KidzRobotix Table Top Robot Build Kit With Edge Detection
KidzRobotix Table Top Robot Build Kit With Edge Detection
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$19.99
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Product Overview
The KidzRobotix Table Top Robot is a build-it-yourself robotic crab that walks sideways across flat surfaces and automatically detects edges to avoid falling off. This motorized kit features snap-together assembly with no glue required and includes all the components needed to build a crab with edge-detection technology and impact-absorbing legs. Once assembled and switched on, the robot navigates tables and platforms independently, making swift turns when it senses an edge and performing acrobatic movements as it moves.
- Smart edge-detection system senses platform edges and triggers automatic turns to prevent falls
- Sideways walking motion mimics real crab movement using clever gear mechanics
- Snap-together construction requires no glue or tools for assembly
- Durable impact-absorbing legs handle repeated tabletop acrobatics
- Combines hands-on building with STEM learning through robotics and engineering concepts
WARNING:
CHOKING HAZARD
Small parts. Not for children under 3 years.
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Full Details
Care Notes
- cleaning: Wipe the assembled robot with a dry cloth to remove dust from gears and sensors.
- storage: Store in a dry location away from moisture to protect the electronic components and motor.
Use Cases
- STEM learning project for elementary school students
- Hands-on robotics introduction for young builders
- Birthday gift for children interested in engineering
- Rainy day building activity at home
- Science fair demonstration project
- After-school STEM club activity
Skills Developed
- primary skill: Engineering thinking through assembling a functional robot with moving parts and sensors
- fine motor: Precision hand movements required to connect small gears, motors, and electronic components
- problem solving: Troubleshooting assembly steps and understanding how mechanical and electronic systems interact
- STEM concepts: Practical introduction to robotics, sensors, gear mechanics, and automated decision-making
Age Suitability
- minimum safe age: 8 years
- ideal age range: 8-12 years
- developmental fit: 8-10 years: Children can follow assembly instructions with minimal help and understand the basic mechanics of gears and sensors. 11-12 years: Older children can complete the build independently and grasp the engineering principles behind edge detection and motorized movement.
Play Patterns
- primary play type: Construction and experimentation
- play structure: Sequential building phase followed by testing and observation of the robot's autonomous behavior
- social context: Individual building project with opportunities to demonstrate the finished robot to family and friends
- adult involvement: Adult guidance helpful during initial assembly, minimal supervision needed once robot is operational
- play progression: Begins with step-by-step construction, transitions to testing the edge-detection feature on different surfaces and platforms
- session length: Assembly takes 1-2 hours depending on skill level, followed by ongoing play sessions watching the robot navigate
Why It Works
- primary benefit: Combines hands-on building with robotics concepts, teaching children how sensors and motors work together in a functioning machine.
- secondary benefit: The edge-detection feature demonstrates real-world engineering applications in an engaging, visual way that children can observe and understand.
What Makes It Fun
- Build a robotic crab that detects table edges and makes swift turns all on its own.
Why They'll Love It
- * Edge detection tech stops it from falling off tables * Sideways scuttling motion mimics a real crab * Build-it-yourself kit teaches robotics through assembly
Customer Q&A
How does the edge detection work?
The robot is equipped with sensors that detect when it reaches the edge of a table or platform, triggering an automatic turn to prevent falling off.
Does the robot move like a real crab?
Yes, the robot walks sideways like a real crab using gear mechanics built into the assembly.
Does this kit require assembly?
Yes, this is a build-it-yourself kit that requires full assembly before the robot can operate.
What surfaces can the robot walk on?
The robot can navigate any flat platform surface, including table tops and toy boxes, as long as it has clear edges for the detection system to sense.
