DIY Chandrayaan-3 rocket working model project ( काम करने वाला चंद्रयान-3 प्रोजेक्ट बनाएं)

Summary

In this engaging video, the creator presents a detailed guide to building a working model of the Chandrayaan-3 spacecraft, celebrating ISRO's lunar mission. The project features a fully functional launching mechanism and incorporates various materials such as A4 paper, cardboard, and motors. Viewers are walked through each step, from assembling the rocket body to adding realistic details like LED lights and side boosters. The creator encourages audience participation and feedback, making it an interactive experience. With its blend of education and creativity, this video inspires viewers to embark on their own model-making adventures.

Takeaways

• 🚀 The video demonstrates how to create a working model of India's Chandrayaan-3 mission.
• 🛠️ Various materials like A4 paper, cardboard, super glue, and motors are used for the project.
• ✂️ The construction process includes rolling paper for the rocket's fuselage and side boosters.
• 🎨 Detailed patterns are designed and glued to enhance the model's appearance.
• 🔧 A launch mechanism is built using a cardboard base and a small gear motor for realistic effects.
• 💡 The presenter encourages viewers to personalize their models and explore their creativity.
• 💡 Educational value is emphasized, fostering interest in science and technology among viewers.
• ✨ LED strips are incorporated into the design to create visual effects during the launch.
• 📹 The final model is tested in action, demonstrating its functionality and launch sequence.
• 👍 Viewers are invited to like the video, subscribe, and share their ideas for future projects.

Q & A

What is the main focus of the video?

The main focus of the video is to demonstrate how to create a working model of the Chandrayaan-3 rocket, incorporating details about its launch and design.

What materials are used to construct the model?

The model is primarily made from A4-sized paper, cardboard, super glue, and newspaper, with additional components like wires and LED strips for enhanced effects.

How does the creator ensure the model is detailed and realistic?

The creator emphasizes detail by using different thicknesses of paper for various parts, cutting specific patterns, and adding elements like wires and colored paints to mimic the actual Chandrayaan-3.

What mechanism is used for launching the rocket model?

The launch mechanism involves a gear motor that propels the model upwards, simulating the launch effect, with careful management of the components to ensure proper functioning.

What colors are used to paint the rocket model?

The rocket model is painted in white and cream colors to resemble the actual Chandrayaan-3, along with the Indian flag colors to symbolize national pride.

How does the creator make the rocket appear more realistic?

Realism is achieved by adding various details, such as side boosters, realistic wiring, and LED strips to create light effects that resemble the actual launch.

What challenges did the creator face during the project?

The creator encountered challenges with the launch mechanism's design and functionality, requiring adjustments and the incorporation of a simpler mechanism for better performance.

What is the significance of the project?

The project aims to inspire viewers to engage in hands-on learning and creativity, showcasing how they can build their own models while gaining insights into space missions.

What advice does the creator give to viewers who want to replicate the project?

The creator encourages viewers to experiment and modify their models, assuring them that making adjustments and personal touches will enhance their learning experience.

What is the final outcome of the project demonstrated in the video?

The final outcome is a functioning model of the Chandrayaan-3 rocket that can simulate a launch, accompanied by a cinematic showcase of its operation.