Module 2
Module 2
Ice Breaking
Ice Breaking
During drone deployment, the telescopic striker arm extends and impacts the iced conductor to clear a small landing spot so the robot can be placed on a clean section of the line; afterwards, the same arm retracts and continues breaking ice as the robot walks along the conductor.
During drone deployment, the telescopic striker arm extends and impacts the iced conductor to clear a small landing spot so the robot can be placed on a clean section of the line; afterwards, the same arm retracts and continues breaking ice as the robot walks along the conductor.
Smashes Ice
15 cm Max
Smashes Ice
15 cm Max
Smashes Ice
15 cm Max
Reduces Load
Prevents Breaks
Reduces Load
Prevents Breaks
Reduces Load
Prevents Breaks






Pause
Pause
Pause
Swift navigation
Swift navigation
via carrier drone
via carrier drone
F.A.Q
F.A.Q
F.A.Q
Everything You Need to Know About Lineer
Everything You Need to Know About Lineer
What tasks can Lineer’s robotic system perform?
Can the system work on energized (live) lines?
How fast does the robot move?
How is the robot positioned on the wire?
Is it compatible with different wire thicknesses?
How does the modular system work?
What’s the capacity for ice breaking?
How robust is the system under weather conditions?
What are the deployment times compared to manual methods?
What tasks can Lineer’s robotic system perform?
Can the system work on energized (live) lines?
How fast does the robot move?
How is the robot positioned on the wire?
Is it compatible with different wire thicknesses?
How does the modular system work?
What’s the capacity for ice breaking?
How robust is the system under weather conditions?
What are the deployment times compared to manual methods?
What tasks can Lineer’s robotic system perform?
Can the system work on energized (live) lines?
How fast does the robot move?
How is the robot positioned on the wire?
Is it compatible with different wire thicknesses?
How does the modular system work?
What’s the capacity for ice breaking?
How robust is the system under weather conditions?
What are the deployment times compared to manual methods?