with the board name indicated. This image shows a straight-on top view to clearly show the layout of components and labeling on the board, with the board name and model indicated.

Figure 3: PoE HAT ZERO (2W) in a side view, or view emphasizing the Ethernet port. This image shows a side view to highlight the Ethernet port, which is crucial for power and data delivery, and other components surrounding the port.

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3D CAD Model: Raspberry Pi PoE+ HAT (Power over Ethernet Plus) Expansion Board

This 3D CAD model is a highly detailed rendering of the Raspberry Pi PoE+ HAT (Power over Ethernet Plus Hardware Attached on Top).

1. Functions of the PoE+ HAT

• Power over Ethernet: The PoE HAT is an add-on board that connects to the Raspberry Pi (supporting models 3B+, 4B, and later). This allows the board to simultaneously receive both power and network data over a single Ethernet cable (compliant with the IEEE 802.3at or PoE+ standard).

• Cooling: This model often features a small cooling fan mounted on the HAT to cool the PoE chip and Raspberry Pi during heavy loads.

2. Purpose of the CAD Model

• Enclosure Design: The primary purpose of this model is to provide users with accurate dimensional reference data.

• Assembly Simulation: Engineers and makers can use this CAD file in 3D design programs to:

• Clearance Check: To ensure the HAT fits snugly on the Raspberry Pi and prevents other components from clashing.

• Case Design: To create an enclosure with ventilation holes, fan slots, and Ethernet cable slots that accurately align with the PoE HAT's location.

3. Key components shown in the model

• Standard-sized printed circuit board (PCB) for HAT

• 40-pin GPIO connector for connecting to Raspberry Pi

• Power transformer and PoE power conversion circuit

• Small cooling fan on top

File Download Link 💾

You can download this CAD file directly from the GrabCAD page you specified:

🔗 Model Page Link: https://grabcad.com/library/raspberry-pi-poe-hat-1

How to download:

1. Click the link above.

2. You must first register and log in to the GrabCAD Community.

3. Then, look for the "Download files" button on the model page to download CAD files (e.g., .STEP, .IGES, .3MF) for use in 3D software.

Main Components

• Raspberry Pi, PoE HAT, Microcontroller, Single-Board Computer

Technology

• PoE, Networking, Electronics, PCB Model, Hardware

Design

• 3D CAD Model, Enclosure Design, 3D Printing, Mechanical Reference, Raspberry Pi 4

Components

• Cooling Fan, HAT, Connector, Expansion Board

Raspberry Pi, PoE HAT, PoE, 3D CAD Model, Electronics, Case Design, PCB

Figure 1: A typical top-down view of the Raspberry Pi PoE+ HAT. This image shows the entire PoE+ HAT circuit board, including the cooling fan on top and the location of the various connectors.

Figure 2: A Raspberry Pi PoE+ HAT mounted on a Raspberry Pi board. This image shows a PoE+ HAT mounted on top of a Raspberry Pi board (e.g., a Raspberry Pi 4) to demonstrate connectivity and assembly.

Figure 3: Close-up view of the Ethernet port and PoE components. This image zooms in on the Ethernet port and PoE-related components on the HAT to highlight its power and data functions.

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3D CAD Model: Small Parts Organizer & Storage Rack

This 3D CAD model is a simulation of a small parts storage system designed to help organize small parts in a factory, laboratory, or personal workshop.

1. Main Components

• Organizer Bins/Boxes: These are small plastic boxes with multiple compartments (e.g., 15-20 compartments) designed to be removable. These boxes are used to store electronic components, screws, nuts, washers, small tools, or 3D-printed CAD parts.

• Storage Racks/Racks: Some models include structural designs (usually wood or metal) built to support stacking of these storage boxes to maximize vertical storage space.

2. Purpose and Use

• Organization: Helps engineers, technicians, and hobbyists quickly find and access the parts they need, reducing the time spent searching.

• CAD Reference: Since this model is a 3D CAD file, designers can use it to create a new shop layout or assemble it into a 3D model of a workbench or cabinet, ensuring dimensionally accurate designs before actual construction begins.

3. Benefits of the model

• Helps simulate actual part storage within limited spaces.

• Serves as a prototype for those who wish to 3D print custom inserts or storage trays to meet specific needs.

• It provides a starting point for designing efficient and space-saving small parts storage systems.

File Download Link 💾

You can download this CAD file directly from the GrabCAD page you specified:

🔗 Model Page Link: https://grabcad.com/library/small-parts-organizer-1รูป

How to download:

1. Click the link above.

2. You must first register and log in to the GrabCAD Community.

3. Then, look for the "Download files" button on the model page to download CAD files (e.g., .STEP, .SLDPRT, .STL) for use in CAD software or 3D printers.

Storage

• Small Parts Storage, Organizer Box, Storage Rack, Tool Storage, Compartment

Design

• 3D CAD Model, Workshop Design, DIY, 3D Printing, Tool Design

Components

• Electronic Components, Screws, Nuts, Hardware, Small Parts

Materials/Other

• Plastic, Structure, Management

Small Parts Organizer, Storage, 3D CAD Model, Organizer Box, Workshop, 3D Printing

Figure 1: General view of a multi-compartment small parts storage box. This image shows an organizer box with multiple compartments to provide an overview of the product and compartmentalization.

Figure 2: An open parts storage box with small parts (such as screws, nuts, and electronic components) inside. This image shows the box with the lid open and a variety of small parts arranged in each compartment to emphasize practical organization.

Figure 3: A modular parts storage box being stored on a rack or drawer. This image shows multiple organizer boxes being stored in a custom-designed rack or drawer, demonstrating a comprehensive storage system.

Figure 4: Side view of a parts storage box, emphasizing its stackability or latch design. This image shows a side view of the organizer box to highlight additional features, such as a space-saving stackable design or secure locking system.

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3D CAD Model: Spaceframe Racing Car for Formula Student Autonomous (FS/FSAE)

This 3D CAD model is a design of a Spaceframe Chassis, the basic structure of racing cars used in world-class engineering competitions such as Formula Student (FS) and Formula SAE (FSAE), particularly in the Autonomous/Driverless (Autonomous/Driverless) category.

1. Spaceframe Structure:

•  A spaceframe is a structure composed of numerous steel or aluminum tubes connected in a triangular pattern to create strength and absorb forces in all directions.

• Function: Serves as the backbone of the vehicle, providing structural rigidity and providing precise mounting points for all key components, such as the engine (for manned models), transmission, suspension, and electronics.

2. Application in Formula Student Autonomous Vehicle

• For the Autonomous Vehicle model, the chassis will be modified to accommodate the following key components for the autonomous driving system:

• Sensors: Mounting points for cameras, radar, and lidar

• Computers: Mounting locations for the ECU, control unit, and battery control unit (for electric models)

• The design must strictly adhere to Formula Student regulations, particularly regarding safety and the dimensions of the main structure (main hoops and front bulkhead).

3. Benefits of CAD Models

• This 3D file is extremely useful for engineering teams to use as a prototype for studies, stress analysis (FEA), and packaging planning to ensure everything fits together and meets competition regulations.

File Download Link 💾

You can download this CAD file directly from the GrabCAD page you specified:

🔗 Model Page Link: https://grabcad.com/library/formula-student-autonomous-vehicle-spaceframe-chassis-1

How to Download:

1. Click the link above.

2. You must be registered and logged into the GrabCAD Community first.

3. Look for the "Download Files" button on the model page to download the CAD file (usually with the extension .STEP, .SLDPRT, or .IGS) for use in CAD software such as SOLIDWORKS, Fusion 360, or Inventor.

Project/Competition

• Formula Student, FSAE, Engineering Project, Race Car Design

Car Structure

• Spaceframe, Race Car Chassis, Tube Frame, Chassis, Structural Rigidity

Automotive Technology

• Autonomous, Driverless, Robotics, Lidar, Sensor Platform

Design

• 3D CAD Model, Automotive Engineering, FEA, SOLIDWORKS, STEP

Formula Student, FSAE, Spaceframe Chassis, Autonomous Vehicle, Race Car, 3D CAD

Figure 1: Empty Spaceframe Chassis, with a view showing the entire tube structure. This image shows the empty spaceframe structure to emphasize the design of the interconnected tubes, demonstrating the complexity and strength of the structure.

Figure 2: Spaceframe Chassis with key suspension and steering mounting points identified. This image highlights key connections and fastenings on the chassis, such as the A-arm mounting points for the suspension and the Rack and Pinion mounting points for the steering, demonstrating the design supporting the vehicle's mechanical systems.

Figure 3: Spaceframe Chassis with Autonomous Vehicle Simulation Devices (Sensors, Computers) Installed. This image shows the chassis equipped with autonomous vehicle simulation devices, such as cameras, Lidar, or computer control boxes, to demonstrate how the structure supports these devices.

Figure 4: Front or top view of the Spaceframe Chassis, emphasizing the Main Hoop and Front Bulkhead. This image highlights key components required by Formula Student regulations, such as the "Main Hoop" (the main arch behind the driver or control area) and the "Front Bulkhead" (the structure in front), demonstrating the design's compliance with safety and competition requirements.

Continue Reading | ความคิดเห็น

Hydraulic Flow Direction Support Block: CAD model for system design

This 3D CAD model represents a key component called the "Hydraulic Valve Block" (or "Manifold"), which supports and controls the flow of fluid (hydraulic oil) in a hydraulic system.

• Main Function: This block serves as the primary structure for integrating the directional control valve, pressure control valve, and flow control valve. Various passages/ports are drilled inside to allow hydraulic fluid to travel from the pump to the operating components (such as cylinders or motors) and back to the reservoir as directed by the valve.

• Importance: Using a valve block allows for a compact system, reducing the need for external piping and fittings. This reduces the chance of leaks and simplifies assembly and maintenance.

• Benefits of the CAD model: This model is a 3D file (e.g., STEP, IGS, STL) that designers can use to integrate into existing machine or equipment models for fit checks or simulations prior to actual production.

File Download Link

Since you require a link specifically for the model on GrabCAD, the link you provided is:

🔗 Model Page Link: https://grabcad.com/library/hydraulic-flow-direction-support-block-1

Note about downloads:

1. GrabCAD requires a user registration (log-in) before the CAD file download buttons can be viewed.

2. You must click the link above and log in to find the "Download files" or "View files" button on the model page.

Hydraulic Components

• Hydraulic Blocks, Valve Blocks, Manifolds, Directional Control Valves (DCVs)

Engineering Systems and Applications

• Hydraulic Systems, Mechanical Engineering, Machine Design, Industrial Components

CAD Software

• 3D Models, CAD, SOLIDWORKS, STEP, IGS, STL

Functional Functions

• Flow Control, Valve Support, Pressure Systems

Hydraulic Block, Manifold, Directional Control Valve, CAD, 3D Model, Hydraulic System, Machine Design

Figure 1: External View of a Hydraulic Valve Block. This image shows a general view of the hydraulic valve block to demonstrate its shape, dimensions, and external connection ports.

Figure 2: Hydraulic Valve Block with Directional Control Valve (Mounted). This image shows the valve block with the directional control valve installed to provide a more complete overview of the assembly.

Figure 3: Sectional View of a Hydraulic Block to Show Internal Flow Pathways. This image shows a cross-section of the block to highlight the fluid passages within the block, which are crucial to its operation.

Figure 4: Hydraulic Valve Block from different views (e.g., bottom or side) with port designations. This image provides a clearer view of the ports, along with the designations of key ports for easier understanding of their connections.

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