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Quadruped Dino Kit – Triceratops
| SKU | S1378001 |
| Product Name | Quadruped Dino Kit – Triceratops |
| Compatible Platforms | Unitree Go2 • Unitree Go2-W • Unitree A2 • Other Compatible Quadruped Robot Platforms |
| Key Features | Semi-permanent dinosaur-themed exterior transformation system designed for commercially available quadruped robots.Designed to create a realistic robot dinosaur appearance while maintaining the original mobility and control characteristics of the robot platform. • Preserves original robot locomotion and control functionality • Permanent handcrafted dinosaur appearance with realistic sculpting and textured skin • Lightweight multi-layer construction optimized for robotic platforms • Integrated battery-access design without removing the exterior assembly • Suitable for indoor and outdoor commercial applications |
| Exterior Construction | Body Sculpting Layer: High-density polyurethane foam Texture Skin Layer: 3D-textured textile skin with reptilian detailing Surface Finish Layer: Flexible airbrushed acrylic coating with custom color gradients |
| Customization Options | Custom appearance packages allow each robot dinosaur to be configured for specific educational, entertainment, or promotional applications. Dinosaur Species: T-Rex, Velociraptor, Triceratops, Dragon and custom creatures Appearance: Custom skin texture, scale patterns and color schemes Lighting Effects: LED eyes, spine lighting and special effects Audio System: Dinosaur roars, ambient sounds and programmable playback Branding: Custom logos, sponsor graphics and educational displays |
| Application Scenarios | Robot Dinosaur Exhibits & Educational Displays | Theme Parks & Attractions | Science Centers | Retail Activations & Brand Promotions | Commercial Exhibitions | Children’s Interactive Zones | Entertainment Venues | Walk-Around Character Experiences |
I.Basic Product Information
| Product Name | S1378001 Quadruped Dino Kit – Triceratops |
|---|---|
| Product Positioning | Semi-permanent dinosaur-themed exterior transformation system for commercially available quadruped robots, designed to enhance visual appearance while preserving original locomotion and operational functionality. This kit turns compatible quadruped platforms into a life-like robot dinosaur |
| Product Type | Dinosaur‑themed exterior modification for quadruped robots |
| Product Relationship Statement | This product is an aftermarket exterior modification system and is not manufactured, supplied, endorsed, or certified by the original robot manufacturer. All trademarks and product names remain the property of their respective owners and are used solely to indicate compatibility. |
II-A. Body Sculpting Underlayer
Material High-density polyurethane foam |
Function Dinosaur musculature shaping, tail construction, body contour enhancement, limb profile modification |
Manufacturing Method Hand carving, manual shaping, adhesive bonding |
II-B. Texture Skin Layer
Material 3D-printed textile fabric with integrated reptilian surface textures |
Function Surface detailing, scale simulation, flexible movement accommodation |
Manufacturing Method Digital pattern fabrication, hand application, stitching and bonding |
II-C. Surface Finish Layer
Material Flexible water-based acrylic coating system |
Function Color gradients, seam blending, visual realism |
Manufacturing Method Airbrush painting, layered color application, manual detailing |
III. Battery Access System
| Access Design | Concealed zipper opening |
|---|---|
| Typical Placement | Belly seam, dorsal seam, rear access panel |
| Function | Designed to facilitate battery access without requiring full removal of the exterior assembly. Actual accessibility may vary depending on robot model and installation configuration |
IV. Operational Characteristics
- Retained from original platform: Degrees of Freedom, Locomotion Modes
- Unchanged: Communication System, Control Interfaces, Battery (Type/Voltage), Firmware, Control Latency (no electronic/software modifications)
- Speed Performance: No intentional modification to the original locomotion system. Actual performance may vary depending on payload and operating conditions
- Operating Noise: No intentional modification to the original drive system. Actual noise levels may vary depending on installation and operating conditions
- Runtime: Operating runtime may be reduced due to additional exterior weight and associated power consumption
V-A. Reference Payload Specifications
Unitree®, Go2®, Go2-W® and A2® are trademarks of their respective owners. Reference to these platforms is provided solely for compatibility illustration and does not imply endorsement, affiliation, or approval by the original manufacturer.
| Design Principle | Exterior modifications should remain within manufacturer-published payload capabilities |
|---|---|
| Potential Effects of Excess Payload | Reduced battery endurance, reduced stability, increased actuator load, reduced self-righting capability, accelerated wear |
| Reference Payload Data | Platform: Unitree Go2 | Continuous Payload:7–8 kg | Approx. Weight:15 kg Platform: Unitree Go2-W | Continuous Payload:8 kg | Approx. Weight:15 kg Platform: Unitree A2 | Continuous Payload:25 kg | Approx. Weight:42 kg |
V-B. Recommended Exterior Weight Allocation
| Engineering Recommendation(Non-Manufacturer Specification) | Exterior Assembly Weight = Continuous Payload × 25–35% |
|---|---|
| Examples | Go2: Payload 8 kg | Recommended Exterior Weight 2.0–2.8 kg A2: Payload 25 kg | Recommended Exterior Weight 6.3–8.8 kg |
V-C. Weight Optimization Strategies & Quality Verification
| Weight Optimization Strategies | • Medium-density foam (25–35 kg/m³) • Lightweight textile skins • Internal cavity relief carving • Reduced material thickness in non-visible areas • Thin-layer paint application |
|---|---|
| Quality Verification | • Total mass measurement • Weight record documentation • Functional movement and stability inspection |
VI. Optional Modular Add-Ons
Optional modules are independent accessory systems and do not modify the robot’s original control architecture, firmware, or safety functions.
| Sound Effects Module | • Dinosaur vocalizations • Motion-triggered playback • Programmable audio library |
|---|---|
| Lighting Module | • LED eyes • Spine illumination • Decorative LED lighting effects. |
| Custom Paint Schemes | • Tropical Jungle • Desert Predator • Fantasy Creature • Ice Age Variant • Client-Specific Design |
| Branding Integration | • Painted logos • Printed graphics • Sponsor branding • Educational graphics |
VII-A. Usage, Maintenance & Support
| Environment | Compatible with operating environments specified by the original robot manufacturer |
|---|---|
| Environmental Performance | Environmental performance may be affected by exterior installation features such as access openings and should be evaluated for the specific configuration |
| Moisture Protection | Prevent water ingress through zipper openings, seams, and other exterior access points. This product is not intended to improve the robot’s original environmental protection rating |
| Surface Type | Flat, dry surfaces preferred |
| Cleaning | Damp cloth only |
| Solvents | Not recommended |
VII-B. Storage & Support
| Storage | Avoid prolonged UV exposure |
|---|---|
| Humidity | Store in dry conditions |
| Repair Policy | Major repairs and structural modifications should be performed by the manufacturer or authorized service personnel. Routine battery access through designated openings does not constitute disassembly |
| Support | • Exterior repair service • Technical consultation • Maintenance guidance • Replacement component support |
Engineering Disclaimer
This product is an aftermarket visual modification kit for quadruped robots and does not modify the robot’s electronics, firmware, control architecture, or safety functions. Compatibility and performance may vary depending on robot model, configuration, installation, and operating conditions. Users are responsible for verifying suitability and ensuring operation within the limits specified by the original robot manufacturer.
Advanced robot dinosaur platform combining quadruped robotics with realistic dinosaur-inspired appearance.
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