Smart glasses 3D Models

Find the best Smart glasses 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Design a spectacle featuring two small circle box attached to the sides . Each speaker box should have strategically placed small holes for optimal sound projection. Incorporate two EEG sensors positioned at the edges of the spectacle's stick. The frame should be a combination of blue and white colors, exhibiting a clean and polished look with a matte finish. Ensure the overall design is sleek and modern, emphasizing both functionality and aesthetics.

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Design a spectacle featuring two small speaker boxes attached to the sides. Each speaker box should have strategically placed small holes for optimal sound projection. Incorporate two EEG sensors positioned at the edges of the spectacle's stick. The frame should be a combination of blue and white colors, exhibiting a clean and polished look with a matte finish. Ensure the overall design is sleek and modern, emphasizing both functionality and aesthetics.

Anonymous1766426866

Anonymous1767722603

Anonymous1767063560

Generate a functional prototype smart glasses frame for electronics integration.

Frame type:
- Industrial style
- Rigid and durable
- One-piece construction

Lenses:
- Solid black
- Fully merged with the frame

Right-side electronics bay:
- Designed to hold Raspberry Pi 5 with protective case
- Dimensions: 100mm depth, 70mm width, 30mm height
- Box-style enclosure integrated into the arm

Front-mounted camera:
- Located at the center between the eyes
- Top-mounted housing for Raspberry Pi Camera v3
- Camera size: 25 x 24 x 11.5 mm
- Housing top must be open
- Designed for future removable lid installation

Print specifications:
- STL output
- Flat surfaces where possible
- Suitable for rapid prototyping
- 2.5–3mm wall thickness

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Anonymous1766460628

transform 3d all position different model

Anonymous1754043346

Design a detailed 360-degree movable 3D model of a pair of spectacles intended for speechless individuals, to be showcased as part of a BTech first-year project for the Microsoft Imagine Cup Marathon. The design should incorporate the following elements:

1. **Color Scheme**: Utilize a black and dark blue theme for the overall aesthetic.
2. **Structure**:
- Create a sleek, modern look that emphasizes cleanliness and simplicity.
- Ensure that the frames are designed to accommodate two speakers positioned at the middle of both handles.
3. **Sound Features**:
- Integrate small sound incoming holes located on the outside of both speaker boxes, allowing sound to emanate clearly.
4. **EEG Sensors**:
- Position two EEG sensors at the tip of each handle, ensuring they are seamlessly integrated into the design without compromising functionality or aesthetics.
5. **Reference Image**: A reference image will be provided to guide proportions and style.

The final output should be a high-quality 3D model that i

Anonymous1766426866

A sophisticated pair of smart glasses with elegant curves, wearing a distinguished tech-scholar expression, its EEG sensor pulsing gently like a thoughtful third eye, ATTACH TWO SMALL BOXES ON THE SIDE AS A MEAN OF SPEAKER AND TWO EEG SENSOR AT THE END POINTS

Anonymous1766398690

Create a high-quality 3D model of a futuristic smart spectacle designed for neuro-assistive applications. The spectacle should have a lightweight, ergonomic frame with smooth curves and adjustable side arms. Attach a small EEG sensor module on the left temple near the ear, designed as a compact rectangular or oval device integrated into the frame. Attach a mini speaker module on the right temple, with visible speaker grill holes. The spectacle should be suitable for 360-degree rotation and visualization, with clearly separated components for frame, lenses, EEG module, and speaker. Use a clean, minimal, modern design style, matte black or dark gray finish, realistic proportions, and a professional product-design look. The model should be optimized for animation and presentation, not medical accuracy

Anonymous1766398690

Design a pair of high-performance smart sports glasses intended for exercise and endurance training, fully compatible with the Garmin smartwatch ecosystem.

The glasses feature a lightweight, aerodynamic frame designed for running, cycling, and multi-sport activities. The frame is constructed from advanced performance materials such as TR90 polymer or carbon-fiber composite, with flexible temples and ergonomic nose pads for long-duration comfort and stability during intense movement.

Incorporate a subtle heads-up display (HUD) system integrated into the lens area using micro-projection technology. The display is minimal and semi-transparent, positioned at the edge of the user’s field of view to avoid obstructing vision. It visualizes real-time training data synced wirelessly from a Garmin smartwatch via Bluetooth Low Energy, including heart rate, pace, distance, navigation cues, training zones, and alerts.

The lenses are wrap-around, impact-resistant, UV-protected, and slightly tinted for outdoor sports use

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