Kalam Institute For Technical Education-Kite

Material	Aluminium
Operating Voltage	5 V DC
Weight	100 - 200 gms
Set Contains	4
Product Brand	Kite Robotics

Educational robotics kits are hands-on learning tools that engage students in STEM subjects by providing materials and instructions for building and programming robots. These kits are designed to be accessible and challenging, promoting learning through experimentation and problem-solving. They often include components like controllers, motors, sensors, and various building pieces, allowing students to construct and program robots for various purposes. 

Material	Plastic
Interface	USB
Operating Voltage	24 V DC
Weight	1 kg - 2 kg
Product Brand	Kite Robotics
Set Contains	9

Educational robotics kits are hands-on learning tools that engage students in STEM subjects by providing materials and instructions for building and programming robots. These kits are designed to be accessible and challenging, promoting learning through experimentation and problem-solving. They often include components like controllers, motors, sensors, and various building pieces, allowing students to construct and program robots for various purposes. 

Material	Aluminium
Operating Voltage	12 V DC
Weight	200- 500 gms
Set Contains	5
Product Brand	Kite Robotics

Educational robotics kits are hands-on learning tools that engage students in STEM subjects by providing materials and instructions for building and programming robots. These kits are designed to be accessible and challenging, promoting learning through experimentation and problem-solving. They often include components like controllers, motors, sensors, and various building pieces, allowing students to construct and program robots for various purposes. 

Material	Aluminium
Operating Voltage	24 V DC
Weight	500 - 1000 gms
Product Brand	Kite Robotics
Set Contains	9

Educational robotics kits are hands-on learning tools that engage students in STEM subjects by providing materials and instructions for building and programming robots. These kits are designed to be accessible and challenging, promoting learning through experimentation and problem-solving. They often include components like controllers, motors, sensors, and various building pieces, allowing students to construct and program robots for various purposes.