CARA MEMBUAT PELUNCUR ROKET AIR MENGGUNAKAN PIPA PARALON 1/2" INCH

IZZA ARIFFATUR RAMADHANI

30 Jul 202208:05

Summary

TLDRThis video explains how to create a detachable water rocket launcher using half-inch PVC pipes. The presenter demonstrates the assembly process, including connecting T-joints, adjusting the launcher's angle, and ensuring precision. The launcher incorporates a recycled tire valve and PVC cap to secure the rocket. Cable ties are used to ensure a tight fit around the bottle, preventing premature launches during pumping. The video emphasizes careful construction for stability and accuracy, offering a step-by-step guide for viewers to try at home. Future videos will cover the rocket assembly itself.

Takeaways

🚀 The video explains how to build a water rocket launcher.
🔧 The launcher is designed to be detachable for easy assembly and disassembly.
📏 The launcher is made using 1/2 inch PVC pipes.
🛠️ Initial assembly involves connecting two T-joints at the top to adjust the launch angle.
🔩 Side posts and the bottom are then assembled to ensure everything fits precisely.
🧰 A used tire valve is used for the rocket, with PVC caps, rings, and locking mechanisms for secure attachment.
🔗 Cable ties are used to secure parts together, ensuring a tight fit to prevent premature launch.
🔒 Additional ties and black duct tape are applied for extra strength and to cover the ties.
🧪 Testing involves ensuring the bottle fits well and the locking ring can hold the rocket securely.
🎥 A future video will cover how to construct the rocket itself.

Q & A

What is the primary purpose of the video?
-The primary purpose of the video is to demonstrate how to make a reusable water rocket launcher using PVC pipes and other materials.
What materials are needed to build the water rocket launcher?
-The materials needed include half-inch PVC pipes, T-joints, elbows, a used tire valve, a ring, and cable ties. The exact number of T-joints and elbows can be adjusted based on the design.
Why is it important that the PVC joints are aligned correctly?
-It is important to align the PVC joints correctly, especially the T-joints, to ensure that the rocket launcher functions properly and is stable when setting up the rocket.
How does the tire valve contribute to the water rocket launcher?
-The used tire valve is used to release air into the rocket, allowing it to be pumped and launched.
What is the purpose of using cable ties in the construction?
-Cable ties are used to secure the components together, especially to hold the rocket tightly in place, preventing it from launching prematurely before the ring is released.
Why is it recommended to use black duct tape for securing the cable ties?
-Black duct tape is recommended because it has stronger adhesive properties compared to other tapes, ensuring a tighter and more durable hold on the rocket components.
What is the function of the ring in the launcher system?
-The ring helps to lock the rocket in place on the launcher. It ensures that the rocket remains securely attached until the ring is removed, allowing the rocket to launch.
How is the rocket's angle adjusted on the launcher?
-The angle of the rocket can be adjusted using one of the T-joints on the launcher, allowing for changes in trajectory and elevation depending on the desired launch.
What is the significance of testing the tightness of the rocket on the launcher?
-Testing the tightness ensures that the rocket will not launch prematurely before the ring is released, which is critical for a safe and controlled launch.
What will the next video in the series focus on?
-The next video will explain how to construct the rocket itself, providing additional details on assembling and launching the water rocket.

Outlines

00:00

🚀 How to Build a Detachable Water Rocket Launcher

In this video, the creator shares a step-by-step guide on building a detachable water rocket launcher using half-inch PVC pipes. The launcher is designed for easy assembly and disassembly, making it convenient for attaching rockets. The materials needed, including PVC pipes, T-joints, and elbows, are demonstrated. The assembly starts with the top part of the launcher, where two T-joints are connected—one to secure the launcher and the other to adjust the angle. The guide continues with assembling the base and ensuring the parts fit precisely. Detailed instructions are provided for positioning the T-joints and securing the structure.

05:02

🔧 Final Assembly and Rocket Attachment Mechanism

The video moves on to the final assembly of the launcher. After fitting the stand and ensuring all parts are secure, the presenter explains how to attach the rocket. An old tire valve is used to create the rocket's attachment point, and additional components such as a ring and connectors are utilized to secure the rocket in place. The design includes two connectors—one in the center to help hold the rocket and the other to attach it to the stand. A step-by-step demonstration is provided on creating a locking mechanism using cable ties, which helps hold the rocket firmly until it's ready to launch. Proper placement of tape and ties is emphasized to ensure stability during operation. The presenter then tests the fit and functionality of the rocket, confirming that it works effectively.

Mindmap

Keywords

💡Peluncur Roket Air

A 'peluncur roket air' refers to a water rocket launcher used in the video to propel a rocket powered by water pressure. The launcher's design is explained step-by-step, highlighting the ability to assemble and disassemble it for ease of use during rocket launches.

💡PVC

PVC (Polyvinyl Chloride) is a plastic material used to construct the launcher in the video. The size used is a half-inch PVC pipe, which forms the structure for the rocket launcher. PVC is commonly used for lightweight, durable constructions, and here it serves as the primary material for the rocket launcher’s frame.

💡T-joint

A 'T-joint' is a pipe fitting used to connect three sections of pipe. In the video, it is used for two purposes: one is to connect the rocket launcher, and the other is to adjust the launcher’s angle. The T-joint plays a key role in stabilizing the structure and aligning the rocket for launch.

💡Siku

In the context of this video, 'siku' refers to elbow joints used in the assembly of the rocket launcher. These joints allow for directional changes in the PVC pipes, contributing to the overall design and flexibility of the launcher’s construction.

💡Pentil Ban Bekas

A 'pentil ban bekas' is a used tire valve, which is repurposed in the video to create a pressure-sealed connection for the water rocket. This component allows the rocket to be safely pressurized before launch, ensuring it can hold the necessary air and water pressure.

💡Ring

The 'ring' mentioned in the video is used as part of the water rocket's attachment mechanism. It is designed to hold the rocket in place before launch and is released when the rocket is ready to be launched. The ring secures the rocket and ensures it doesn’t launch prematurely.

💡Sambungan

'Sambungan' refers to the connector pieces used to join various parts of the launcher. In the video, sambungan connects different PVC pipes, creating a firm and stable structure. It also allows flexibility in disassembling and reassembling the launcher.

💡Kabel Ties

Kabel ties are plastic fasteners used in the video to secure the water rocket in place. The creator uses about 20 cable ties to ensure that the rocket is firmly held in position before launch. They are tightened around the connector pieces to prevent the rocket from launching prematurely.

💡Lakban

'Lakban' refers to tape used for additional reinforcement in the construction of the launcher. In the video, black tape is recommended due to its stronger adhesive properties. The lakban is applied to ensure that the cable ties and other parts are securely in place.

💡Kemiringan

'Kemiringan' refers to the tilt or angle adjustment of the rocket launcher. The video explains how to use the T-joint to adjust the launcher’s angle, allowing for better control over the rocket's trajectory. This ensures that the rocket can be aimed accurately before launch.

Highlights

The tutorial explains how to build a water rocket launcher that can be easily assembled and disassembled, making it convenient for rocket installation.

The launcher uses PVC pipes with a diameter of half an inch for the framework.

Key components include T-joints and elbows, which can be adjusted based on individual needs.

The construction begins by assembling the top part of the launcher, using two T-joints, one for attaching the launcher and the other for adjusting its angle.

After assembling the top section, the side columns are added to the right and left of the launcher frame.

A focus on precise alignment ensures that all parts fit perfectly, particularly the T-joints, which should face upward.

The water rocket launcher stand is built to hold the rocket firmly, allowing for easy attachment and detachment of the rocket.

A repurposed bicycle valve is used to create the rocket launch mechanism, with a ring to secure the PVC and the locking system.

A ring and clamp system is added to ensure the rocket stays in place during pumping, preventing accidental launch before release.

The locking mechanism is constructed using cable ties, arranged neatly for proper tension and secure attachment of the rocket.

The detailed demonstration shows how to prepare the locking system, using around 20 cable ties to ensure the rocket is tightly secured.

Strong adhesive tape (preferably black) is used to reinforce the joints and secure the cable ties in place.

The video emphasizes the importance of testing the fit of the rocket in the launcher, ensuring a firm grip without premature release.

The stand allows for angle adjustments, helping control the rocket's trajectory.

The video ends with an encouragement to try building the launcher at home, with the promise of a follow-up video on how to build the rocket itself.