Name:
Directional Yagi
Designed by:
Luca Marini
Date:
13/05/26
Components / Materials:
Yagi Antenna, Solar powered battery, directionable tripod.
Necessary Tools:
Double-sided tape, fixing ties, metal connectors, drill.
Estimated Time:
15 minutes.
Imagined Context:
A router connected to a Yagi directionable antenna to send data even to far locations placed in line of sight.
Intention:
Designed to be movable, for temporary installations.
Process:
Insert a mini router and a solar powered battery in an electrician box, use the drill, metal connectors and bolts to create a structure to attach it to the tripod. Connect the router to the Yagi antenna and secure the antenna on top with plastic connectors.
Problems Encountered:
—
Technical Specifications:
The routing device used in this model is a "GL-iNet GL-AR300M16-Ext" router. The routing device was connected to a solar powered battery to ensure autonomous functionality. The outcoming object connected a "Yagi-Uda Directional Antenna, 2.4 GHz, 25 dBi" to spread the signal to distant locations.
Battery Life:
Without direct solar charging, the device can last approximately 13 hours.
〔↘〕 download as pdf
Name:
Directional Yagi
Designed by:
Luca Marini
Date:
13/05/26
Components / Materials:
Yagi Antenna, Solar powered battery, directionable tripod.
Necessary Tools:
Double-sided tape, fixing ties, metal connectors, drill.
Estimated Time:
15 minutes.
Imagined Context:
A router connected to a Yagi directionable antenna to send data even to far locations placed in line of sight.
Intention:
Designed to be movable, for temporary installations.
Process:
Insert a mini router and a solar powered battery in an electrician box, use the drill, metal connectors and bolts to create a structure to attach it to the tripod. Connect the router to the Yagi antenna and secure the antenna on top with plastic connectors.
Problems Encountered:
—
Technical Specifications:
The routing device used in this model is a "GL-iNet GL-AR300M16-Ext" router. The routing device was connected to a solar powered battery to ensure autonomous functionality. The outcoming object connected a "Yagi-Uda Directional Antenna, 2.4 GHz, 25 dBi" to spread the signal to distant locations.
Battery Life:
Without direct solar charging, the device can last approximately 13 hours.
〔↘〕 download as pdf