This Prop contains a number of modules working together. A NIDEC motor drives the handle rotation, there's a LCD module that displays the gauge and state. A button module reads the buttons and can generate events for the other modules. In the background you'll see a 'Pulse Prop'.
In the video you'll see that the modules and Props are synchronised together. Essentially one 'Button' event triggers the combined Airlock modules to operate, once the Handle has moved it emits another event which then triggers the timed sequence you see the 'Pulse Prop' running.
It's not shown, but the buttons on the 'Airlock' prop work, it was easier for the video to trigger them over the 'Set Wide Net'
We're in the process of creating the videos of each of these categories.
Here we break down each physical component
Category | Description |
---|---|
Display Props | LCD and OLED display integration for props requiring dynamic visual feedback |
Pulse Props | Specialized components for creating rhythmic, pulsing color effects |
Clock and Counter Props | Digital and analog time display solutions, including counting mechanisms |
Button and Switch Props | Interactive elements for both on-camera props and off-set control systems |
Linear Actuators | Off-camera mechanical systems for precise push-pull movements |
LED Props | Versatile lighting solutions for various prop applications |
Motor Systems | Comprehensive motion control solutions |
Stepper Motors | Precise positioning and controlled movement |
Servo Motors | Angular position control with feedback |
DC Motors | Continuous rotation and variable speed control |
Nidec Motors | Specialized compact motor solutions |
Gauge/Speedo Props | Precision instrument displays using automotive-grade stepper motors |
Servo Props | RC PWM-compatible servo systems for precise movement control |
Sensor Props | Interactive props that respond to cast and crew actions |
Relay Props | Power switching and control modules |
Prop Controllers | Off-set control interfaces for prop manipulation |