Des outils et des matériaux

Hi everyone!

These are the materials needed to create our robot.

1. Jadi, untuk mikrokontroler nya kita akan menggunakan VEX dengan AVR sebagai softwarenya.

2. untuk body robot

-struktur materialnya kita akan menggunakan besi, ataupun aluminium.

-sistem mekanik:

o           *Roda 3 roda, 2 untuk bergerak ke kanan dan kiri.

o          *Ada spray di bagian depan robot, untuk menyiram tanaman.

o          *Ada lampu LED di kanan kiri depan robot, untuk membantu tanaman berfotosintesis.

o          *Robot mempunyai alat alat untuk memangkas tanaman yang sudah tinggi.

-sistem elektronika:

o           *menggunakan sensor jarak, bisa menggunakan SRF04, GP2D12.

o           *Sensor yang mengatur keluar tidaknya air. Saat sensor mengenali pot atau tanaman dihadapannya, maka air akan keluar, dan stop dengan automatis saat sensor hanya mengenai udara kosong

o           *Sensor suhu, bisa menggunakan LM35 atau sensor yang lain.

o           *Sensor cahaya (infrared) untuk mendeteksi ketinggian tanaman, misalnya sudah lebih dari 1 meter, otomatis tanaman akan dipangkas.

o           *Robot ini dinyalakan dengan baterai

Demikian dulu yaa, sampai ketemu lagi!

Notre Project

Hi everyone, we finally had a chance to write again, thanks to Sir Tataaaaa
We came up with lots of ideas, those ideas are all about our wannabe and gonna be robot. :)


Our idea is to make an agrirobot, or what we usually called AGROBOT.


As we know, Indonesia has the 4th biggest population on earth, and it is growing even more bigger. Because of this epic growing, our food needs are increasing. when the population is growing bigger, then the fields would change into buildings for our houses. Our education is also growing which change our people from farmers to employees which work inside buildings. So we will use this robot to efficient the agriculture. With the power of the robots we will produce more harvest that are qualified.


To accomplish this, we decided to make:
1. UV Crop Protection Robot!
-This robot designed to kill viruses and fungi with ultra violet, because fungi and virus are more sensitive with ultraviolet than crops.
-The growth of the crops will not be disturb.
-The crops will not have a contact with fungicide, pesticides.
-This will save human sources.
2. LED light
-To help our crops to photosynthesis


agricultural contributes a lot of damage to the land, soil, water, and environment. If we can figure out a way of using robots and automation to deliver nutrition to plants-fertilizers, water when it's needed, instead of sort of mass spreading them. and we hope we would have an impact on the environment.

puis-je vous présenter nous?

Hi! We are from SMA Negeri Unggulan Moh. Husni Thamrin!
kita dari klub robotika di samnu mht ini belajar robotika bersama pak Tataaaaaaa
nah, blog ini adalah tempat buat share proyek-proyek kita, ide-ide fresh, dan apa aja tentang robotik.
wish you'll enjoy ours!