DIY Auto Drive Tracking Car – STEM Educational Kit
![auto drive tracking car osmosis in potato experiment]()
![osmosis in potato experiment inspired STEM robot]()
![physics experiment class 10 tracking car model]()
![osmosis in potato experiment science model]()
![physics experiment class 10 robotics project]()
![auto drive tracking car osmosis in potato experiment]()
![osmosis in potato experiment inspired STEM robot]()
![physics experiment class 10 tracking car model]()
![osmosis in potato experiment science model]()
![physics experiment class 10 robotics project]()
Learning Wrapped in Fun: Makes robotics approachable for students studying physics experiment class 10 topics.
Confidence and Achievement: Completing this osmosis in potato experiment-aligned model boosts logical thinking and presentation skills.
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DIY Auto Drive Tracking Car – STEM Educational Kit
Available:In Stock
- Product SKU: LGPW157
₹ 649
₹ 799
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Description
DIY Auto Drive Tracking Car – STEM Educational Kit
The DIY Auto Drive Tracking Car is a versatile STEM educational kit that supports interdisciplinary learning, including concepts explained in the osmosis in potato experiment. It is also suitable for demonstrations aligned with physics experiment class 10, helping students understand automation, sensing, and controlled movement. This compact car follows a predefined track autonomously, making it an engaging learning tool for classrooms and exhibitions.Materials and User Manual
- Baseboard: A wooden platform for mounting all components.
- Electric Motors with Wheels: For providing movement to the car.
- Line-Following Sensors: Infrared (IR) sensors for detecting the track.
- Battery Holder: Power supply for the car’s electronics.
- Circuit Board: Processes sensor signals and controls the motors.
- Connecting Wires: To establish connections between components.
- Switch: To turn the car on and off.
- Miscellaneous Hardware: Screws, bolts, and screw driver for assembly.
- User Manual: All the design details are elaborated in documents with this.
Osmosis in Potato Experiment – Working Logic
Although primarily a robotics kit, the tracking logic helps learners draw parallels with control systems discussed in the osmosis in potato experiment, where response and balance are key concepts. Infrared sensors detect the line path and send signals to the circuit board, which adjusts motor speed and direction. This principle-based control approach also supports demonstrations used in physics experiment class 10 curricula.Advantages of This Science Project
Quality Time Together: Encourages collaborative learning while exploring the osmosis in potato experiment concept through automation.Learning Wrapped in Fun: Makes robotics approachable for students studying physics experiment class 10 topics.
Confidence and Achievement: Completing this osmosis in potato experiment-aligned model boosts logical thinking and presentation skills.
Features of This Science Project
- Promotes practical understanding of automation and sensing.
- Easy to assemble and exhibition-ready.
- Enhances analytical skills used in physics experiment class 10.
- Encourages curiosity and experimentation.
- Supports interdisciplinary learning including the osmosis in potato experiment.
- Uses environmentally friendly materials.
- Includes paper-based assembly instructions.
Physical Attributes
- Dimensions (cm) L x W x H : 14 x 6.5 x 9.5
- Weight (gm): 246
Package Includes
- 1 x DIY Auto Drive Tracking Car – STEM Educational Kit
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