Avishkaar ER Advanced and Pro Robotics Kit Review

As a robotics enthusiast and a student in the United States, I recently had the pleasure of experiencing the Avishkaar ER Advanced and Pro Robotics Kit. Its a popular innovation that has been making waves in India’s education and tech circles. With an impressive assembly of nearly 200 parts and a programmable brain at its core, this kit truly stands out. It was my dear Indian friend, Kumar, who introduced me to this fascinating realm of robotics by gifting me this kit. Having explored its capabilities, I’m inclined to say that it’s not just a gift but a gateway to a world of coding, robotics, and creativity. In my opinion, this kit could be one of the best gifts for high school students, offering them an exceptional opportunity to cultivate essential skills while having a blast along the way.

In the rapidly evolving landscape of robotics education, the Avishkaar ER Advanced and Pro Robotics Kit stands out as a beacon of innovation and learning. Designed to captivate young minds and foster a deeper understanding of robotics, this kit offers a holistic learning experience that combines hands-on building with intuitive programming. Let’s dive into the key features that make the Avishkaar ER kit a remarkable tool for nurturing young robotics enthusiasts.


The Avishkaar ER kit arrives in a meticulously designed box that not only protects the components but also entices users with a glimpse of the exciting possibilities that await inside. The sturdy packaging ensures that delicate parts remain unscathed during shipping and storage, setting the stage for an engaging and educational experience.

Box View


The thoughtful design of the Avishkaar ER kit is a testament to its user-centric approach. The components boast an ergonomic and visually appealing design, making them easy to handle and assemble. The use of vibrant colors and intuitive shapes serves as a visual aid, enabling quick identification of individual parts and enhancing the overall learning experience.

Best for Kids Learning How Robots Work:

At its core, the Avishkaar ER kit is tailored to cater to kids eager to unravel the mysteries of robotics. The kit provides a safe and engaging platform for young learners to grasp fundamental concepts while fostering their creativity and problem-solving skills. The kit’s components are intuitively designed, ensuring that children can easily comprehend the mechanics behind building and programming robots.

Programmable Controller:

The programmable controller is the beating heart of the Avishkaar ER kit. Designed to demystify coding, the controller empowers kids to breathe life into their creations through intuitive programming. The user-friendly interface accommodates both graphical and text-based programming languages, catering to a range of skill levels and facilitating a seamless transition from basic to advanced coding concepts.

Program Controller

Power Adapters:

To ensure uninterrupted exploration, the Avishkaar ER kit comes equipped with reliable power adapters. These adapters are not only efficient but also prioritize safety, providing protection against voltage fluctuations and short circuits. This feature fosters a secure environment for experimentation and learning, instilling a sense of confidence in young minds.

Power Adapter

Gamepad for Controlling:

An exceptional addition to the Avishkaar ER kit is the inclusion of a gamepad for wireless robot control. This gamepad interface transforms the learning process into an interactive and exhilarating adventure. Kids can now guide their robots with precision and finesse, adding an element of excitement that further fuels their passion for robotics.


Connecting Cables:

The Avishkaar ER kit boasts a range of connecting cables that are both robust and dependable. These cables ensure seamless connections between components, minimizing the risk of signal interference and simplifying troubleshooting. With an assortment of cables tailored to different robot configurations, kids can effortlessly build and customize their robots to suit their imagination.


Including Sensors in the Box and How They Work:

A standout feature of the Avishkaar ER kit is its inclusion of sensors, which elevate the learning experience by enabling robots to interact with their surroundings. Ultrasonic distance sensors, line-following sensors, and light sensors empower kids to program their robots to respond intelligently to external stimuli. This hands-on approach provides a tangible understanding of sensor technology and its real-world applications.


Remote Controller App:

The Avishkaar ER kit takes learning beyond the confines of physical components with its dedicated remote controller app. This app allows kids to take charge of their robots using a smartphone or tablet, adding an extra layer of convenience and flexibility. The app’s intuitive user interface ensures that young learners can effortlessly navigate and control their robots remotely, fostering a sense of accomplishment.

App for control

Easily Build the Robot:

One of the standout strengths of the Avishkaar ER kit is its simplicity in building robots. The kit’s components are designed to be user-friendly, enabling kids to follow step-by-step instructions and assemble their robots with ease. This streamlined building process encourages a sense of achievement, motivating kids to dive deeper into the world of robotics.


First Project

robotic base

Witnessing the remarkable potential of the Avishkaar ER Advanced and Pro Robotics Kit, I was truly amazed when Kumar’s 8-year-old son, brimming with enthusiasm, successfully crafted his very first robot using this ingenious kit. Starting with a relatively simple project like a remote-controlled car that could move in multiple directions – forwards, backwards, and sideways – this young budding engineer delved into the world of robotics with the kit’s user-friendly components. This journey from concept to creation was a stepping stone towards even more imaginative ventures. As showcased in the accompanying figure, the kit’s versatility was strikingly evident. Once the basics were mastered, the car’s design was ingeniously transformed into a house-cleaning robot.

Certainly, here’s the process broken down into bullet points:

  • Gather the Avishkaar ER Advanced and Pro Robotics Kit.
  • Retrieve two metal pieces known as Longviews from the kit.
  • Select a motor and carefully insert it into one of the Longviews, following the figure’s guidance.
  • Utilize the screws provided in the kit to secure the motor firmly in place on the Longview.
  • Use the screwdriver from the kit to tighten the screws securely, ensuring the motor is locked into position.
  • Repeat the above steps for the second Longview and motor to maintain consistency in the structure.
  • With both motors securely attached to their respective Longviews, you’ve established the foundational framework for your robot, marking the initial step toward creating your customized robot model.
inserting the motor
  • Once the motors are securely attached to both Longviews, proceed to attach wheels to each motor.
  • Prior to adding the wheels, ensure that you insert a spacer. The spacer is crucial to prevent the wheel from coming into contact with the screw.
  • Follow the guidance provided in the figure to properly position the spacer and the wheel in relation to the motor and the Longview.
  • This spacer serves as a buffer, maintaining a proper distance between the wheel and the screw, thereby preventing any interference during the robot’s movement.
  • Take care to repeat this process for both wheels, ensuring consistency in the setup and functionality.
  • The inclusion of the spacer is a key step that ensures the smooth rotation of the wheels without any hindrance.
  • With the wheels and spacers in place, you’re inching closer to creating a functional and mobile base for your robot, setting the stage for further advancements in its design and capabilities.
adding wheels
attachcing wheels
  • Now, on the opposite end of the horizontal plates where the motors and wheels are attached, you’ll want to affix two caster wheels. These caster wheels enable the vehicle to rotate freely in a 360-degree range of motion.
  • To join these two caster wheels to the Longviews, make use of a metal plate as indicated in the figure. This metal plate serves as a connecting bridge between the Longviews, ensuring that the caster wheels are stable and properly aligned.
  • Position the metal plate between the Longviews in accordance with the figure’s guidance, allowing the caster wheels to pivot smoothly and provide the desired rotational movement.
  • With the caster wheels now securely attached, your robot car gains the capability to turn in any direction, enhancing its mobility and maneuverability.
  • In the final step, affix the programmable brain at the top of your robot car. This brain is the core controller that will bring your robot to life and allow you to program its behavior and functionalities.
  • By attaching the brain, your robot is now equipped with the intelligence needed to execute commands, making it ready for further programming and customization.
  • Before concluding, it’s essential to attach wires to the programmable brain. Look for the “R” marking on the brain, which designates the point where you’ll attach the remote wire. This remote wire is longer than the other wires.
  • Carefully connect the remote wire to the “R” marked section on the brain, ensuring a secure and snug fit to establish proper communication between the remote control and the brain.
  • The next step involves connecting the remaining wires. As shown in the accompanying figure, identify the designated slots labeled “M1,” “M2,” and “M3” on the brain.
  • Attach the corresponding wires to these slots, aligning the wire colors with the appropriate slots to maintain consistency and ensure correct functionality.
  • With the wires properly connected to the brain, the intricate communication pathways are established, enabling you to control and program your robot’s movements and actions.
  • As a final step, switch on the programmable brain, initiating the connection between the components and bringing your robot to life.
  • With the brain powered on and the wires connected, your Avishkaar ER Advanced and Pro Robotics Kit has been transformed into a functional and controllable robot, ready for your programming input and creative exploration.
attaching wires

By following these steps, you’ve successfully assembled and brought to life a dynamic robot car, equipped with mobility, rotational capability, and the potential for coding and remote control. This accomplishment marks the beginning of an exciting journey into the world of robotics and innovation.


The Avishkaar ER Advanced and Pro Robotics Kit is a remarkable tool that empowers kids to unravel the magic of robotics. With its intuitive design, programmable controller, sensors, gamepad, and remote control capabilities, the kit provides a holistic and engaging learning experience. Aspiring young robotics enthusiasts can confidently embark on a journey of discovery, creativity, and education, while the Avishkaar ER kit serves as their guiding light in this exciting realm.

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