In Stock
Bluebot robot with programming bar
₹2,000.00
The StemAids Bluebot Robot with Programming Bar is an interactive educational robotics kit designed to introduce children to coding, sequencing, logic, direction, and problem-solving through hands-on learning. The set combines a Bluetooth-enabled Bluebot robot with a tactile programming bar, allowing learners to build programs physically using command tiles before sending the sequence to the robot.
This makes coding visible, practical, and engaging. Instead of only pressing buttons or using a screen, children can place physical tiles in order, test the route, identify mistakes, rearrange commands, and debug their program.
The transparent body of the Bluebot robot helps learners see internal components, encouraging curiosity about robotics and technology. The programming bar supports screen-free coding activities and helps students understand algorithms, sequencing, directional language, computational thinking, and cause-and-effect.
Key Features
- Includes Bluebot robot and tactile programming bar
- Helps children learn coding through physical command tiles
- Supports screen-free programming and hands-on debugging
- Bluetooth connection between robot and programming bar
- Transparent robot shell shows internal components
- Bluebot moves in step-based commands for route planning
- Programming bar supports tactile, visual, and collaborative learning
- Useful for STEM, ICT, math, literacy, storytelling, and problem-solving
- Suitable for individual, pair, and group classroom activities
- Ideal for schools, STEM labs, coding clubs, and early learning centers
Product Specifications
| Brand Name | StemAids |
|---|---|
| Product Name | StemAids Bluebot Robot with Programming Bar |
| Product Type | Bluetooth Programmable Educational Robot Kit |
| Main Components | Bluebot robot, programming bar, command tiles, charging cable |
| Compatible Learning Style | Screen-free coding, tactile coding, and app-based coding where supported |
| Robot Connectivity | Bluetooth |
| Programming Bar Connectivity | Bluetooth connection to Bluebot |
| Programming Bar Slots | Common versions include 10 tile positions |
| Command Tiles | Common sets include 25 tactile command tiles |
| Extendable Programming | Up to 3 programming bars may be connected for longer sequences, depending on model |
| Robot Movement | Forward, backward, left turn, and right turn |
| Step Distance | Approx. 15 cm per forward/backward command |
| Turn Angle | 90° left or right |
| Robot Body | Transparent shell for visible internal components |
| Battery Type | Rechargeable robot and rechargeable programming bar |
| Charging Method | USB charging cable or compatible charging station, depending on SKU |
| Subjects Supported | Coding, STEM, ICT, math, logic, sequencing, storytelling, and spatial awareness |
| Recommended Use | Classroom coding, STEM labs, robotics clubs, home learning, and workshops |
| Recommended Users | Teachers, students, parents, STEM educators, and coding trainers |
| Age Suitability | Commonly suitable for early years and primary learners; confirm local safety labeling |
| Included Accessories | May vary by SKU; verify final StemAids package contents before publishing |
Note: Package contents, tile quantity, charging accessories, app compatibility, age labeling, and technical specifications may vary by production batch or SKU. Please verify the final StemAids product details before publishing on packaging, catalogues, or ecommerce listings.
How to Use StemAids Bluebot Robot with Programming Bar
- Fully charge the Bluebot robot and programming bar before use.
- Turn on the Bluebot robot.
- Turn on the programming bar.
- Pair the programming bar with the Bluebot using Bluetooth.
- Place the Bluebot on a flat surface or coding mat.
- Choose a start point and target location.
- Insert command tiles into the programming bar in the correct sequence.
- Press Go on the programming bar to send the program to the robot.
- Watch the Bluebot follow the programmed route.
- If the robot does not reach the target, rearrange the tiles and debug the program.
- Repeat with new routes, maps, challenges, numbers, letters, or story activities.
Classroom Activity Ideas
- Program Bluebot to move from one letter to another
- Create number paths for counting and addition
- Build a route through a farm, city, map, or story mat
- Ask students to predict where the robot will stop
- Use the programming bar to teach algorithm order
- Let students debug an incorrect tile sequence
- Create group coding challenges with roles such as planner, programmer, tester, and debugger
- Connect coding with storytelling by making the robot visit story characters in order
- Use mats to teach direction, distance, estimation, and spatial awareness
Learning Benefits
The StemAids Bluebot Robot with Programming Bar supports active STEM learning by helping students understand programming as a sequence of clear instructions. Learners can physically arrange commands, test their program, and correct mistakes, making abstract coding concepts easier to understand.
- Develops algorithmic thinking
- Builds logical reasoning and sequencing skills
- Improves problem-solving and debugging confidence
- Supports teamwork and classroom collaboration
- Strengthens directional language and spatial awareness
- Encourages early robotics and computational thinking
Care and Safety Instructions
- Use the robot and programming bar on a clean, flat indoor surface.
- Charge only with the supplied or recommended charging cable.
- Do not expose the robot, programming bar, or tiles to water.
- Keep command tiles stored safely after use.
- Do not drop, step on, or force the programming bar slots.
- Adult supervision is recommended for younger learners.
FAQ
What is the StemAids Bluebot Robot with Programming Bar used for?
It is used to teach children coding, sequencing, logical thinking, direction, robotics, and problem-solving through hands-on activities.
What does the programming bar do?
The programming bar lets children create a program by placing physical command tiles in order. The sequence is then sent to the Bluebot robot through Bluetooth.
Can children use the Bluebot without a screen?
Yes. Children can use the onboard robot buttons or the programming bar for screen-free coding activities.
How many command tiles does the programming bar use?
Common programming bar sets include 25 tactile command tiles. Final contents may vary by SKU.
How many commands can one programming bar hold?
Common programming bars include 10 tile slots. Some systems allow up to three bars to be connected for longer programs.
Does the Bluebot robot support Bluetooth?
Yes. Bluebot-style robots commonly support Bluetooth for connection with compatible apps and programming accessories.
How far does Bluebot move in one step?
Bluebot commonly moves approximately 15 cm for each forward or backward command.
What angle does Bluebot turn?
Bluebot commonly turns 90° left or right for each turn command.
Is this kit suitable for schools?
Yes. It is suitable for schools, STEM labs, coding clubs, libraries, workshops, and early learning classrooms.
Are mats included with the kit?
Mats are not included unless sold as part of a bundle. Please check the final StemAids package contents before listing.
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