Worksite Risk Mitigation

Engineering Visibility and Stability for Workers on Foot

The Problem: Workers on Foot Are the Least Controlled Risk on the Jobsite

Across construction and industrial worksites, the most persistent and costly exposure is not equipment—it is workers operating on foot.

These workers are:

• Difficult to see in congested, dynamic environments
• Unpredictable in position and movement
• Reliant on training and awareness for safety

This creates two of the most expensive and frequent loss categories:

• Struck-by incidents (equipment, vehicles, active operations)
• Slip, trip, and loss-of-balance injuries

Traditional controls—PPE, training, and procedures—are behavior-dependent and inconsistently effective under real-world conditions.

The Shift: From Behavioral Safety to Engineering Control

The Mecha PELV introduces a new category of worksite safety:

An engineering control for workers normally on foot—focused on visibility and stability.

Rather than relying solely on worker awareness, the system creates:

• A defined, stabilized worker presence
• A highly visible, elevated signal of that presence

Visibility Control: A 10-Foot Signal That Makes Workers Seen

The Mecha PELV features an integrated beacon mounted directly to the top of the platform, creating a ~10-foot vertical profile.

This results in:

Up to 6× greater visibility compared to a worker on foot

What this changes operationally:

• Workers are seen earlier
• Detection occurs at greater distances
• Equipment operators have more time to react

Risk impact pathway:

Increased visibility → Increased detection distance → Increased reaction time → Reduced struck-by probability

This directly targets one of the most severe and costly loss drivers on worksites.

Stability Control: Reducing Variability in Worker Movement

Workers on foot are exposed to:

• Uneven terrain
• Congested pathways
• Constant balance adjustments

The Mecha PELV provides:

• Stabilized movement and positioning
• A predictable worker footprint
• Reduced variability in how workers navigate active sites

Risk impact pathway:

Stability → Fewer missteps → Reduced slip/trip incidents → Lower injury frequency

Insurance Translation: From Safety Concept to Measurable Risk Reduction

The Mecha PELV is designed to be evaluated within standard insurance frameworks.

Expected impact areas:

Workers’ Compensation

• Reduction in struck-by injury severity
• Reduction in slip/trip frequency
• Potential improvement in Experience Modification Rate (EMR) over time

General Liability

• Reduced third-party exposure
• Improved visibility of active personnel
• Lower probability of multi-party incidents

Umbrella / Excess

• Reduced likelihood of catastrophic events
• Improved early hazard detection

Key underwriting signals:

• ↓ Incident frequency (TRIR impact)
• ↓ Claim severity
• ↓ Catastrophic loss exposure

Built for Real Worksites, Not Controlled Environments

The Mecha PELV is designed specifically for:

• Active construction sites
• Industrial facilities
• Utility and infrastructure environments

Where:

• Visibility is obstructed
• Movement is dynamic
• Risk is constantly changing

Deployment Model: Broker and Carrier-Aligned

Adoption is structured to align with how risk is actually evaluated:

Step 1: Identify High-Exposure Environments

• Worker–equipment interaction
• Congested jobsite conditions
• Prior incident history

Step 2: Pilot Deployment

• Controlled, real-world implementation
• Defined operational use cases

Step 3: Risk Engineering Evaluation

• Carrier involvement
• Site-level safety assessment

Step 4: Data Collection

• Incident frequency trends
• Near-miss reporting
• Visibility and awareness observations

Step 5: Underwriting Consideration

• Safety program recognition
• Risk differentiation
• Potential premium impact

For Construction Companies

The Mecha PELV provides a pathway to:

• Reduce incident frequency
• Lower injury severity
• Improve EMR over time
• Strengthen safety programs
• Enhance competitiveness in bids and contracts

For Insurance Brokers and Carriers

The Mecha PELV can be positioned as:

An engineered visibility and stability control for workers on foot

Supporting:

• Stronger underwriting narratives
• Risk engineering engagement
• Data-driven safety differentiation
• Client retention and value creation

A New Category of Worksite Risk Control

This is not:

• PPE
• A training program
• A procedural safety measure

This is:

• An engineering control that makes workers more visible and more stable in the environments where injuries occur most often.

Engage

Mecha Robotics Corporation is actively working with:

• Construction companies
• Insurance brokers
• Carrier risk engineering teams

To evaluate, pilot, and validate the Mecha PELV as a next-generation worksite risk control system.

Contact us to initiate a pilot or risk evaluation discussion.

About Mecha Robotics Corporation

Mecha Robotics Corporation develops advanced worksite systems focused on improving safety outcomes for workers normally on foot. The company’s approach centers on engineering visibility and stability to reduce injury severity and improve insurable risk performance in construction and industrial environments.