Damaged Guardrail Post Extractor and Cable Lifter Tool

Item #: 20260033

CONTACTS

Implementing Organization: Region Four, Cedar City Maintenance Station
Implementation Lead: Jake Urie
Development Team: Jake Urie, Randy Sparkman, Keith Savage, Clayton Cluff, Nathan Moore, Breanne Hancock, Branson Palmer, Korben Chaston.

Article Written By: Talon Gadd
Innovation Council Liaison: Talon Gadd
Innovation Team Coordinator: Quinten Klingonsmith

STATUS

Implementation Date: January 1, 2026
Adoption Status: Fully Implemented
Adoptability Note: Please contact Quinten Klingonsmith with the Innovation Program if you are interested in obtaining this tool.

APPLIES TO

Topic: Tool
Organization(s): Central Construction, Central Maintenance / Facilities Management, Equipment Operations, Region 1, Region 2, Region 3, Region 4
Job Role(s): Mechanics / Equipment, Roadway Operations / IMT, Transportation Technician
Tags: highway transportation, infrastructure preservation, labor productivity, employee empowerment, job satisfaction, occupational safety, expenses, expenditures, inventions, construction, maintenance, construction safety

PROBLEM

The old process for repairing cable barriers and removing damaged delineators was slow, physically exhausting, and unsafe.

Crews had to haul four or five different tools to a single job site. They relied on unsafe mechanical jacks that could slip or violently pop back under pressure, risking severe pinch and impact injuries. Without proper leverage, workers had to lift heavy cables and pull stuck bases, leading to constant back strain. Because the work was so slow and complicated, it kept crews exposed on the shoulder of the highway next to traffic for longer.

CHANGE

The crew introduced a single, reliable solution that replaces a cluttered assortment of four or five separate tools previously required at the job site. This innovation features a specialized hook designed to slide directly into delineator bases, turning a slow, multi-step process into a streamlined operation. By utilizing an extended handle to generate maximum leverage, the tool easily pops out damaged bases and facilitates hoisting heavy cables back into barrier posts. Furthermore, the design provides ample space for multiple crew members to team up and use their collective leverage whenever extra force is necessary.

RESULT

This custom-made tool transformed the repair process into a significantly faster, safer, and more streamlined operation.

This change successfully eliminated the reliance on unstable mechanical jacks, effectively protecting workers from debilitating back strain and ensuring hands and fingers remain completely out of the danger zone.

The most notable result is the increased speed of completion: in over 90% of instances, the removal of damaged delineator bases and the hoisting of cables back into barrier posts now requires less than 5 minutes.

IMPACT

BETTER MOBILITY

GOOD HEALTH

Hands and fingers remain out of the danger zone
Minimizes the time crews spend working near hazardous traffic
Reduces back, pinch, and impact injuries
Guardrails are repaired more quickly, returning these safety devices to service sooner

CONNECTED COMMUNITIES

STRONG ECONOMY

Repairs take less time
Workspace is less cluttered now that one tool replaces four

EFFICIENCIES

Estimated Cost Savings in the First Year (FY YYYY): $NN,NNN [or Anticipated break-even by MMM, YYYY (N years, N months)]
Cost Avoidance: $N,NNN over NN years (MMM D, YYYY - MMM D, YYYY)*
Labor Avoidance: NNN hours annually*
Benefit/Cost Ratio: BB:1

*Cost and labor avoidance are the average benefits, net of initial and ongoing expenses, projected over the expected life of the innovation. See details.

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