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About this project
Educational robotics kit for an open source programmable humanoid robot assembly
Show list of needs
Task
|
Minimum | Optimum |
|---|---|---|
|
PROGRAMMING
Inside robot program development
|
€ 250 | |
|
CONTROL APP DEVELOPMENT
Android application development for monitoring and robot control.
|
€ 450 | |
|
3D MODELING
Redesign of robot parts for 3D printing.
|
€ 350 | |
|
PACKAGING DESIGN
Product box design
|
€ 100 | |
|
ASSEMBLY GUIDE DESIGN
Robot assembly guide artwork
|
€ 300 | |
|
PRODUCTION AND QUALITY
3D printing, parts processing, testing and quality control.
|
€ 100 | |
|
VIDEO
Presentations and animations recording.
|
€ 250 | |
|
VIDEOTUTORIALS
Videotutorials recording.
|
€ 150 | |
|
EDUCATIONAL GUIDE DESIGN
Educational guide artwork.
|
€ 300 | |
|
ADVANCED APP DEVELOPMENT
Android app developening including educational games with robot interaction.
|
€ 1.000 |
Material
|
Minimum | Optimum |
|---|---|---|
|
ELECTRONICS
Required electronic components and modules.
|
€ 3.000 | |
|
STRUCTURE
3D printing material needed for robot structure parts.
|
€ 500 | |
|
PRINTING
Product boxes and instruction guide printing.
|
€ 600 | |
|
ADDITIONAL ELECTRONICS
Additional components and modules for more advanced robot features.
|
€ 1.400 | |
|
EDUCATIONAL GUIDE PRINTING
Printing robot educational guide.
|
€ 500 |
Infrastructure
|
Minimum | Optimum |
|---|---|---|
|
3D PRINTER
Printer for printing the pieces of robot structure.
|
€ 500 | |
|
GOTEO MINIMUM COST
On minimum: 4% for platform maintenance and 2% for payment gateway.
|
€ 410 | |
|
GOTEO OPTIMAL COST
On the optimun: 4% for platform maintenance and 2% for payment gateway.
|
€ 240 | |
|
HIGHER QUALITY 3D PRINTER
3D printer for printing structure robot parts with a higher quality finishing.
|
€ 350 | |
| Total | € 6.810 | € 10.750 |
Necessary
Supplemental
General information
Do you want to build your own humanoid robot?
And do you want to learn how robots work, how they are programmed and enjoy at the same time?
Do you also want the design to be original, flexible and open source?
There's no room for doubt! What you need is EIRO.
EIRO is a robotics kit that lets you build your own humanoid robot based on open source Arduino platform and whose pieces are made by 3D printing.
EIRO robot has mobility in its legs, arms and head, being able to play, walk, dance, overcome obstacles, play sounds and be controlled with a smartphone connecting via Bluetooth.
First of all EIRO is an educational kit, so it focuses its efforts not only in training about assembly and operation of this robot, if not to teach, among other things, the history of robotics, what is a robot, necessary concepts to understand how they work, types of robots, introduction to programming, didactic exercises to undertake basic educational skills of the nursery and primary courses,... all thanks to incorporating a complete illustrated guide and an amazing app for Smartphone.
Also do not forget that EIRO can save the limitations imposed by manufacturers of conventional robots, as its essence Open Source enables modify it freely. Giving the user the possibility to modify its structural design, hardware architecture, internal code and the smartphone control app.
Main features and goals of the crowdfunding campaign
★ APPEARANCE
EIRO design is based on the traditional Galician dance costume, that’s why robot parts make use of black, red and white colors, incorporating a piece of red belt like a sash and the aesthetics of its head that recalls the cap used in this dance.
★ FEATURES
EIRO robot dimensions when mounted are 140x150x93 mm and its weight is of about 880 gr.
The material of its structure components is plastic PLA manufactured by 3D printing.
It has as central unit an Arduino compatible board, an ultrasonic sensor, a buzzer, seven servos, a RGB LED, micro-USB slot and Bluetooth connection.
And it also has an EIRO Control App compatible with Android platform.
★ ASSEMBLY KIT
EIRO is presented as an educational kit assembly since the construction of a robot is a stimulus for both children and adults, encouraging interest in science and motivating a healthy activity. The use of this technological resource, allows through play, develop skills such as autonomy, initiative, responsibility and teamwork. Also developing self-esteem and interest in research, while knowledge of electronics, mechanics, mathematics, physics and programming are acquired.
In short this kit supports and strengthens specific areas of knowledge and development of user skills through the design, creation, assembly and playing the humanoid robot EIRO.
The kit includes the following parts:
- Arduino compatible board
- Expansion Board
- Ultrasonic Sensor
- Buzzer
- Seven servos
- RGB LED
- Bluetooth Module
- PC cable connection
- Robot structure parts
- Assembly Guide
- Educational Guide
★ OPEN SOURCE
Open Source philosophy is present in the structural design, hardware and software of EIRO robot.
Likewise, the Android smartphone app, for robot remote control, is also open source.
The firmware is open source and all documentation related to this device is published under Creative Commons licenses.
Why this is important
EIRO is an educational kit recommended for both children and adults, both for those who want to start in the exciting world of robotics, and those who prefer to learn about development and programming of robots.
In NeuKos Robotics we defend the right of users to modify the products and tools, and adapt them freely to promote technological independence and encourage creative freedom.
EIRO project aims to extend the community of free developers using Open Source tools, connecting EIRO users with other communities that also share and create open source projects.
True to our commitment of the free dissemination of knowledge, we have conducted several workshops about development and robot programming in different parts of the country where have participated many creative people with DIY spirit.
Goals of the crowdfunding campaign
The aim of this campaign is to crowdfunding to meet the associated costs to the process of design, production and documentation of a educational robotics kit for the assembly of EIRO, a humanoid open source robot which will have the ability to walk, dance, overcome obstacles, make sounds and be controlled with a smartphone connected via bluetooth.
It is a DIY kit with assembly guide and documentation about its software and hardware, structural design of the robot and a training guide to get the most out of EIRO in the education sector.
In addition, the robot is designed in such a way that will allow advanced users to add features and capabilities, depending on their needs.
It also aims to develop a reference web space where people could find all content and useful information related to this project: schematics, manuals, video tutorials, practical examples, links, consultation forums, faqs, etc.
We also want to build a community around this project to connect with other communities of users who share this understanding and create free hardware, encouraging the use of open source code tools in all areas.
NeuKos Robotics is a business initiative born in December 2013 in Santiago de Compostela with the aim of bringing the world of robotics to everyone.
EIRO project team is composed by people with experience working on different jobs in the field of robotics, electronics, programming and design. They are following:
• María Mercedes Monroy Cardoso - Computer Engineer
• Maria Cristina Alonso Abad - Product Designer
• Victor Manuel Vigo Prieto - Videographer
• Marcos Alonso Martinez - Electronic Engineer
Social commitment
Shared materials
-
EIRO APP CODE
App code for robot control via smartphone will be published and freely available for study, review, customization or improvement by all interested individuals and institutions.General Public License
GNU General Public License for the free distribution, modification, and use of software -
EIRO HARDWARE DESIGN
Since it's open hardware, its configuration will be published and freely accessible by all interested individuals and institutions.CC - Attribution
Creative Commons License with attribution -
3D EIRO DESIGN
Drawings, constructive diagrams and 3D files for digital manufacturing of EIRO Kit pieces.CC - Attribution - NonCommercial - ShareAlike
Creative Commons License with attribution, that does not allow commercial use, and only allows sharing under identical licensing conditions -
EIRO FIRMWARE CODE
The program code will be published and freely available for study, review, customization or improvement by all interested individuals and institutions.General Public License
GNU General Public License for the free distribution, modification, and use of software -
EIRO DOCUMENTATION
Step by step instructions for EIRO assembly and firmware installation.CC - Attribution - NonCommercial - ShareAlike
Creative Commons License with attribution, that does not allow commercial use, and only allows sharing under identical licensing conditions