SlideShare a Scribd company logo
6 LEGGED ANT ROBOT by 14mmt1027
Abstract: In this project proposal of my paper is to make a 6 legged ant robot. It
is taken mainly with reference from Theo Jansen mechanism and from Klenn
mechanism. It is hypothesized to make a motion in the form of ant by providing
different motions through linkages. This analysis may shed light on the future
expandability of the linkage mechanism in bio-inspired robots.
Methodology:
- Take the make it kit 12-14 holes link.
- The link which we used is the frame for the robot.
- Screws and nuts are fitted at the extreme positions of link.
- In between screw and nut keep a straw in order to get balance between
screw and nut.
- Use dc hobby gear motor of 100 RPM and fit the motor into one of the
holes of link. It will be better if we choose centre of the link.
- Prepare the links/legs for ant of front end and rear end.
- Prepare links/legs for the middle of the robot these links should be
individual links and it should be attached with dc motor.
- Use terminal block and connect it to the end of rotor output of dc
motor.
- From terminal block insert crank in it.
- Connect the middle legs to crank.
- Make a link from front to rear end and from front end to crank.
- Use battery holder and connect the connections from battery holder to
dc hobby motor.
- It finally produces ant walking mechanism which middle legs drive the
front link and from front to rear connected link drives the rear end.
Working mechanism:
- Terminal block and crank are the main keys for converting rotational
motion into linear motion.
- Middle legs which are made in such a form to connect the crank.
- Overall 3 links are connected to crank in which 2 middle legs and 1 link
of front end to it,
One more link is from front end to rear end.
- Now we can clearly visualise the mechanism.
- The crank when starts rotating from terminal block it moves the middle
legs and it drives the front end.
- Front end which is already linked with rear drives the motion
automatically as the front moves the rear link starts moving.
- This is the overall mechanism of 6 legged ant robot.
Working model:
Results: Ant robot walking mechanism is done by the reference of Theo Jansen
mechanism.

More Related Content

PPTX
ant robot making
DOC
Proyecto tecnologia, Construyendo nuestro puente levadizo
PPTX
STEPPER MOTOR
DOCX
ROVER PROJECT
DOC
Automatic side stand with brake locking system
PPTX
Automatic side stand repossess system
PPTX
Segway Robotics
PDF
Lego mindstorm ev3
ant robot making
Proyecto tecnologia, Construyendo nuestro puente levadizo
STEPPER MOTOR
ROVER PROJECT
Automatic side stand with brake locking system
Automatic side stand repossess system
Segway Robotics
Lego mindstorm ev3

Similar to Ant robot report (16)

PPTX
8 LEGGED ROBOT.pptx
PDF
IRJET- Design and Fabrication of Multi Legged Robot
PDF
International Journal of Computational Engineering Research (IJCER)
PPTX
8 LEGGED ROBOT (1).pptx
PPTX
8 LEGGED ROBOT (1).pptx
PPTX
Hexapod - Robot
PDF
IRJET- Bug-Bot: Bluetooth Controlled Surveillance Robot
PDF
DESIGN OF A SIMPLIFIED FOUR LEGGED WALKER
DOCX
final project
PDF
Development of a quadruped mobile robot and its movement system using geometr...
PDF
Insect inspired hexapod robot for terrain navigation
PDF
Insect inspired hexapod robot for terrain navigation
PPTX
slid hexpod robot.pptx
PPTX
Rishabh gaur
PDF
Overview of different techniques utilized in designing of a legged robot
PPTX
Presentation on robotics project 20.pptx
8 LEGGED ROBOT.pptx
IRJET- Design and Fabrication of Multi Legged Robot
International Journal of Computational Engineering Research (IJCER)
8 LEGGED ROBOT (1).pptx
8 LEGGED ROBOT (1).pptx
Hexapod - Robot
IRJET- Bug-Bot: Bluetooth Controlled Surveillance Robot
DESIGN OF A SIMPLIFIED FOUR LEGGED WALKER
final project
Development of a quadruped mobile robot and its movement system using geometr...
Insect inspired hexapod robot for terrain navigation
Insect inspired hexapod robot for terrain navigation
slid hexpod robot.pptx
Rishabh gaur
Overview of different techniques utilized in designing of a legged robot
Presentation on robotics project 20.pptx
Ad

Recently uploaded (20)

PDF
Artificial Superintelligence (ASI) Alliance Vision Paper.pdf
PDF
PREDICTION OF DIABETES FROM ELECTRONIC HEALTH RECORDS
PDF
BMEC211 - INTRODUCTION TO MECHATRONICS-1.pdf
PPTX
Internet of Things (IOT) - A guide to understanding
PPTX
Sustainable Sites - Green Building Construction
PPTX
Safety Seminar civil to be ensured for safe working.
DOCX
ASol_English-Language-Literature-Set-1-27-02-2023-converted.docx
PDF
737-MAX_SRG.pdf student reference guides
PPTX
CARTOGRAPHY AND GEOINFORMATION VISUALIZATION chapter1 NPTE (2).pptx
PPT
Project quality management in manufacturing
PPTX
UNIT 4 Total Quality Management .pptx
PPTX
Fundamentals of safety and accident prevention -final (1).pptx
PPTX
MET 305 2019 SCHEME MODULE 2 COMPLETE.pptx
PPT
Total quality management ppt for engineering students
PPT
Mechanical Engineering MATERIALS Selection
PDF
null (2) bgfbg bfgb bfgb fbfg bfbgf b.pdf
PDF
Enhancing Cyber Defense Against Zero-Day Attacks using Ensemble Neural Networks
PDF
Mitigating Risks through Effective Management for Enhancing Organizational Pe...
PDF
Mohammad Mahdi Farshadian CV - Prospective PhD Student 2026
PDF
III.4.1.2_The_Space_Environment.p pdffdf
Artificial Superintelligence (ASI) Alliance Vision Paper.pdf
PREDICTION OF DIABETES FROM ELECTRONIC HEALTH RECORDS
BMEC211 - INTRODUCTION TO MECHATRONICS-1.pdf
Internet of Things (IOT) - A guide to understanding
Sustainable Sites - Green Building Construction
Safety Seminar civil to be ensured for safe working.
ASol_English-Language-Literature-Set-1-27-02-2023-converted.docx
737-MAX_SRG.pdf student reference guides
CARTOGRAPHY AND GEOINFORMATION VISUALIZATION chapter1 NPTE (2).pptx
Project quality management in manufacturing
UNIT 4 Total Quality Management .pptx
Fundamentals of safety and accident prevention -final (1).pptx
MET 305 2019 SCHEME MODULE 2 COMPLETE.pptx
Total quality management ppt for engineering students
Mechanical Engineering MATERIALS Selection
null (2) bgfbg bfgb bfgb fbfg bfbgf b.pdf
Enhancing Cyber Defense Against Zero-Day Attacks using Ensemble Neural Networks
Mitigating Risks through Effective Management for Enhancing Organizational Pe...
Mohammad Mahdi Farshadian CV - Prospective PhD Student 2026
III.4.1.2_The_Space_Environment.p pdffdf
Ad

Ant robot report

  • 1. 6 LEGGED ANT ROBOT by 14mmt1027 Abstract: In this project proposal of my paper is to make a 6 legged ant robot. It is taken mainly with reference from Theo Jansen mechanism and from Klenn mechanism. It is hypothesized to make a motion in the form of ant by providing different motions through linkages. This analysis may shed light on the future expandability of the linkage mechanism in bio-inspired robots. Methodology: - Take the make it kit 12-14 holes link. - The link which we used is the frame for the robot. - Screws and nuts are fitted at the extreme positions of link. - In between screw and nut keep a straw in order to get balance between screw and nut. - Use dc hobby gear motor of 100 RPM and fit the motor into one of the holes of link. It will be better if we choose centre of the link. - Prepare the links/legs for ant of front end and rear end. - Prepare links/legs for the middle of the robot these links should be individual links and it should be attached with dc motor. - Use terminal block and connect it to the end of rotor output of dc motor. - From terminal block insert crank in it. - Connect the middle legs to crank. - Make a link from front to rear end and from front end to crank. - Use battery holder and connect the connections from battery holder to dc hobby motor. - It finally produces ant walking mechanism which middle legs drive the front link and from front to rear connected link drives the rear end. Working mechanism: - Terminal block and crank are the main keys for converting rotational motion into linear motion. - Middle legs which are made in such a form to connect the crank. - Overall 3 links are connected to crank in which 2 middle legs and 1 link of front end to it, One more link is from front end to rear end. - Now we can clearly visualise the mechanism.
  • 2. - The crank when starts rotating from terminal block it moves the middle legs and it drives the front end. - Front end which is already linked with rear drives the motion automatically as the front moves the rear link starts moving. - This is the overall mechanism of 6 legged ant robot. Working model: Results: Ant robot walking mechanism is done by the reference of Theo Jansen mechanism.