CHALLENGER™INR0INR0All you need to make your own robotic creatures. Indulge yourself in learning Electronics, Mechanical, Electrical and IT programming. Make a gripper robot and program it using Arduino open source programming language.
Note: Cables, connectors, switch assembly, fuse & fuse assembly, wires, cables, fasteners. Components, style, structure and color shown may vary and is subject to change. The above photos are indicative and meant only for general understanding.True1461309063
XTREME™INR0INR0All you need to make your own robotic creatures. This kit includes a Bot Controller, battery holder, ultrasonic sensor, 2 IR sensors, 2 gearmotors, 2 R/C servos, IR remote control (plus sensor), 2 light sensors, 2 LED beacons and a LOT of mechanical parts, including a gripper with a touch sensor Even the USB cable and tools. Our specially developed Child friendly Wildfire graphical block programming software to generate its code automatically. You do not need to have programming knowledge.True1461310803
Sage BotINR0INR0The Sage Bot is a complete, high-performance mobile robotic platform featuring two gearmotors, five reflectance sensors, two TSOP obstacle detector sensors, five Leds, and three user pushbuttons, all connected to a C-programmable P89V51RD2 microcontroller. Capable of line following, GRID solving, Swarm Robot Application and much more the Sage Bot is a great first robot for ambitious beginners and a perfect second robot for those looking to move up from non-programmable or less advanced beginner robots.True1461310832
3 Servo Arduino Based HexabotINR0INR0This DIY kit focuses on development of a Hexapod using on 3 Servo motors. The robot is made from laser cut acrylic structural components . It is controlled through Arduino Atmega328 based USB programmable development board and has Dual TSOP based obstacle avider module for Autonomous mode. It can also be controlled via a wireless Infrared Remote.True1461310994
4 Servo Arduino based BipedINR0INR0Bipedal Walking robot controlled by Arduino using 4 servo motors having 2 degree of freedom per leg. Fully assembled and tested kit with easy to use electronics with computer software.The robot is a 4 servo biped walker featuring two degrees of freedom (DOF) per leg. The robot can walk forward or backwards and turn in place left or right with variable speed. It can even do lots of Robo-One style acrobatic moves. Our combo kits include everything needed to make an operational robot, however the chassis and servos are available separately for those who want to use their own electronics.True1461311003
Mobile Robotic Arm DIY KitINR0INR0The Mobile Robotic Arm is basically a manually controlled platform which uses Caterpillar type track belt locomotion. It is quite evident from the name that it will be used for pick & place operations, therefore it has a gripper with 1 DOF. The gear box is dominantly a mechanical assembly which uses a Worm gear assembly and hence can lift heavy loads. The platform is rear wheel driven wherein two high torque DC motors of 12V, 45 r.p.m. rating are used, additional two motors are used in the gear box and gripper assembly.True1461311066
Quad RotorINR0INR0Be part of the exciting new world of Multirotor UAVs, fully supported by Robosoft Systems. This is a first complete solution for anyone who wants a ready to fly QuadRotor.
Don't bother soldering, programing for the first time, and any kind of problem that you encounter when doing a Quad setup, Comes with the well known KKmulticopter 1 version.True1461311238
Bluetooth Controlled RobotINR5500INR5500To meet the utmost needs and desires of our precious consumers due to offered Bluetooth Control Robot. Presented product is highly durable and user-friendly in nature.
Longer service life
A robot is usually an electro mechanical machine that is guided by computer and electronic programming. Many robots have been built for manufacturing purpose and can be found in factories around the world.
Designing of the latest inverted ROBOT which can be controlling using an APP for android mobile. We are developing the remote buttons in the android app by which we can control the robot motion with them and in which we use Bluetooth communication to interface controller and android.
Controller can be interfaced to the Bluetooth module though UART protocol. According to commands received from android the robot motion can be controlled. The consistent output of a robotic system along with quality and repeatability are unmatched. Pick and Place robots can be re programmable and tooling can be interchanged to provide for multiple applications.
Material Provided in Kit:
Micro controller (Arduino UNO) - 1 No.
Bluetooth Module (HC-06) - 1 No.
Mobile (Android) with Arduino BT Joystick App for Bluetooth - 1 No.
Current Drive Module (L293D) - 1 No.
DC Motor - 2 Nos.
Power battery 12V DC and 5V DC - 1 Each
Chassis - 1 No.
Castor Wheel - 1 No.
Wheels - 2 Nos.True1470131744