Immersing viewers so they are surrounded by the art allows them to experience and appreciate it in new ways.
Trigger the immersive experience for the viewer in the model.
Augmented reality transforms a piece of art into an experience.
Rotate the statue to reveal an augmented reality experience.
Visual and audio effects make a powerful impact and can be used to help the audience focus on different parts of the performance.
Set up the music concert by switching on the lights and sound.
Innovative audiovisual technology can bring new characters to life through the use of holograms.
Set the stage for the hologram performer to start the show.
Getting a camera into exactly the right position to capture a shot requires a lot of precise movement and great communication with the actors.
Release the camera down the track to shoot the movie scene.
Pulleys, gears, and levers are some of the mechanical technologies used to move props to create the special effects for a movie.
Act out the scene by pulling the boat model along.
Mixing different inputs to produce the right balance of sound for the performance is an important task for any show.
Adjust the sound levels in the studio for ideal audio recording.
Worm gear technology creates rotation that can enhance the way lights move in a light show.
Trigger the light show on the tower by raising the handles.
Virtual reality technology can transport an audience into new worlds, making their experience feel real.
Trigger the model repeatedly to create an artistic sculpture.
Many technologies are used to enable all sorts of great creations to be made anywhere.
Release the creation from the craft machine.
This 10 out of 10 video tutorial focuses on the flawless accomplishment of M05 Angler Fish, M09 Unexpected Encounter, M10 Send over the Submersible, and M11 Sonar Discovery of the FIRST LEGO League 2024-2025 SUBMERGED Challenge using the Nautiq box robot.
The run uses a combination of aligning, front, and back attachments to execute multiple tasks in one run, including a rotation transfer system using a single long axle for M11, early execution of M10 for a strategic edge, and sensor-based alignment for precision. Despite the reduced per-run accuracy due to the mission count, this method ensures that when the run works, it secures an exceptionally high score.
Let's try to integrate more of the things we have learned into a single attachment. One that could accumulate energy, conserve it and use it at the appropriate time. All this because of a Rubber Band and a Flywheel - and if you don't know what a flywheel is you should definitely watch this videos
With this series of videos we are looking at FIRST LEGO League 2013 Nature's Fury competition and we are building a robot for accomplishing some of the mission. It would be a tutorial with at least four parts and we are building a complex attachment that could catch, lift and release different parts with only one motor and rubber bands. Not one, not two, but three movements with only one motor.
Build a robot base to use in the course. You can use the robot base provided by us or you can build one yourself.
What is the end result? - have the attached on the mission model. What is the mechanism the would make the robot hang on the mission model.