Home > Mining Safety Certifications > EMESRT Compliance for Mining

EMESRT Compliance for Mining Collision Prevention

EMESRT — the Earth Moving Equipment Safety Round Table — sets the nine-level framework the mining industry uses to prevent vehicle interactions, from site design all the way up to automated machine intervention. For any operation deploying proximity detection or collision avoidance, EMESRT compliance is the benchmark that defines what "adequate control" actually means. Every Mine Safe Global system is designed in alignment with the EMESRT control levels.

What is EMESRT?

EMESRT is a global “safety by design” initiative, established in 2006 by mining companies to close the gap between what equipment users need and what equipment designers deliver. It’s a member-based partnership that accelerates the adoption of leading-practice designs to reduce health and safety risk, working directly with original equipment manufacturers, contractors, and mine operators.

Its best-known output is the Vehicle Interaction Defensive Controls model. As part of the Vehicle Interaction Systems Performance Requirements (PR-5A), EMESRT defined 24 surface vehicle interaction scenarios and established nine levels of vehicle interaction defensive controls:

Level 1 — Site Requirements
Level 2 — Segregation Controls
Level 3 — Operating Procedures
Level 4 — Authority to Operate
Level 5 — Fitness to Operate
Level 6 — Operating Compliance
Level 7 — Operator Awareness (proximity awareness — alerts the operator)
Level 8 — Advisory Controls (proximity detection — advises the operator)
Level 9 — Intervention Controls (collision avoidance — takes control from the operator)

Levels 1–6 are mine-site controls: design, segregation, procedures, and compliance. Levels 7–9 are the technology layers — where proximity detection and collision avoidance systems do their work. EMESRT also drove the development of the standard communication protocol between the proximity detection system and the machine, published as ISO 21815, which makes Level 9 intervention practically achievable.

Why EMESRT Matters in Mining

Vehicle interactions cause an outsized share of mining fatalities — a large proportion of mining deaths globally are attributable to failures in vehicle interaction controls. EMESRT matters because it gives the industry a single, shared language for describing how those interactions are controlled, and a clear progression for improving that control.

Rather than treating collision avoidance as a single product you either have or don’t, the EMESRT model shows it as a layered system. The most effective foundation is the maturity of site controls at Levels 1–6, supplemented by proximity detection and collision avoidance at Levels 7–9 where required. That framing is important: technology alone isn’t a silver bullet, but where warnings and advisories aren’t enough, Level 9 intervention is what physically prevents the collision.

This is also why EMESRT has become the reference point for regulation. In South Africa, the drive to mandate Level 9 collision avoidance for trackless mobile machinery is defined directly in EMESRT terms — Level 9 intervention controls, building on the Level 7 awareness and Level 8 advisory layers beneath them. When a mine specifies its collision-prevention requirements, it specifies them by EMESRT level.

(click to view diagram)

EMESRT Level 9: Intervention Controls

Level 9 is the highest tier of the EMESRT defensive controls framework, and the only one where the system takes control of the machine. Where every level beneath it depends on the operator acting, Level 9 requires the technology itself to physically prevent the collision. When a hazard meets the defined risk threshold and the operator hasn’t responded, the system automatically slows the machine, applies a controlled stop, or inhibits motion entirely — without waiting for human input.

The difference between Levels 7, 8 and 9 is a difference in who acts. Level 7 (Operator Awareness) detects a hazard and alerts the operator with visual and audible warnings — the operator decides what to do. Level 8 (Advisory Controls) goes further, advising on evasive action or de-rating the vehicle, but the operator still executes the response. Level 9 (Intervention Controls) removes that dependency: the machine responds whether or not the operator does. That distinction matters because awareness and advisory layers only work when an operator is alert, unobstructed, and able to react in time — and vehicle interaction incidents frequently happen precisely when one of those conditions fails.

Intervention is triggered by the system’s continuous assessment of proximity and risk. As a detected object — a pedestrian, a light vehicle, another machine — enters a defined risk area, the system escalates through the control levels: awareness alert, then advisory, then, if the risk continues to increase without operator response, automated intervention. For that final step to work reliably, the collision-avoidance device must be able to send genuine control commands to the machine, which is why Level 9 depends on the ISO 21815 machine communication protocol. Without that interface, a system can warn and advise but cannot intervene. Mine Safe Global’s EMESRT Level 9 collision avoidance system delivers full intervention control across both OEM and legacy machines.

How Mine Safe Global Meets EMESRT

Mine Safe Global CxD systems are designed and certified in alignment with EMESRT requirements at every level of the framework. Our technology maps directly onto the model’s three progressive control phases:

Level 7 (Operator Awareness): the system detects pedestrians and other machines and provides visual and audible warnings to alert the operator.
Level 8 (Advisory Controls): the system advises the operator on evasive action or triggers vehicle de-rating.
Level 9 (Intervention Controls): the system takes control, automatically slowing or stopping the machine when the operator doesn’t respond.

Because EMESRT drove the ISO 21815 communication protocol, our systems also speak the correct machine-intervention interface — meaning Level 9 intervention is executed reliably across both OEM and legacy machines. When you deploy with us, you’re not buying a single-level product; you’re getting a system built to progress across the EMESRT levels your operation requires.

EMESRT-Aligned Systems from Mine Safe Global

The following Mine Safe Global systems are designed in alignment with the EMESRT defensive controls framework:

Trusted by Leading Mining Operations Worldwide

Frequently Asked Questions

What does EMESRT stand for?

EMESRT is the Earth Moving Equipment Safety Round Table, a global safety-by-design initiative established in 2006 by mining companies to improve the safety of earth-moving equipment through better design.

What is EMESRT Level 9?

EMESRT Level 9 is the intervention control tier of the EMESRT defensive controls framework. It requires the collision prevention system to take control of the machine — automatically slowing, stopping, or inhibiting motion — when a collision risk is detected and the operator has not responded. It is the only EMESRT level where the technology acts independently of the operator.

What are the nine EMESRT levels?

They are the vehicle interaction defensive controls: Level 1 Site Requirements, Level 2 Segregation Controls, Level 3 Operating Procedures, Level 4 Authority to Operate, Level 5 Fitness to Operate, Level 6 Operating Compliance, Level 7 Operator Awareness, Level 8 Advisory Controls, and Level 9 Intervention Controls.

What's the difference between EMESRT Level 7, 8 and 9?

Level 7 alerts the operator to a hazard, Level 8 advises the operator on evasive action or de-rates the vehicle, and Level 9 takes control and automatically slows or stops the machine when the operator doesn’t respond.

Is EMESRT compliance mandatory?

EMESRT itself is an industry framework rather than a law, but regulators reference it directly. In South Africa, requirements for Level 9 collision avoidance on trackless mobile machinery are defined in EMESRT terms, making EMESRT alignment the practical benchmark for compliance.

Talk to a Mine Safe Global safety expert about EMESRT-aligned collision prevention.

Not sure which EMESRT level your operation needs — awareness, advisory, or full Level 9 intervention? Our specialists will assess your sites, fleet, and interaction risks, and map the right EMESRT control levels for your operation, at no cost.

Office

+27 87 711 2080

Email us Directly
info@minesafeglobal.com

Pedestrian & Visitor Protection Systems

Monitoring & Reporting Systems

Compliance & Workforce Safety Systems

Underground Collision Prevention Systems