We make both the brains and brawns of robots -
be it flinging a frisbee across a room or
mapping the shortest path to traverse a maze.
Our robots are built for competitions as well
as for projects meant to improve our knowledge
and skill.
Our Projects
Autonomous Quadcopter
Ongoing Project.
Autonomous Quadcopter
A quadcopter is a four-propeller
drone which can primarily
be used for aerial surveillance,
remote delivery and other such
applications. We are dedicated to
developing a level 5 autonomous
quadcopter capable of performing
intricate 3D reconstructions within
indoor environments. Our vision is to
revolutionize various industries, including
disaster response, construction, and
surveillance, by introducing a drone that can
navigate and map complex indoor spaces with
unparalleled precision and autonomy.
We are using Intel RealSense Depth Cameras and
Lidar Sensor to achieve this. As the recent pandemic
taught us the hard way, we
need such technology to mature
soon enough.
Quadruped
Ongoing Project.
Quadruped
A quadruped is a four-legged
bot capable of autonomous movement,
obstacle avoidance and surveillance.
An autonomous agent like this
can prove to very useful for
emergency situations to replace (in part)
the role of nurses in hospitals
and fire-fighters in hazardous buildings.
Badminton Playing Robot
Completed Project, 2015.
Badminton Playing Robot
A badminton playing bot for
ABU Robocon 2015, clinching
the 1st position in shuttle
serving mechanism and 19th overall.
Micromouse
Completed Project, 2020.
Micromouse
The micromouse is a competitive
maze-solving robot, which when
placed inside a maze with given
dimensions, will navigate to the
end of the maze on its own,
and make a quick run from the
start to the finish after having
discovered the optimal path.
The event is a highly revered one
and is a delight to the spectators
in a unique way. Our robot grabbed
attention from the international
participants, judges and audience
in the 2019 edition of IIT Bombay's
Techfest, in which it finished in the
top 10.
Frisbee Throwing Robot
Completed Project, 2018.
Frisbee Throwing Bot
Designed for ABU Robocon 2018.
In the game, each team is given a few shuttlecocks and needs to design two robots, one manual and one automatic robot. The manual robot needs to hand the shuttlecocks to the automatic robot, which attempts to throw the shuttlecocks through the rings (unlike the traditional game, there are three rings at various heights in this game).
In the game, each team is given a few shuttlecocks and needs to design two robots, one manual and one automatic robot. The manual robot needs to hand the shuttlecocks to the automatic robot, which attempts to throw the shuttlecocks through the rings (unlike the traditional game, there are three rings at various heights in this game).
Autonomous Biped
Completed Project, 2014.
Autonomous Biped
This bot was designed in line
with the problem statement
of ABU Robocon 2014
The Theme for Robocon 2014 declared by India was "A Salute for Parenthood".
The Theme for Robocon 2014 declared by India was "A Salute for Parenthood".
Manual Robot
Completed Project, 2014.
Manual Bot
This bot was designed in
line with the problem statement
of ABU Robocon 2014.
Ball Throwing Bot
Completed Project, 2017.
Ball Throwing Bot
This bot was designed in line
with the problem statement
of ABU Robocon 2017
In the match, each team will be given a set of discs which they are supposed to land on the poles of different height and at different distances. The team which will be able to land at least one disc on each pole will be declared as the winner of the game. If no team is able to land disc on each pole then the winner is declared as given in the rulebook.
In the match, each team will be given a set of discs which they are supposed to land on the poles of different height and at different distances. The team which will be able to land at least one disc on each pole will be declared as the winner of the game. If no team is able to land disc on each pole then the winner is declared as given in the rulebook.