S$ 72
pledged of S$ 50,000pledged of S$ 50,000 goal
3
backers
51days to go

All or nothing. This project will only be funded if it reaches its goal by Wed, August 7 2019 1:37 AM UTC +00:00.

S$ 72
pledged of S$ 50,000pledged of S$ 50,000 goal
3
backers
51days to go

All or nothing. This project will only be funded if it reaches its goal by Wed, August 7 2019 1:37 AM UTC +00:00.

About

actual object
actual object

A 3D printed prototype ( took 125 hours including the testing of joints and threats)



An announcement here, firstly this is a school project , secondly the fund that I am requesting from you is for the development of a working prototype(in a manufacturing based).


1.story
     In June 2017, an incident broke out in West London, U.K. known as the "Grenfell Tower fire". The incident took 72 lives plus over 300+ casualty and a 24-story building was set ablaze in one night. The fire eventually got extinguished just after 60 hours. I was quite stunned when i  saw the news despite the local government emphasizing and implementing various anti-fire measurements. This shows that fire is still a prevalent threat in our daily life.Initiative is to help people who are very desperate in a fire zone, but it can also be use actively for extinguishing fire .Nevertheless property saving  as well , before the scale of fire escalate.

2.The solution
     Hence, I have came up with this idea - a cheap  ,throwable, lightweight,portable sized device and easy for mass manufacturing, which can excel in extinguish fire promptly within a designated range. We named it the “outfire grenade”.

3.Some info

    Made out of : 3D printing and foreign object
     Material: Aluminium,plastic and rubber
     Weight: estimated 1.8 kg
     size: 27.374 cm (height) , 10.724 cm (width) , 11.193 cm (width)
     Ingredient : organic substance (further processed ) , less hazardous to human body contrast to inorganic substance.  
 

4.Reaction mechanism
     After the device had been initiated , CO2 molecules are being produced in the device, while later the volume of co2 molecules will increase and become radical within the device , in order to extinguish fire, a form of stress either by heat or a collision will then trigger the release of the radical energy .
 


5.How will the fund be used?

Experiment, testing , production , modification.

6.Casing Design 

Risks and challenges

I haven’t use it on field, due to the concern of safety and budget , I can’t just start a fire , without approval from authority , in the absence of fire safety equipments and mostly importantly the operating fund for all these steps.

There is no 100% guarantee up on the successful of the product and I am aware that the reward is scant and nearly to charitable, but do remind that every chips that you put in ,it contributes to the world's fire safety technologies , make all of us less prone to fire hazards.

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