Obstacle Bot! Bionic Car Obstacle Avoidance Robot STEM Project
![obstacle avoidance robot STEM kit for drone science project]()
![bionic car obstacle avoidance robot science working model]()
![DIY robotics model for drone science project students]()
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![DIY bionic car obstacle avoidance robot STEM project]()
![obstacle avoidance robot for drone science project exhibition]()
![obstacle avoidance robot STEM kit for drone science project]()
![bionic car obstacle avoidance robot science working model]()
![DIY robotics model for drone science project students]()
![mechanical obstacle avoidance car without coding]()
![DIY bionic car obstacle avoidance robot STEM project]()
![obstacle avoidance robot for drone science project exhibition]()
As a drone science project, it allows learners to build a robot car that automatically changes direction on impact. This approach supports early STEM understanding and also complements interdisciplinary learning alongside a photosynthesis science project, making it suitable for diverse academic needs.
This repetitive cycle mirrors decision-based systems often explained in a photosynthesis science project, where inputs lead to predictable outcomes. Therefore, the model works as a reliable drone science project for demonstrating motion control without sensors or programming.
Beginner-Friendly Build: Mechanical design makes it suitable alongside a photosynthesis science project in school exhibitions.
Hands-On STEM Learning: Reinforces gears, motion transfer, and energy flow concepts used in both robotics and a photosynthesis science project.
Battery Powered: Simple electrical setup using AA batteries.
Exhibition Ready: A proven drone science project choice for science fairs and classroom demos.
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Obstacle Bot! Bionic Car Obstacle Avoidance Robot STEM Project
Available:In Stock
- Product SKU: LGPW283
₹ 319
₹ 399
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Specification
Description
Obstacle Bot! Bionic Car Obstacle Avoidance Robot STEM Project
The Obstacle Bot! Bionic Car Obstacle Avoidance Robot STEM Project is a hands-on learning kit ideal for a drone science project that helps students explore robotics through mechanical logic rather than coding. Designed for classrooms and exhibitions, this model connects concepts commonly discussed in a photosynthesis science project by demonstrating cause-and-effect systems using motion and energy transfer.As a drone science project, it allows learners to build a robot car that automatically changes direction on impact. This approach supports early STEM understanding and also complements interdisciplinary learning alongside a photosynthesis science project, making it suitable for diverse academic needs.
Materials and User Manual
- Plastic chassis plates (2 pcs – orange)
- Perforated mounting plate (1 pc – green)
- Gear motor with gearbox (1 pc)
- Wheels (2 pcs)
- Battery holder with wires (1 pc)
- Connecting wires (2 pcs – red & black)
- Plastic stand parts and brackets
- Axle rod, screws, nuts, and bolts
- Double-sided tape
- Decorative googly eyes
Drone Science Project – Working Principle
In this drone science project, the bionic car moves forward using a motor-driven wheel system. When the front panel touches an obstacle, it triggers a mechanical lever connected to an internal gear shift. As a result, the wheels redirect motion and the car turns automatically.This repetitive cycle mirrors decision-based systems often explained in a photosynthesis science project, where inputs lead to predictable outcomes. Therefore, the model works as a reliable drone science project for demonstrating motion control without sensors or programming.
Feature
Automatic Obstacle Avoidance: Demonstrates real-time direction change, ideal for a drone science project showcase.Beginner-Friendly Build: Mechanical design makes it suitable alongside a photosynthesis science project in school exhibitions.
Hands-On STEM Learning: Reinforces gears, motion transfer, and energy flow concepts used in both robotics and a photosynthesis science project.
Battery Powered: Simple electrical setup using AA batteries.
Exhibition Ready: A proven drone science project choice for science fairs and classroom demos.
Physical Attribute
- Weight: 101 g
Package Includes
- 1 x Obstacle Bot! Bionic Car Obstacle Avoidance Robot STEM Project
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