Educational DIY Robot Kit - A14

Name: Educational DIY Robot Kit - A14
Brand: The Tech Depot
SKU: TES-EV02113
Price: 1493.54 INR
Availability: InStock

Rs. 1,493.54

TES-EV02113

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The Educational DIY Robot Kit - A14 is a comprehensive robotics assembly platform designed for students and hobbyists to learn fundamental concepts of mechanical engineering, electronics, and programming through hands-on construction and control. Electronics educators, STEM instructors, and robotics enthusiasts use this kit professionally to teach microcontroller integration, motor control, sensor interfacing, and autonomous navigation principles. This kit solves the critical challenge of bridging theoretical learning with practical application by providing a modular, scalable platform that accommodates both beginners and advanced learners in robotics education.

Specifications

Specification	Details
Product Type	Educational DIY Robotics Kit with Microcontroller
Brand	Standard Educational Series
Origin	Original/Authentic
Microcontroller	8-bit AVR or ARM-based processor, 16MHz clock speed
Motor Specifications	Two 6V DC motors with 1:48 gear ratio, 60 RPM nominal speed
Power Supply	4x AA battery holder, 6V nominal output, 2000mAh capacity
Sensor Array	2x Infrared obstacle sensors, 1x Ultrasonic HC-SR04 module, 1x Line-tracking sensor
Chassis Dimensions	150mm x 120mm x 80mm, aluminum alloy construction
Programming Interface	USB-TTL serial adapter, Arduino IDE compatible

Why Choose Educational DIY Robot Kit - A14?

100% Authentic

GST Invoice - A GST invoice is included with every order.

Expert Support - Dedicated technical help on WhatsApp and email.

Pan-India Delivery - Shipped across Bengaluru, Delhi NCR, Hyderabad and all of India.

Trusted by Makers - Used by students, hobbyists and professionals nationwide.

Key Features of Educational DIY Robot Kit - A14

Modular plug-and-play sensor architecture enabling rapid prototyping and component swapping without soldering requirements
Dual-motor differential drive system with independent speed control via PWM, allowing precise turning radius and omnidirectional movement patterns
Integrated voltage regulation circuits providing stable 5V logic supply and 12V motor power rails with current limiting protection
Open-source firmware support with Arduino IDE compatibility, enabling both block-based visual programming and low-level C code development
Comprehensive sensor fusion capabilities processing simultaneous inputs from infrared, ultrasonic, and optical sensors for autonomous decision-making
Reinforced aluminum chassis with adjustable wheel suspension system for terrain adaptability and impact resistance

Perfect For

Classroom STEM education programs teaching microcontroller programming, motor control algorithms, and sensor interfacing principles to secondary and undergraduate students
Robotics competition platforms for line-following challenges, obstacle avoidance courses, and autonomous navigation contests requiring real-time sensor processing
Research and development prototyping for mobile robotics concepts including path planning algorithms, collision detection systems, and behavior-based control architectures
Hobbyist projects for home automation integration, such as autonomous room mapping, object detection, and remote control applications via wireless modules
Industrial training programs for technicians learning PLC programming concepts, sensor signal conditioning, and motor drive electronics through practical hands-on experience

How to Use

Begin assembly by carefully organizing all components and identifying each module against the provided inventory checklist. Install the motor assembly into the chassis frame using the supplied brackets, ensuring proper alignment of the drive shafts with the wheel hubs. Connect the microcontroller board to the motor driver module using the standardized connector cables, then attach the sensor modules to their designated ports on the main control board. Install the battery holder beneath the chassis and connect the power leads to the onboard voltage regulator, ensuring correct polarity to prevent component damage.

Once assembly is complete, connect the microcontroller to your computer via the USB-TTL adapter and install the Arduino IDE software. Download the provided example sketches from the documentation portal and upload them to the microcontroller using the standard Arduino compilation and programming workflow. Begin with basic LED control sketches to verify the programming interface, then progress to motor control examples that demonstrate PWM signal generation. Test each sensor individually using the provided calibration sketches before integrating multiple sensors into complex autonomous behaviors. The kit includes step-by-step tutorials progressing from fundamental concepts through advanced obstacle avoidance algorithms, allowing learners to develop competency at their own pace.

Product Overview

The A14 robot kit operates on a modular architecture where a central microcontroller unit communicates with peripheral modules including DC motors with gearboxes, infrared sensors, ultrasonic distance sensors, and servo motors through standard connector interfaces. The kit utilizes a 4-wheel differential drive mechanism controlled via PWM (Pulse Width Modulation) signals, enabling precise speed and direction control. The onboard power management system incorporates voltage regulation circuits that maintain stable 5V and 12V supplies across all components, while the programming interface supports both graphical block-based coding and C/C++ firmware development through USB connectivity.

What distinguishes the A14 from competing educational platforms is its intelligent sensor fusion capability, allowing simultaneous data processing from multiple input sources for obstacle avoidance and line-following applications. The chassis design features reinforced aluminum frame construction with adjustable wheel suspension, ensuring stability across varied surface conditions. The kit includes comprehensive documentation with circuit schematics, component datasheets, and progressive project tutorials that guide users from basic LED control through advanced autonomous navigation algorithms, making it suitable for classroom environments and independent learning pathways.

Frequently Asked Questions

What programming languages does the A14 kit support?

The A14 kit supports Arduino IDE with C/C++ firmware development as the primary programming environment. Additionally, many educational platforms like Blockly, MIT App Inventor, and visual block-based coding systems can be configured to generate Arduino-compatible code. Some users also implement MicroPython environments on compatible microcontroller variants, though the standard kit ships with Arduino bootloader pre-installed for immediate compatibility.

How long does the battery last during continuous operation?

With the standard 4x AA battery configuration providing 2000mAh capacity, continuous operation typically lasts 4-6 hours depending on motor load and sensor usage patterns. At moderate speed with periodic sensor polling, users can expect 6-8 hours of operation. For extended projects, we recommend using rechargeable NiMH batteries or upgrading to higher capacity battery packs. The onboard voltage regulator maintains stable output until battery voltage drops below 4.8V, at which point performance degrades gradually.

Can I add additional sensors or modules to the A14 kit?

Yes, the A14 kit features an expandable design with spare GPIO pins and I2C communication ports on the microcontroller board. You can integrate additional sensors including temperature sensors, humidity sensors, compass modules, or wireless communication modules like Bluetooth or WiFi adapters. The documentation includes pinout diagrams and example code for common sensor integrations. However, ensure that additional modules operate within the 5V logic level specifications and do not exceed the total current draw capacity of the onboard voltage regulator.

Is soldering required to assemble the kit?

The A14 kit is designed as a soldering-free assembly platform using standardized connectors and pre-assembled modules. All major components connect via plug-and-play connectors, making it suitable for users without electronics assembly experience. However, advanced users may choose to solder custom sensor breakout boards or modify the chassis, for which soldering skills would be beneficial but not essential for basic operation.

When will I receive my order?

Are bulk discounts available?

Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.