Educational Robot entries on this site are research leads assembled from supplier or manufacturer materials. Inclusion does not establish current availability, regulatory compliance, performance, suitability or supplier identity for a transaction.
For each candidate, confirm the exact model and revision, intended task, operating environment, test conditions, integration scope, safety and compliance documents, software terms, warranty, spare parts and service arrangements. Request official documents and a current itemized quotation, then validate material claims in a representative acceptance test.
Makeblock mBot2 is a catalogue entry associated with Makeblock. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
DJI RoboMaster S1 is a catalogue entry associated with DJI. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
weight: 3.3kgprocessor: Custom AI modulesensors: 6 hit detectors + vision
UBTech Yanshee is a catalogue entry associated with UBTech Robotics. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
height: 37.5cmweight: 2.9kgprocessor: Raspberry Pi
Model-specific source not yet recorded. Manufacturer reference (company information only).
Hiwonder TurboPi is a catalogue entry associated with Hiwonder. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
weight: 0.8kgprocessor: Raspberry Pi 4Bsensors: Camera + ultrasonic + line follower
Model-specific source not yet recorded. Manufacturer reference (company information only).
myCobot 280 M5Stack is listed by Elephant Robotics as a six-axis robotic arm. Confirm the exact configuration, current specifications, availability, destination-market requirements and quotation with Elephant Robotics or an authorized seller. GrabaRobot has not independently tested this product.
myCobot 280 Pi 2023 is listed by Elephant Robotics as a six-axis robotic arm with Raspberry Pi support. Confirm the exact configuration, current specifications, availability, destination-market requirements and quotation with Elephant Robotics or an authorized seller. GrabaRobot has not independently tested this product.
Robolink Zowi is a catalogue entry associated with Robolink. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
type: Biped walking robot kitmicrocontroller: Arduino-compatibleconnectivity: Bluetooth (smartphone control)
DOBOT Magician E6 is a catalogue entry associated with Dobot. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
DOBOT Magician is a catalogue entry associated with Dobot. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
DOBOT Magician Lite is a catalogue entry associated with Dobot. Confirm the exact model, current configuration, specifications, availability, destination-market requirements and quotation with the manufacturer or an authorized seller. GrabaRobot has not independently tested this product.
Degree of Freedom: 4Maximum Load: 250 gMax Reach: 340 mm
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Frequently Asked Questions
How much do educational robots cost?
This directory does not establish a current educational robot transaction price. Request dated, itemized quotations for the exact model, quantity and destination. Compare hardware, tooling, integration, safety equipment, software, delivery, tax, installation, training, acceptance, warranty, spare parts and support on the same scope.
What age ranges are educational robots designed for?
These values are model-specific supplier claims and depend on stated test conditions. Obtain the current datasheet and test method for the exact offered configuration, then verify the material limits with representative loads, surfaces, distances and operating conditions during acceptance.
What coding platforms do educational robots support?
Request the model-specific maintenance schedule, consumables, battery or component limits, warranty exclusions, spare-parts list, service locations and response terms in writing. Confirm which party performs each task and test availability before purchase; this directory does not establish a typical service life or support level.
How are educational robots used in classrooms?
Treat the catalogue entry as a research lead. Confirm the exact educational robot model, current availability, supplier identity, documented specifications, operating limits, integration scope, safety information, warranty and support. Verify decision-critical claims in writing and in a representative acceptance test.
Can I buy educational robots wholesale from China?
Treat the catalogue entry as a research lead. Confirm the exact educational robot model, current availability, supplier identity, documented specifications, operating limits, integration scope, safety information, warranty and support. Verify decision-critical claims in writing and in a representative acceptance test.
What are the benefits of STEM robotics education?
Treat the catalogue entry as a research lead. Confirm the exact educational robot model, current availability, supplier identity, documented specifications, operating limits, integration scope, safety information, warranty and support. Verify decision-critical claims in writing and in a representative acceptance test.
How should we choose a robot for a competition?
Start with the actual task, environment, interfaces, hazards and acceptance criteria. Compare exact models on the same requirements, distinguish supplier-stated fields from independently checked records, and request current documents and complete quotations. The directory does not rank products or establish suitability.
How should classroom sets be compared?
Use the same number of working student groups, lesson materials, accessories and teacher support. A kit count alone hides missing resources.
Does a competition-themed robot qualify for an event?
No. Obtain the organiser’s current equipment rules for the specific event and age division.
What should a university lab verify?
Confirm control access, reproducible software versions, logs, calibration and safe mounting for the intended experiment rather than relying on a general education label.
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