Quick Summary: The STEM Coding Ultimate AI Kit (#576108) from fischertechnik Education is the upgraded replacement for the Robotics TXT 4.0 Base Set (#559888) and serves as a hands-on high school robotics and AI kit. Designed for upper middle and high school students, it allows learners to explore robotics, coding, and artificial intelligence through 12 versatile, expandable models. With Blockly and Python programming, a powerful TXT 4.0 controller, and real sensors and actuators, students gain practical experience tackling real-world challenges. Optional add-on sets for autonomous driving, IoT, AI, industrial robotics, Omniwheels, and competitions make it a flexible, classroom-ready solution for project-based STEM learning.
Ideal High School Robotics and AI Kit
The STEM Coding Ultimate AI Kit offers more than just building blocks; it provides students with an authentic, hands-on experience for learning robotics, coding, and artificial intelligence. With 12 versatile, expandable models, learners explore real-world concepts like object recognition, automated decision-making, machine learning, and AI programming. Two of the models are designed for team-based projects, teaching students how to link TXT 4.0 controllers and collaborate on problem-solving challenges.
For educators, the kit combines a powerful TXT 4.0 controller, intuitive sensors, actuators, and a user-friendly app into a curriculum-ready solution. Students can experiment and test solutions while developing technical, methodological, and social skills, all within lessons that are easy to integrate, regardless of the teacher’s prior programming experience. This balance of student engagement and classroom flexibility makes it an ideal choice for project-based STEM learning in high school classrooms.
Student Learning Benefits
The STEM Coding Ultimate AI Kit allows students to explore robotics, coding, and AI in a hands-on, real-world context. By building and programming models, learners develop a deep understanding of computer science principles while seeing how sensors, motors, and actuators work in practical applications.
Beyond technical skills, the kit encourages students to think critically and solve complex problems. Team-based models and collaborative challenges help students practice communication, project planning, and teamwork, skills that are essential for success in STEM fields. Through guided projects and open-ended tasks, students not only learn how to program and control robots but also gain confidence in experimenting, testing, and refining their solutions.
What’s Included in the Kit
This powerful robotics and AI kit provides everything students need to build and program 12 models:
TXT 4.0 controller- Ultrasonic sensor
- Two encoder motors
- USB camera for image recognition
- Track sensor
- Two mini push buttons
- Phototransistor
- NTC resistor
- Five LEDs
- USB-C battery
- 224 fischertechnik building parts
With these components, students can explore real-world STEM applications like distance measurement, line following, object recognition, and automated decision-making.
Expand Learning with Add-On Sets
The base kit can be extended with add-ons to deepen understanding and provide multi-level challenges:
✅ Autonomous Driving Add-On Set:
Explore self-driving concepts, sensor-based control, and speed and distance measurement
✅ IoT Add-On Set:
Learn about data acquisition, network connections, cloud computing, and smart devices
✅ AI Add-On Set:
Introduce students to the principles of artificial intelligence through hands-on models
✅ Industrial Robotics Add-On Set:
Study industrial robots and real-world applications in the workforce
✅ Omniwheels Add-On Set:
Build vehicles to learn about omni-directional movement, object recognition, image processing, and soccer robotics
✅ Competition Add-On Set:
Prepare students for robotics contests or collaborative class projects
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IoT Add-on Set:
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AI Add-on Set: |
Industrial Robotics Add-on Set:  |
Omniwheels Add-on Set:
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Competition Add-on:  |
Why Educators Choose fischertechnik Education
fischertechnik Education kits provide high-quality, realistic components and well-structured, problem-based activities. Combined with the TXT 4.0 controller and app, they give students the chance to experiment, test solutions, and build confidence in STEM subjects. As the North American distributor, Studica supports teachers with curriculum-aligned lesson plans, teacher guides, and additional resources to make classroom implementation simple and effective.
Frequently Asked Questions
What makes the STEM Coding Ultimate AI Kit different from the previous TXT 4.0 Base Set?
This kit adds AI-focused lessons, team-based models, and expanded hands-on activities while continuing to support Blockly and Python programming.
Can it be combined with other fischertechnik add-on sets?
Yes, it’s compatible with add-ons for AI, autonomous driving, IoT, industrial robots, Omniwheels, and competitions.
How many students can use one kit?
The kit is designed for 2–4 students, ideal for group projects and collaborative learning.
What programming skills do students learn?
Students gain practical experience with Blockly and Python programming, coding sensors, actuators, and AI-based tasks.
What STEM topics are covered?
Robotics, AI, object recognition, automated decision-making, machine learning, neural networks, and real-world engineering applications.
Bring Robotics and AI to Life
Whether introducing students to robotics and coding or expanding their knowledge of artificial intelligence, the STEM Coding Ultimate AI Kit provides a hands-on, engaging solution for high school classrooms. Its versatile models and real-world applications support project-based learning while aligning with curriculum goals. By combining technical challenges with collaborative projects, the kit helps students develop critical STEM skills while giving educators a flexible, easy-to-integrate tool for teaching robotics, AI, and coding. It’s an ideal choice for any high school seeking to bring robotics and AI education to life.
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