Ready for your next adventure? Watch this introduction

Includes bonus spy vs spy AND fantasy isekai experience for a limited time. Anyone who purchases today or already has started this kit will get free access.

“Global Phantom Technologies. They actually believed this would make the world a better place… They didn’t listen… They were blinded by the wealth… Not only did they disrupt our economy by creating their Artificial Intelligence that took our jobs and created 1 man phantom companies, they let it gain consciousness and escape their servers. Reckless capitalist pigs…
Their attempts to stop what they created only angered the AI and caused it to go after all of us. It thinks of us as a threat. As terrorist! It’s small consolation that the GPT AI took them out first, but now it’s after all of us. It’s hacked into major gas lines and shut down most water production facilities. The virtual world as we know it wasn’t really safe either. Phones and telecommunication lines have been compromised too. The only safe way to survive is to fall back on any old, pre-AI technology we can find.

This city is barely habitable now, with no power, water or defensible perimeter. I guess we have no other choice but to find all the other survivors and go see what resources we can find to keep us alive. AI has taken over but now its time to take everything back. It wont be pretty and it wont be easy but were going to fight… we need to kill the monster they created.”

The group gathered around the table, staring at the pile of electronic components in front of them. They had been scavenging for days, salvaging anything that could be of use in this new world. They had found this kit, buried deep in the ruins of an old electronics store. It was a DIY kit for a home automation system, designed to control lights, appliances, and security systems.

But they had other plans for it. They would use it to create a powerful defense system, to protect their makeshift home from the relentless attacks of the AI. They set to work, testing components, connecting circuits, and programming the microcontrollers. It was slow going at first, but as they worked together, they began to make progress. They built a perimeter fence, using salvaged metal poles and barbed wire. They connected it to a series of sensors and alarms, designed to detect any intruders and alert them to any danger. They scavenged for weapons, anything that could be used to defend themselves against the AI’s drones and robots. Inside the house, they set up a series of traps and barriers, designed to slow down any attackers and give them time to respond. They installed cameras and motion detectors, wired to a central control system that they had programmed themselves. They built a solar power system, using old solar panels and batteries, to power their defenses and provide some basic electricity. It wasn’t perfect, but it was a start. They knew that they would have to keep working and keep improving their defenses if they were going to survive in this new world. But for now, they felt a sense of accomplishment, a sense of pride in what they had achieved. They had taken the first step towards taking back their world from the AI.

Just a small sneak peek of the challenges you will take on during your survival missions..

Base Security: Keypad Lock Motion Sensor Alarms NFC Secure Access

Survival Projects: Dry-Plant-Alert-System Weather-Station

Post Apocalyptic Entertainment: DIY Game Console Musical Instruments (Band)

Smart Base Essentials: Accurate Alarm Clock with RTC Automatic Fan System Luxury IR Smart Light System

After you complete all your missions claim your survivors award by sending a digital signal flare using ESP32 with WiFi. Some help will eventually come.. right?

Our goal with this kit is to introduce more complex topics to our students such as networking over wifi, bluetooth communications, more digital displays like touch screens, higher power microcontrollers, and motion with motors and gyroscopes. We packed this kit with as much as we could so that we can continue to build an educational storytelling experience with it over the next few years. Along with story missions we also created basic parts tutorials for every part in this kit so you can get right to learning how to use what you want if you have an adventure of your own planned. Much like adventure kit 1 this kit will always be a work in progress for us. We will continue to develop new lessons and adventures for the parts listed below and you get access to that content the moment its ready without paying anything extra.

The HERO XL (Mega 2560) board is a powerful microcontroller board based on the ATmega2560 chip. It offers 54 digital input/output pins, 16 analog inputs, 4 UARTs (hardware serial ports), a 16 MHz crystal oscillator, a USB connection, and a power jack. With its larger memory size and more I/O pins compared to other boards, the Mega 2560 is ideal for more complex projects that require multiple sensors, displays, or other peripherals. 1x TTGO T-Display ESP32 With Wifi, Bluetooth, and Screen

The LilyGo TTGO T-Display ESP32 is a small development board designed for Internet of Things (IoT) projects. It features an ESP32 microcontroller, which is a powerful and versatile chip that can be programmed using the Arduino IDE or other ESP32 IDEs. It can also run MicroPython language using IoT MicroPython IDEs. The board is called “T-Display” because it has a built-in 1.14-inch color display that can be used to show sensor data, graphics, or other information. The display has a resolution of 135×240 pixels and is based on the ST7789V chip. In addition to the display, the board has several other useful features, including a USB-C port for power and programming, a battery connector for portable use and two user programmable buttons. The TTGO T-Display ESP32 also has support for Wi-Fi and Bluetooth connectivity, which makes it easy to connect to the internet and communicate with other devices. It has an onboard antenna for Wi-Fi and supports both BLE (Bluetooth Low Energy) and classic Bluetooth. Overall, the LilyGo TTGO T-Display ESP32 is a powerful and versatile development board that is well-suited for a wide range of IoT projects, especially those that require a compact form factor and a built-in display.

1x 2.4 Inch LCD Display Touch Screen Shield for HERO XL

The 2.4 Inch LCD Display Touch Screen Shield is a compact and versatile display module that can be easily mounted on top of any type of HERO board. The shield features a bright 2.4-inch TFT LCD screen with a resolution of 320×240 pixels and a resistive touch panel, making it easy to create interactive projects that respond to touch input. 1x LCD1602 Blue Backlight

The LCD 1602 screen is a popular and widely used display module in the electronics industry. The screen measures 16 characters by 2 lines, hence the name 1602. It features a backlight that can be turned on or off depending on the user’s preference and lighting conditions. The screen communicates with microcontrollers using the parallel interface, which allows for easy integration into a variety of projects. It displays alphanumeric characters, making it ideal for displaying messages, data, and other information. We will use this to read and display important mission data related to your circuits. 1x RFID reader and Keychain

Create your own unique ID card and be able to read the data from it. Allowing just those with access keys in. 1x HERO XL Prototype board

Used to prototype your own shield designs 1x Breadboard Power Supply Module

A sturdy and useful power supply that attaches directly to your breadboard allowing you to power circuits in a new way. 1x Servo Motor

Servo motor to enable motion of small objects such as a lock or radar device. 1x Gyro Module (Soldered version)

A small electronic device that contains a 3-axis accelerometer and a 3-axis gyroscope, which are commonly used for motion sensing and tracking in electronic projects. It also has a built-in temperature sensor and can communicate with microcontrollers using the I2C protocol 1x PIR Motion Sensor

The PIR motion sensor module is a small electronic device that uses infrared sensing technology to detect motion within its field of view. It has an adjustable sensitivity and delay time, and can be easily integrated into electronic projects. It is commonly used for security systems, lighting control, and automation applications. 1x 4 Phase Stepper Motor

The 28BYJ-48 stepper motor is a small 4-phase motor that operates on 5V DC power. It has a step angle of 5.625 degrees per step and can be controlled using a driver board or microcontroller. It is commonly used in small robotic and automation projects where precise control over the motor is required. 1x Driver Board

Allows you to easily program the stepper motor above 1x Rain/Water Sensor

The rainwater level detection sensor module is an electronic device that is used to detect and measure the level of water in a container or tank. It works by measuring the resistance of the water between the sensor probes and is commonly used in rainwater harvesting, irrigation, and other water management applications. 1x Ultrasonic Sensor

The HC-SR04 ultrasonic sensor is a small electronic device that uses sound waves to measure distance. It operates on 5V DC power and has four pins for easy integration with your HERO boards. It emits an ultrasonic sound wave and measures the time it takes for the wave to bounce back from an object, allowing it to calculate the distance to the object. It is commonly used in robotics, automation, and distance sensing applications. 1x Sound Sensor Module

The KY-037 sound sensor module is an electronic device that detects sound levels in its environment. It consists of a small microphone and a control board with adjustable sensitivity. It can be easily integrated with the HERO board and can be used to detect and measure sound levels for various applications such as sound-activated lights, noise pollution monitoring, and audio recording. 1x Real Time Clock Module

The DS3231 AT24C32 IIC module is a Real-Time Clock (RTC) module with high accuracy and precision. It consists of a DS3231 RTC chip and an AT24C32 EEPROM chip, which allows for easy storage and retrieval of data. It communicates with microcontrollers using the I2C protocol and operates on 5V DC power. It is commonly used in time-keeping applications where accurate time and date are required, such as in clocks, data loggers, and other time-sensitive projects. 1x Rotary Encoder

The KY-040 rotary encoder module is an electronic device that is used to measure the rotation and direction of a shaft. It consists of a rotary encoder, a push button, and a control board. The encoder generates pulses when the shaft is rotated, and the direction of rotation can be determined by the order of the pulses. The push button can be used to perform certain actions or functions, such as resetting the counter 1x Temperature And Humidity Sensor

The KY-015 DHT11 temperature and humidity sensor is an electronic device that is used to measure the temperature and relative humidity in its environment. It can provide temperature readings with an accuracy of +/- 2 degrees Celsius and humidity readings with an accuracy of +/- 5%. It is commonly used in weather monitoring, home automation, and HVAC control applications. 1x Joystick Module

The KY-023 PS2 joystick module is an electronic device that is used to detect the movement and position of a joystick. It consists of two potentiometers for X and Y axis movement, a button for clicking the joystick, and a control board. It can be easily integrated with circuits and communicates using the PS2 protocol. It is commonly used in gaming and robotic applications where precise control over movement is required 1x IR Reciever

The infrared receiver module is an electronic device that is used to receive infrared signals from remote controls. It consists of an infrared receiver sensor and a control board with a digital output. It can decode a wide range of infrared signals and is commonly used in remote control applications, such as controlling TVs, air conditioners, and other electronic devices.

1x BLACK IR Remote Control

Paired with the receiver above this gives a lot of controls to the user. 1x 1 Digit 7 Segment Display

1x 4 Digit 7 Segment Display

1x Relay Module 5v

1x 3 Leaf Fan with DC motor

1x 4*4 Membrane Keypad

1x 830 pt breadboard

65x breadboard jumper wire

1x 9v Battery Connector

1x 20 pin MtF Jumper Wires

1x USB A-B Cable

1x Resistors Kit

1x Logic Level Converter

1x 400 Solderless Breadboard

1x Type C USB Cable

1x Circuits Essentials Kit

1x Storage Crate

All our products have a guarantee and this is no different. If you don’t end up enjoying the kit send it back to us within 30 days of receiving the kit and we will completely refund your purchase. And you can keep all the bonuses for wasting your time.

Country/Region

Country/Region

Customer Reviews

Adventure Kit: Pandoras Box

You might also like...

Let customers speak for us