PROJECT PITCH
A groundbreaking robot that flies, crawls, and adapts to your needs. Lightweight, modular, and endlessly versatile—it's your perfect partner for exploration, creativity, and adventure.
MIND MAP & DESIGN SOLUTION
TARGET AUDIENCE
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Outdoor Enthusiasts: Individuals who frequently explore outdoor activities like hiking, camping, or traveling.
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Tech Enthusiasts: People keen on cutting-edge technology, AI applications, and robotics.
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Personalization Seekers: Users who enjoy customizing their gadgets to match their unique lifestyles and preferences.
USE CASE
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Outdoor Companion: Guides and assists during hikes or outdoor adventures. Tracks environmental conditions and helps navigate trails.
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AI Pet: Offers companionship without the maintenance of a real pet.It can be a source of comfort and entertainment for individuals.
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Tech Gadget: Showcases advanced technology to impress friends and family.Serves as an innovative tool for hobbyists and tech enthusiasts.
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Personal Assistant: Helps manage schedules and automate smart home devices.Acts as a portable productivity booster during outdoor or travel activities.
MOODBOARD
DRAWING DIAGRAM
CAD MODEL
MAIN BODY
The robot's main body is powered by a Raspberry Pi 5 and built on a HAT chip platform. It is equipped with an infrared camera and an AI camera, along with an ultrasonic sensor mounted beneath for enhanced functionality.
INFRARED LIGHT CAMERA
AI CAMERA
SPEAKER
RASPBERRY PI 5
HAT CHIP
CRAWLER
A crawler equipped with advanced mobility mechanics and artificial intelligence can serve as the ideal daily companion. Integrated with a GPT model, it enables seamless communication with its master
FUNCTIONALITY
This quadrupled robot is engineered for ultimate adaptability, featuring four coordinated crawlers that enable it to navigate any terrain seamlessly. With the ability to climb, crawl, stand, and lower itself, it offers diverse movement capabilities powered by its 3 degrees of freedom (DOF) for precise and efficient motion control.
FACE ID
This robot is designed to respond to its owner. Before use, the owner must register their face ID by looking at the camera. With facial recognition technology, the robot will identify and follow its owner at all times.
SECURITY MODE
When monitoring its master at rest or at late night, the robot automatically retracts its limbs and transitions into security mode, conserving energy and only using its infrared camera to ensure operational efficiency.
CLAW
In certain situations, the robot's claw can be used to grab objects, especially when hiking or in scenarios where using your hands isn't feasible. The robot provides a convenient and reliable solution for such tasks.
DRONE
With quick adaptor, the quadrupled crawler can turn into a drone to handle more complex task and be more versatile.
MISSION
For frequent outdoor use, the robot features a drone adapter, allowing it to seamlessly transform from a crawler into a drone. This capability enables it to navigate complex terrains with ease and transmit satellite signals to a connected phone, providing updates on upcoming conditions.
EXTRA FEATURE
If you're a filmmaker or looking for something more dynamic, the panel underneath allows you to mount various types of compact aviation cameras, offering compatibility with different models.
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RENDER
Through In - situation renderings, the robot gives clear and relatable examples of how it can fit into and enhance everyday interactions with people.
PROTOTYPING
The shell is created using manufacturing methods like CNC machining and 3D printing, incorporating 12 servo motors and a variety of sensors. Python is utilized to enable rapid prototyping and iterative development.
HARDWARE
PHYSICAL PROTOTYPE
