Suspended Scaffolding Fall in Campo Grande: What Failed in Site Safety?

In early July 2026, a tragic accident shook the construction community in Campo Grande (MS). Construction worker José Ricardo Martins passed away after the structural failure of a suspended work platform (swing stage scaffolding) on a multi-story building site downtown. The incident restarts critical discussions on compliance with NR-35 (Height Work) requirements and the necessity of robust collective and individual safety systems.

The Accident in Downtown Campo Grande

On Monday night, July 6, 2026, Civil Police and the Fire Department in Campo Grande were called to a height fall accident at the intersection of Amazonas and 13 de Maio streets. According to witnesses and preliminary forensic evidence, José Ricardo was working on a suspended mechanical scaffold when the support brackets collapsed suddenly.

The mechanical failure launched the worker over the edge, causing a fatal vertical fall. Emergency responders (SAMU) arrived immediately but could only declare him deceased at the scene. The local police station (DEPAC) and labor inspectors from the Ministry of Labor (SRTE/MS) opened technical investigations to examine building documentation, equipment inspection logs, and the use of Personal Protective Equipment (PPE).

Suspended mechanical scaffolding systems require daily inspections of suspension cables, electric winches, and anti-tilting safety blocks (NR-18 compliance).

NR-35 Safety Mandates for Suspended Platforms

Working on suspended platforms is classified as high-risk under Brazilian labor laws. Both **NR-35** and **NR-18** (Safety in the Construction Industry) enforce strict guidelines to eliminate or control height hazards on these units:

1. Independent Anchorage for Lifelines

The most common technical error in scaffolding falls is connecting the worker's lanyard or fall arrester directly to the scaffold frame. Regulation dictates that the **vertical lifeline** connected to the safety harness must be anchored to a **structural point completely independent** of the scaffolding. Should the platform fail or collapse, the worker remains suspended safely in mid-air by the line fixed to the building slab.

2. Daily Checklist and Preventive Maintenance

Prior to every shift, operators or safety technicians must complete a daily checklist. This includes testing electric motors, checking steel wire ropes for broken strands, auditing limit switches, and verifying the functionality of safety brakes and inclinometers.

Regular technical inspections of anchorage points (eye bolts) and turnbuckles are mandatory to ensure load capacity.

Collective Netting: Protecting Against Falls and Falling Objects

In vertical building sites, installing **collective perimeter safety netting** (safety screens and catch nets) is critical. They perform two key functions:

• Debris Containment: High-resistance monofilament safety screens wrap the facade under construction, preventing mortar, bricks, and heavy tools from falling and risking pedestrians on public streets below.
• Fall Arrest Systems: Catch safety netting systems installed below scaffolding act as emergency elastic catchments, cushioning falls in the event of mechanical or human error.

Legal Liability and Consequences for Developers

Fatal construction accidents in Campo Grande lead to severe legal liabilities. Builders and safety engineers can face civil lawsuits (paying heavy compensatory pensions and moral damages) and criminal charges for involuntary manslaughter if negligence in preventive maintenance or a lack of mandatory NR-35 safety certifications is proven.