Push Me!
🚀 Mission Briefing: The Summer Break Wormhole
Location: Science Lab 402
Status: Deeply Unfortunate
The sun was blazing through the classroom windows, and the smell of the upcoming summer break was thick in the air. The school year was basically over, and honestly, your brain had checked out three days ago. Textbooks were closed, lockers were being cleaned out, and the last thing anyone wanted to do was more school work. You were restless, bored, and ready for the final bell.
In the back of the lab, the Professor had been obsessively tinkering with his masterpiece—a prototype spaceship built entirely from repurposed lab equipment and Sphero littleBits. "This is the future of travel!" he’d proclaim while adjusting his spectacles. "But it's highly sensitive. It requires the precision of a master engineer."
Suddenly, the Professor was called away to the front office to sign some end-of-year paperwork. Before leaving, he pointed a stern finger at the class: "Do not—under any circumstances—step inside the cockpit. And whatever you do, DO NOT touch the Big Red Button. It is currently set to 'Experimental Jump' mode and hasn't been tested!"
He was gone for less than sixty seconds.
Curiosity got the better of the crew. You all piled into the ship just to "see how it felt" to sit in the pilot's seat. Then, someone’s backpack caught the edge of the console. (Guess who?) CLICK.
A blinding flash of purple light filled the room. The sound of a thousand lockers slamming shut echoed in your ears. When the light cleared, the science lab was gone. Outside the viewport, there were no school buses or playgrounds. There was only a swirling, neon-purple nebula and a very silent, very broken ship.
The SS Detour is drifting. The lights are flickering, the air is getting thin, and the engine is smoking. You are stranded in deep space. If you don't use the Professor's spare littleBits to repair the ship and jump back to Earth before the final period ends, you won't just be late for summer break—you'll be the first 6th graders to spend your vacation orbiting a gas giant.
Open your Mission Manuals. Follow the steps. Stay calm. We are going home.
---Warning!---
Location: Unknown. Systems: Offline.
Unofficial pilots detected. Experimental Jump Drive engaged. We need to get the lights on before we panic.
"Log Date: 2026.4.29. This is the crew of the SS Detour. Note to self: Do not touch the glowing purple lever while the teacher is in the hallway. We have successfully jumped 4.2 lightyears away. The good news? The view is great.
The bad news? The engine is sparking, the lights are out, and if we aren't back by the end of the period, we’re going to have a very awkward conversation with the principal. Initiating emergency repairs... now!"
THE CRITICAL ERROR Mission 1: Restore Core Power. The Build: Power + Wire + Long LED. Task: Snap the bits together. If the light turns on, you’ve found the battery! Check: Does the light stay on when you move the ship?
HELP!
IT’S GETTING HOT IN HERE Mission 2: Thermal Regulation. The Build: Power + Button + Fan. Task: The fan should only spin when the button is held down. Concept: This is an Input bit (Pink). It controls the Output (Green).
"The life support cooling system is down. We’re going to bake like space-cookies if we don't get some airflow. But we need to save battery—make it so we can turn the fan on and off."
THE INVISIBLE THREAT Mission 3: Hull Breach Alarm. The Build: Power + Sound Trigger + Buzzer. Task: Adjust the small dial on the Sound Trigger bit using the purple screwdriver. It should only buzz when you clap or tap the table.
"The external cameras are dead. We need to know if asteroids (or aliens) are hitting the hull. Create a 'Hull Percussion Alarm' that triggers a sound if it hears a thud."
CALLING FOR HELP Mission 4: Comms Array Calibration. The Build: Power + Slide Dimmer + LED Bar Graph. Task: Slide the dimmer. Can you get all the lights on the Bar Graph to light up? That's a full-strength signal!
"We found a frequency! But it’s weak. We need to manually boost the signal to send our location. Watch the monitor (LED Bar) to see when the signal is at 100%."
THE SOS BEACON Mission 5: Automated Distress Signal. The Build: Power + Pulse + LED. Task: Use the dial on the Pulse bit to make the light flash slowly, then fast. Set it to a "Medium" emergency flash.
"The ship's computer says we need an automated flashing light to attract the rescue fleet. We can't sit here pressing the button forever—we need it to pulse on its own."
THE HARDWARE HITCH (FUSE APP BEGINS) Mission 6: Robotic Thruster Alignment. The Build: Power + Code Bit + Servo Motor (connected to the Code Bit). The Code: Open the Fuse App. Drag a loop block. Inside, put set servo to 0 and set servo to 90. Task: Upload the code. Does the arm move back and forth to unjam the engine?
"The main engine flap is jammed. The hardware is fixed, but the software is fried. You need to write a 'Wiggle Script' to get the motor moving back and forth."
THE FINAL JUMP HOME Mission 7: The Master Sequence. The Build: Power + Button + Code Bit + RGB LED + Buzzer. The Code: If Button is pressed, then Set RGB LED to Green and Play Tone (500Hz). Final Goal: Press the button, hear the beep, and see the green light. You made it back to the lab before the bell!
HELP
"Everything is ready. To engage the Warp Drive, we need a 'Launch Sequence.' When we press the Master Start button, the lights must turn green and the ship must play a 'Success' tone."
Mission 7: The Logic of the "Homebound Jump" In the littleBits Fuse App (Block-based coding), the students need to understand a Conditional Statement (If/Then). The Challenge: The Warp Drive is dangerous. It should only activate when the "Launch Button" is held down. If it's not held down, the ship should stay in "Standby" (Red light). The Trigger: An if/else block found in the "Logic" menu. The Condition: "If input on pin 0 (where the button is) is TRUE..." The Result (True): * Set RGB LED to GREEN Play Tone on Buzzer (e.g., 600Hz for 1 second) The Result (False/Else): Set RGB LED to RED Silence Buzzer Teacher Note: This teaches them that the "Code Bit" is constantly asking a question: "Is the button being pressed right now?" Thousands of times a second, it checks and reacts.
There are a few simple "rules" to littleBits that provide the foundation for your learning experiences.
Snap 'Em Together
Bits snap together with magnets so it's impossible to make a mistake. No wiring or device required -- just easy and intuitive snapping!
Color-Coded
Each Bit is color-coded by its function. There are four colors:
It all starts with BLUE: The blue Bits are power. Connect a power Bit to a battery or computer so that electricity can run through your circuit.
Add a GREEN: The green Bits are outputs, which do something...like light up, move or make a sound.
Control with a PINK: Maybe you don't want your circuit to just be "on" all the time. Simply add a pink between your power and output Bits to add a control. Inputs can be buttons, dimmers, sensors -- things that receive direction from you or the environment.
Extend or add smarts with an ORANGE: Orange Bits let you build your circuits in new directions (like with a wire or a fork) or connect to other systems (like coding on a computer).
Order Matters
Power Bits (blue) always come first. Input Bits (pink) only affect the output Bits (green) that come after them.
Back
It's a Wormhole!
Luis Covarrubias
Created on April 19, 2026
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Transcript
Push Me!
🚀 Mission Briefing: The Summer Break Wormhole Location: Science Lab 402 Status: Deeply Unfortunate The sun was blazing through the classroom windows, and the smell of the upcoming summer break was thick in the air. The school year was basically over, and honestly, your brain had checked out three days ago. Textbooks were closed, lockers were being cleaned out, and the last thing anyone wanted to do was more school work. You were restless, bored, and ready for the final bell. In the back of the lab, the Professor had been obsessively tinkering with his masterpiece—a prototype spaceship built entirely from repurposed lab equipment and Sphero littleBits. "This is the future of travel!" he’d proclaim while adjusting his spectacles. "But it's highly sensitive. It requires the precision of a master engineer." Suddenly, the Professor was called away to the front office to sign some end-of-year paperwork. Before leaving, he pointed a stern finger at the class: "Do not—under any circumstances—step inside the cockpit. And whatever you do, DO NOT touch the Big Red Button. It is currently set to 'Experimental Jump' mode and hasn't been tested!" He was gone for less than sixty seconds. Curiosity got the better of the crew. You all piled into the ship just to "see how it felt" to sit in the pilot's seat. Then, someone’s backpack caught the edge of the console. (Guess who?) CLICK. A blinding flash of purple light filled the room. The sound of a thousand lockers slamming shut echoed in your ears. When the light cleared, the science lab was gone. Outside the viewport, there were no school buses or playgrounds. There was only a swirling, neon-purple nebula and a very silent, very broken ship. The SS Detour is drifting. The lights are flickering, the air is getting thin, and the engine is smoking. You are stranded in deep space. If you don't use the Professor's spare littleBits to repair the ship and jump back to Earth before the final period ends, you won't just be late for summer break—you'll be the first 6th graders to spend your vacation orbiting a gas giant. Open your Mission Manuals. Follow the steps. Stay calm. We are going home.
---Warning!---
Location: Unknown. Systems: Offline.
Unofficial pilots detected. Experimental Jump Drive engaged. We need to get the lights on before we panic.
"Log Date: 2026.4.29. This is the crew of the SS Detour. Note to self: Do not touch the glowing purple lever while the teacher is in the hallway. We have successfully jumped 4.2 lightyears away. The good news? The view is great.
The bad news? The engine is sparking, the lights are out, and if we aren't back by the end of the period, we’re going to have a very awkward conversation with the principal. Initiating emergency repairs... now!"
THE CRITICAL ERROR Mission 1: Restore Core Power. The Build: Power + Wire + Long LED. Task: Snap the bits together. If the light turns on, you’ve found the battery! Check: Does the light stay on when you move the ship?
HELP!
IT’S GETTING HOT IN HERE Mission 2: Thermal Regulation. The Build: Power + Button + Fan. Task: The fan should only spin when the button is held down. Concept: This is an Input bit (Pink). It controls the Output (Green).
"The life support cooling system is down. We’re going to bake like space-cookies if we don't get some airflow. But we need to save battery—make it so we can turn the fan on and off."
THE INVISIBLE THREAT Mission 3: Hull Breach Alarm. The Build: Power + Sound Trigger + Buzzer. Task: Adjust the small dial on the Sound Trigger bit using the purple screwdriver. It should only buzz when you clap or tap the table.
"The external cameras are dead. We need to know if asteroids (or aliens) are hitting the hull. Create a 'Hull Percussion Alarm' that triggers a sound if it hears a thud."
CALLING FOR HELP Mission 4: Comms Array Calibration. The Build: Power + Slide Dimmer + LED Bar Graph. Task: Slide the dimmer. Can you get all the lights on the Bar Graph to light up? That's a full-strength signal!
"We found a frequency! But it’s weak. We need to manually boost the signal to send our location. Watch the monitor (LED Bar) to see when the signal is at 100%."
THE SOS BEACON Mission 5: Automated Distress Signal. The Build: Power + Pulse + LED. Task: Use the dial on the Pulse bit to make the light flash slowly, then fast. Set it to a "Medium" emergency flash.
"The ship's computer says we need an automated flashing light to attract the rescue fleet. We can't sit here pressing the button forever—we need it to pulse on its own."
THE HARDWARE HITCH (FUSE APP BEGINS) Mission 6: Robotic Thruster Alignment. The Build: Power + Code Bit + Servo Motor (connected to the Code Bit). The Code: Open the Fuse App. Drag a loop block. Inside, put set servo to 0 and set servo to 90. Task: Upload the code. Does the arm move back and forth to unjam the engine?
"The main engine flap is jammed. The hardware is fixed, but the software is fried. You need to write a 'Wiggle Script' to get the motor moving back and forth."
THE FINAL JUMP HOME Mission 7: The Master Sequence. The Build: Power + Button + Code Bit + RGB LED + Buzzer. The Code: If Button is pressed, then Set RGB LED to Green and Play Tone (500Hz). Final Goal: Press the button, hear the beep, and see the green light. You made it back to the lab before the bell!
HELP
"Everything is ready. To engage the Warp Drive, we need a 'Launch Sequence.' When we press the Master Start button, the lights must turn green and the ship must play a 'Success' tone."
Mission 7: The Logic of the "Homebound Jump" In the littleBits Fuse App (Block-based coding), the students need to understand a Conditional Statement (If/Then). The Challenge: The Warp Drive is dangerous. It should only activate when the "Launch Button" is held down. If it's not held down, the ship should stay in "Standby" (Red light). The Trigger: An if/else block found in the "Logic" menu. The Condition: "If input on pin 0 (where the button is) is TRUE..." The Result (True): * Set RGB LED to GREEN Play Tone on Buzzer (e.g., 600Hz for 1 second) The Result (False/Else): Set RGB LED to RED Silence Buzzer Teacher Note: This teaches them that the "Code Bit" is constantly asking a question: "Is the button being pressed right now?" Thousands of times a second, it checks and reacts.
There are a few simple "rules" to littleBits that provide the foundation for your learning experiences. Snap 'Em Together Bits snap together with magnets so it's impossible to make a mistake. No wiring or device required -- just easy and intuitive snapping! Color-Coded Each Bit is color-coded by its function. There are four colors: It all starts with BLUE: The blue Bits are power. Connect a power Bit to a battery or computer so that electricity can run through your circuit. Add a GREEN: The green Bits are outputs, which do something...like light up, move or make a sound. Control with a PINK: Maybe you don't want your circuit to just be "on" all the time. Simply add a pink between your power and output Bits to add a control. Inputs can be buttons, dimmers, sensors -- things that receive direction from you or the environment. Extend or add smarts with an ORANGE: Orange Bits let you build your circuits in new directions (like with a wire or a fork) or connect to other systems (like coding on a computer). Order Matters Power Bits (blue) always come first. Input Bits (pink) only affect the output Bits (green) that come after them.
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