UGOT AI Space Exploration Robot Kit - STEM Educational Toy for Kids & Teens - Learn Coding & Robotics - Perfect for School Projects & Science Fairs

Product Description

UGOT AI Space Exploration

• Grades: 7-12
• Number of Students: 2-4
• Number of Lessons or Activities: 5 Robot Builds
• Additional Resources:

Highlights:

UGOT Series

UBTECH's UGOT robotics kits are at the forefront of AI-driven education. Easy to build and program, they empower students to tackle real-world problems through collaborative learning. Though these robots are capable of advanced AI interactions, including multi-algorithm processing and offline model training, they are designed to scale at any level. Because of this, UGOT systems ensure an inclusive learning environment for all students. 

With UGOT in the classroom, educators can push the boundaries of AI education while promoting collaborative skills and teamwork. The goal of UGOT educational systems is to engage students with advanced practices within STEM and coding such as computer vision, machine learning, and programming, thus preparing them for a technological-driven future.

AI Space Exploration

The UGOT intermediate-level kit, AI Space Exploration, fosters AI and computer science learning through easy-to-build versatile robots and python programming. Geared for grades 7-12, the kit immerses students in a hands-on curriculum where they will use programming and the UGOT robots to complete several space exploratory missions. They will work together as a part of the ‘Red Planet Pioneers’ and overcome various challenges, applying AI concepts such as natural language processing, sound localization, sensor integration, and more throughout each lesson activity. The UGOT AI Space Exploration robotics kit makes Python learning accessible, sparking the imagination of students and how AI technology will shape the future.

Key Benefits

• Real-World Problem Solving: Curriculum features a scenario designed to bring the classroom together and think about solving a potential real-world issue.
• Engineering and Computational Thinking: Application of engineering design and computational thinking skills.
• Collaborative Learning: Students will have to work together and learn from each other to solve the prompts and challenges using UGOT systems.
• Enhanced Problem Solving: Students develop critical problem-solving skills by engaging in a real-world activity where they must apply what they’ve learned to solve a prompt.

What's Included:

• 1 Main Controller
• 1 TOF Module
• 1 Camera Module
• 8 Servos
• 4 Gear Motors
• 10 Bionic Connectors
  
• 4 Rubber Wheels
• 4 Arc Feet
• 4 Point Feet
• 1 Bluetooth Controller
  
• Props Kit that includes:
  • EVA terrain module, cubes, balls, cards, etc.
    

Technical Specifications:

High-performance Computing Pushes the Boundaries of AI Education

The main control integrates CPU, GPU, and NPU chips and provides 1TOPS of computing power, enabling multi-algorithm processing, advanced algorithm models processing, offline model training, etc. UGOT fits more learning scenarios with endless possibilities.

Explore AI Technology with Diverse Algorithms

High computing power integrated with built-in algorithms enables UGOT to recognize gestures, human postures, faces, texts, objects, etc. You can experience a full range of AI capabilities while playing with UGOT.

Open Source Ecosystem Creating Infinite Possibilities

UGOT supports third-party open-source hardware such as Micro Bit, Arduino, Raspberry Pi. You can also build your own robots with DIY components. An open Python SDK is provided for futher development.

Technical Specifics:

• CPU: Quad-core Cortex – A55, yp to 1.8GHz, NPU 1TOPS
• WiFi: 2.4G/5.8G dual-band, 802.11 a/b/g/n/ac
• BLE: Bluetooth 5.0
• Memory: LPDDR4 2GB (RAM); eMMC 32GB (ROM)
• Interface: USB 2.0*1, USB 3.0*1, UGOT Connector*6, USB-C*1, 9PIN*1, GPIO*1
• Charging: P3.5*10 mm; 19V-1A
• Operating Time: 2.5 Hours
• Camera: RGB Camera 720p
• Sensors: 3-axis accelerometer; 3-axis gyroscope; 3-axis geomagnetic sensor; ToF Sensor
• Actuators: High-speed brushed DC servomotor x 4 (wheels), Brushed DC servomotors x 8 (joints)
• Microphone: 3-Microphone Array
• Battery: 2600mAh 11.1V lithium-ion rechargeable Battery
• Speaker: 1W
• Max Speed: 160 cm/s