ShockAvoid Sensors Alert Farmers to Power Line Hazards

A new detection system warns operators and bystanders of proximity to high-voltage lines using sensors and sirens.

Updated on Oct. 15, 2026 in Agriculture

Bold flat-color editorial illustration in navy, cream, and orange, depicting a stylized machinery arm near a utility line. — Wisevoter's new ShockAvoid system uses proximity sensors to warn farmers of power line hazards, aiming to reduce fatal electrical contacts. AI Illustration. Upload story photo >

Live Poll

Do you believe proximity sensor technology effectively reduces the risk of accidents while farming?

The ShockAvoid sensor system aims to prevent electrical contact accidents by maintaining a 15-foot buffer zone between farm equipment and power lines. The technology includes an exterior siren to alert bystanders to the presence of an electrical hazard.

Why it matters

Accidental contact between large farm machinery and high-voltage power lines remains a major cause of death and injury in the agricultural sector. This sensor technology provides a automated safety layer to mitigate these risks for operators.

The system maintains a 15-foot buffer distance from power lines and has recorded zero injuries during its six years of performance monitoring. These accidents historically result in 120 to 140 deaths or injuries annually across the industry.

The players

ShockAvoid

This company develops sensor systems designed to enhance safety in agricultural operations by mitigating the risks associated with high-voltage machinery.

MAGIE

This is an industry trade show focused on agricultural equipment and technology held annually in Bloomington, Illinois.

The details

The ShockAvoid system utilizes boom-mounted and cab-mounted sensors to detect electrical fields near machinery. When equipment approaches a power line, the system triggers alerts for the driver and activates an exterior siren to warn nearby personnel.

The sensor technology was discussed at the MAGIE show on October 15, 2026.
System performance data has been collected over a period of six years from 2020 to 2026.

Market Landscape

The deployment of this sensor technology represents a significant shift toward automated safety protocols in the agricultural equipment market. It positions the hardware as a necessary mitigation tool against the well-documented risks of power line contact that have plagued farmers for decades.

Farmers and equipment operators may see this technology integrated into new machinery to help minimize the risk of costly and life-threatening electrical accidents. Adopting these systems could ultimately reduce workplace liability and insurance premiums for agricultural businesses.

The takeaway

Farmers should prioritize the installation of detection systems on equipment that regularly operates near utility infrastructure. Consistent monitoring of electrical fields is a critical step in ensuring a safer environment for both operators and field workers.