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Nose Cone – The pointed top that helps the rocket cut through the air and maintain stability.

Compartment – A section for holding payloads (such as seeds, sensors, or small experiments).

Bottle Body – The main structure of the rocket, usually made from a plastic bottle, that holds air or water for propulsion.

Fins – Flat surfaces that keep the rocket stable and guide its flight path.

Cork – Seals the bottom of the rocket and keeps pressure inside until launch.

The proposed rocket uses a two-stage pod system: one carrying 3,000 gallons of water and another with APP-infused hydrogel micro-pods and kaolin clay to cool, coat, and protect vegetation. With a total capacity of 12,356 kg, it offers rapid wildfire response in hard-to-reach areas but is better for emergencies than routine firefighting.

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Wow you have submitted commendable outputs, congratulations and by tomorrow we'll have the show and tell about your rocket designs!

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Purpose:
The rocket is designed for our school project to show how rockets work, focusing on stable flight, safe recovery, and reaching a good length atleast not less than 20 meters. It aims to demonstrate how the shape of the nose cone and fins affects stability and speed. Also if the vinegar and baking soda will let out a strong pressure for the bottle to fly. It will also help us learn about predicting how far our rocket ship can go and comparing it with actual test results.

Materials:
1.5 liters of bottle
Eletrical tape
Cutter/Scissors
Art paper
Vinegar 200 ml (3x)
Baking Soda
Duper Triangular Scale (Ruler)
Wood (small)
Popsicle sticks
Cork
Tissue
Folder

What they expect:
The rocket should fly straight and reach an altitude of about 15-20 meters. We also expect to confirm that the design choices (fins and nose cone) help improve stability and performance during flight. And also that the vinegar and baking soda would be efficient for the bottle to fly.

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The Rocket will be fueled with Vinergar and the combustion reactor will be the baking soda. The researchers will use the chemical reaction:combustion to create pressure inside the bottle. The built- up pressure is restricted by the rubber stopper. When enough pressure is built, the carbon dioxide will push the rubber stopper and escaping the bottle. Recreating a Rocket launch.

A rocket-shaped solar power hub intended for future catastrophe response is the model's intended application. Typhoons will grow more destructive as climate change worsens, depriving many coastal and isolated towns of electricity for prolonged periods of time. Due to wind instability and their limited weight capacity, traditional delivery methods—like drones—frequently fail in these harsh environments. Its aerodynamic design and compact size allow it to be quickly deployed to impacted areas, providing dependable solar-powered electricity to charge vital items like radios, phones, and medical equipment. Its design makes it a useful tool for emergency crews by guaranteeing stability, visibility, and portability. When traditional infrastructure fails in the future, this model will be essential to keeping families informed, connected, and safe.

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The purpose of this rocket design is to create more ways for more efficient paper transport. This rocket will be a dual-thrust water-based design that works with the use of water pressure. Its materials mostly compose of water bottles, cardboard, and water (other materials are listed with the design). Using a bike pump (attached to the cork) to pressurize the water, the compressed air will force the first compartment of the rocket to fly. Afterwards, the first compartment will be expelled, thus allowing the upper region of the rocket to increase its flight. With this design, it can travel faster and longer than an average water rocket. To secure the landing, since it is also to be used for transport, a parachute was also added. The researchers expect that this design will offer a distinct way of paper transport that may be more efficient. However, the trajectory may be altered due to the added weight. Consequently, the researchers aim to observe the experimentation thoroughly to determine areas for improvement.

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ROCKET SKETCH OF GROUP 5 (Arts & Design)

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Our rocket's main purpose is to show how the building of pressure affects the ability of the rocket to fly, and to show the creativity of humans, by creating this rocket from basic materials that can be found at home. Just like our research study, through this rocket, it is shown that the human creativity can not be altered by an Artificial Intelligence.

The Materials used in creating this rocket are the following:

Bottle (1.5 litters) - it serves as the body of the rocket

Folders - it serves as the fins and the head of the rocket

Air Pump - it provides the air that is needed, in order for it to launch

Pump needle - it serves as the connector for the air pump and the rocket, which also pressurizes the air inside

Cork - it serves as a seal that holds the pressure, until being launched

Straw - it serves as a guide for alignment

We expect our rocket to launch successfully when released, we also expect it to build more air pressure. Our goal for this rocket is to fly higher than 20 meters. Like in our research study, the result will show how the right materials can improve performance, while still maintaining human creativity and effort.