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Class 7 Architect Kit: Smart Security, Robotics & Hybrid Simulation

Original price was: ₹ 9,500.00.Current price is: ₹ 6,562.00.

Welcome to the era of complex logic. The Class 7 XR4STEM Kit propels 12-year-olds into advanced programming, empowering them to build 4×4 keypad security doors, scrolling 8×8 matrix displays, and fully functional obstacle-avoiding robots.

Middle school engineering isn’t just about making an LED blink—it is about designing systems that think and react. The Class 7 Architect Kit is a massive leap forward in the XR4STEM hardware curriculum, introducing students to the complex logic required for digital security, kinematics, and dynamic visual displays.

Engineered by XROBOTICS WORKS PVT LTD, an IIT Bhubaneswar-incubated tech ecosystem, this kit delivers a seamless hybrid learning experience. Students design and stress-test their 3D models and circuits in the online TinkerCAD simulation environment before building the physical prototypes on their desks. Armed with an Arduino UNO, a 3-Wheel Chassis, a 4×4 Keypad Module, and an 8×8 Dot Matrix Display, students will tackle 13 physical hands-on builds.

From wiring a Manual Controlled CAR using DPDT switches to programming a fully autonomous Obstacle Avoiding System with IR sensors and SG90 Servos, this kit bridges the gap between hardware assembly and algorithmic thinking. By integrating a Smart Door Locking System and a Smart Display System, this kit transforms PM Shri Labs into elite training grounds for future mechatronics engineers.

Detailed Attributes

Curriculum Level: Class 7 (Mapped to robotics kinematics, advanced input logic, dynamic displays, and digital simulation)

Total Projects: 13 Hands-on Experiments + 3 Online Simulation Projects

Core Learning Outcomes:

Robotics & Kinematics: Building and wiring both a Manual Controlled CAR and an autonomous Obstacle Avoiding System.

Advanced I/O & Security: Programming access control using a 4×4 Keypad Module for a Smart Door Locking System and a Manual Door Security system.

Dynamic Visual Logic: Coding cascading text and animations on a 4-in-1 8×8 Dot Matrix Display (Smart Display System).

Hybrid Prototyping: Utilizing TinkerCAD for Smart 3D Designing and Electronics Simulation before physical execution.

Key Electronic Components (Referencing image_668ae4.png): Arduino UNO with Cable, 4×4 Keypad Module, 8×8 Dot Matrix Display (4 pcs module), IR Sensor Modules (2), Flame Sensor, LDR Sensor Module, SG90 Servo Motor (Blue), 5V Relay Module, 5V Pump, Buzzer 5V, DPDT Switches (2) & Box, Big Push Buttons with Key (2).

Key Power & Mechanical Components: 3 Wheel Chassis (Set), 18650 Li-ion Batteries 1800mAh (2), Dual Li-ion Battery Case, 9V Battery & Clip, Lemon Battery Kit Set, Screwdriver.

Prototyping Essentials: Medium Breadboard, Jumper Wires (M-M, F-M, F-F), 4-Core Wire (1m), Single Core Wire (2m), Double Sided Tape, Resistors (220/1K/330 ohm).

Best For: Class 7 PM Shri Lab integration, Middle School Composite Skill Labs, Tinkering Labs, and competitive robotics team preparation.

Highlights

Real Robotics Chassis: Includes a 3-wheel platform to build both manually controlled and fully autonomous rovers.

Advanced Digital Security: Features a 4×4 matrix keypad to teach algorithmic password logic and relay-controlled locks.

Hybrid Learning Model: Blends physical Arduino engineering with TinkerCAD digital 3D and circuit simulation.

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