Wearable 3D Models

Find the best Wearable 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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Create a realistic product visualization of a premium smart posture harness being worn by a human model.

The wearable is a minimalist upper-back harness with:
- two slim ergonomic shoulder straps
- one subtle front chest connector
- one compact smart module positioned at the upper back (spine area)

The harness must fit naturally on the human body and follow real shoulder and back anatomy.

HUMAN MODEL:
- neutral standing posture (slightly improved posture, shoulders gently opened)
- gender-neutral or athletic build
- wearing a fitted t-shirt or worn directly on skin
- natural proportions, realistic anatomy
- no exaggerated muscles

FIT & ERGONOMICS:
- straps must wrap naturally over shoulders
- no floating or intersection errors
- proper contact with body
- realistic tension (slightly pulling shoulders back)
- device sits centered between shoulder blades

POSTURE EFFECT:
- subtly improved posture (not forced)
- shoulders slightly pulled back
- spine more aligned
- natural, comfortabl

Anonymous1775723812

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Anonymous1772805952

a bag can calculate your foot step and can charge your phone while your walking for Adenauer

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Anonymous1775715665

A realistic 3D smart safety helmet designed as a proper wearable white industrial hard hat with a smooth glossy shell, rounded protective dome, short front brim, secure adjustable chin strap, and comfortable inner padding for safe daily use. Mounted neatly on the exterior are visible electronic components, including an ESP32 microcontroller board, heart rate and SpO2 sensor, temperature sensor probe, black buzzer alarm, red alert LED lights, and a compact battery pack. Colorful jumper wires connect all parts in an organized way across the helmet’s surface, giving it a functional science project prototype look. The design should appear practical, wearable, high-tech, and comfortable for real worker safety monitoring.

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Anonymous1775716941

A functional 3D printable augmented reality glasses frame designed for a DIY electronics project. The design is realistic, minimal, and engineered for real-world use, not just aesthetic.

The glasses have a lightweight frame similar to standard eyewear, with a slightly thicker right arm to house electronics. Include a small adjustable mount above the right eye to hold a 0.96 inch OLED display module. The mount should be angled inward toward the eye.

In front of the right eye, include a holder for a small rectangular beam splitter lens positioned at a 45-degree angle to reflect the display into the user's eye. The lens holder should be thin, precise, and aligned for a heads-up display effect.

Include internal channels or clips along the frame arms for routing small wires. Add a compact housing section on the side for an ESP32 microcontroller and small battery.

The design should be ergonomic, balanced, and wearable, with smooth edges and realistic proportions. Avoid bulky sci-fi exaggeration. Make it practic

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Anonymous1775655982

MAIN GOAL: (smartwatch + reminder system)
- a wearable wrist device that reminds patients to take their medication through vibration or sound alerts. It also monitors basic vital signs (heart rate and activity level) using built-in sensors and syncs the data to a mobile application via Bluetooth for tracking and healthcare support. The integration of wearable biosensors and digital reminder systems can improve medication adherence and support better management of chronic diseases.

Features
1. Medication Adherence (Behavioral Science)
• Reminders improve habit formation
• Reduces missed doses
2. Heart Rate Monitoring (Physiology)
• Use photoplethysmography (PPG)
• Detects blood flow using light
3. Motion Detection (Physics)
• Accelerometer tracks movement/activity
4. Wireless Communication (Technology)
• Bluetooth sends data to mobile app

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