Maximum power reliability
Robots that take on the riskiest jobs in electrical maintenance
Maximum power reliability
Robots that take on the riskiest jobs in electrical maintenance
Where Robots Take the Risk
Power Stations
Industrial Plants
Power Stations
High-voltage environments where outages and accidents cost millions; robots eliminate arc-flash exposure.
Data Centers
Industrial Plants
Power Stations
Downtime is extremely expensive, and on-site HV gear must be serviced without risking staff safety or impacting operations.
Industrial Plants
Industrial Plants
Industrial Plants
They run their own high-voltage infrastructure; robots reduce risk and labor constraints during frequent maintenance.
Critical Tasks, Safer Solutions
Arc Flash Avoidance (Circuit Breaker Racking)
Arc Flash Avoidance (Circuit Breaker Racking)
Arc Flash Avoidance (Circuit Breaker Racking)
Safely engages or disengages breakers under load, removing workers from the high-risk arc-flash zone.
High-Voltage Switch Operation
Arc Flash Avoidance (Circuit Breaker Racking)
Arc Flash Avoidance (Circuit Breaker Racking)
Pulls or turns handles on energized switchgear, keeping human hands away from live equipment.
About Shock Robotics: Powering the Future
Our Mission
When the power goes down, the impact on businesses, data centers, and entire communities can be devastating—both financially and for people’s safety.
We build advanced robots to tackle the most hazardous electrical maintenance tasks, protecting human workers and keeping power flowing uninterrupted.
Contact Us
Interested in learning more? Reach out to us.
We are currently in stealth mode, building cutting-edge robotics solutions for power reliability.
Shock Robotics
