For facility teams across Ontario and beyond, staying safe in elevated workspaces means navigating ductwork, vents, electrical conduits, parapets and changes in elevation. When teams resort to makeshift platforms like wooden planks, propped ladders, or untested ramps, they introduce significant risk. In the latest learning resource from Skyline Group, we explore the gap between crossover bridge safety and improvized methods, explaining why engineered solutions are essential.
Building owners and managers often oversee maintenance teams who require frequent rooftop access. However, many of these environments are unsafe, contributing to an ongoing pattern of injuries and fatalities throughout Canada. Indeed, statistics from Workplace Safety North highlight that in the 7-year period between 2009 and 2016, there were 92 fatal falls from height in Ontario workplaces. Improvized access solutions like planks and boards only serve to increase the risks of these tragic incidents.
But why do improvized and makeshift solutions present such a significant safety risk? It’s simple: these platforms fail to meet the most basic performance benchmarks: they shift under weight, lack stability, and depend on assumptions instead of design. Risks include structural failure, slip and trip incidents, and edge falls, all of which undermine safety and legal compliance. Keep reading as we explore these risks in greater detail.
Understanding Makeshift Rooftop Access Risks
Makeshift solutions can come in many forms. Many of the facilities teams we’ve spoken to over the years have worked with many across their career, from planks over gaps to propped ladders and homemade ramps. All of these solutions present imminent danger to workers at height – as well as impacts on the integrity of a rooftop’s structure.
Structural Instability
Wooden boards placed across HVAC pipes or ducting, for example, are not built to remain stable under dynamic loads. As weight shifts during movement, boards can crack or shift, causing the user to lose balance or fall. Portable ladders propped against rooftop units may lack secure footing, posing a tipping hazard.
Inconsistent Pathways
Improvised access relies on variable routes, often adjusted based on temporary site conditions or materials on hand. These paths may lead directly toward unguarded edges, uneven roof levels, or poorly lit areas, undermining consistent hazard control.
Damage to Roof Surfaces
Roofing membranes and coatings are vulnerable to damage from pressure, abrasion, and punctures. Tools or makeshift access solutions may weaken roofing integrity—causing slow leaks that lead to structural issues months later or even compromising insulation or mechanical systems.
Non-compliance with Ontario Fall Safety Regulations
Ontario Regulation 213/91 (Construction Projects) requires protection for any worker who may fall more than 2.4 m. It mandates guardrails wherever workers access the perimeter or open sides. It is important to note that Regulation 851 includes similar requirements for industrial worksites. Makeshift access almost never meets these requirements, increasing legal liability and exposing your organization to stop-work orders or fines.
The Crossover Bridge Advantage
Crossover bridges are the compliant alternative to makeshift solutions. Engineered in compliance with Ontario’s stringent health and safety regulations, they provide significant benefits to workers at height.
Engineered Safety by Design
A crossover bridge is a pre-engineered, tested platform designed to guide workers over obstacles with full walk-through capacity. These structures are load-rated, use anti-slip materials, and protect the roof membrane via non-penetrating supports or ballast systems, ensuring functional and structural integrity.
Predictable, Reproducible Safety
Once installed, crossover bridges offer consistent, predictable access routes. Workers no longer need to navigate uneven surfaces, shifting boards, or ambiguous layouts. Emergency or routine activities proceed with clarity and minimal risk.
Regulatory Alignment
Using a crossover bridge satisfies the intent of Ontario fall protection compliance by eliminating uncontrolled fall hazards. Combined with guardrails, it supports a clear, approved path and reduces reliance on less reliable controls like travel restraint systems, which rank lower in the fall protection hierarchy under Ontario law.
Key Benefits of Approved Solutions
The benefits of investing in a properly engineered crossover bridge safety system are both immediate and long-term.
- Structural consistency: From the moment a crossover bridge is installed, it introduces a level of structural consistency and predictability that simply cannot be achieved with improvised materials. These systems are built to withstand load stress, seasonal temperature changes, and continuous use without compromising their integrity. Their anti-slip surfaces and standardized height clearances create a secure environment for workers, especially in conditions that already present elevated rooftop hazards, such as heavy equipment, elevation changes, and limited edge protection.
- Structural protection: Another critical advantage is how these systems protect the roof itself. Unlike makeshift setups, which often involve nailing, dragging, or pressing objects directly against the membrane, a properly installed crossover bridge uses non-penetrating supports or ballasted bases. This eliminates the risk of damaging the waterproofing layer, which can result in costly leaks and structural degradation over time. The relationship between worker safety and roof preservation is often overlooked, but they are fundamentally connected. Investing in protective equipment that doesn’t compromise the structure it’s meant to serve ensures fewer maintenance issues, fewer disruptions, and greater lifespan of the roof system.
- Fully compliant: From a regulatory standpoint, the decision to use engineered rooftop access equipment plays a direct role in maintaining Ontario fall protection compliance. Regulations such as Ontario Regulation 213/91 clearly state the need for safe access and adequate fall protection whenever workers are exposed to a fall risk of more than 2.4 meters. Makeshift walkways and planks do not satisfy these requirements, nor do they withstand the scrutiny of a Ministry of Labour inspection. Crossover bridges, by contrast, are designed to meet CSA and ANSI standards, often with features like integrated guardrails, uniform risers, and load certifications that support compliance documentation.
- Reduced liability: Beyond regulation, these systems reduce legal exposure and simplify insurance claims management. Should an incident occur, demonstrating that a site uses certified, professionally installed access routes adds considerable weight to a company’s defense. It shows a proactive commitment to safety – a factor that can influence outcomes in both courtrooms and regulatory inquiries.
How to Implement a Crossover Bridge Solution: A Checklist
- Conduct a professional rooftop survey to locate all equipment, traffic routes, and edge conditions.
- Design a bridge system that spans obstacles, uses non-penetrating supports, and includes anti-slip surfaces and guardrails.
- Select products compliant with CSA, ANSI, and local regulation requirements.
- Install with oversight from qualified engineers and technicians.
- Train teams on usage, load limits, and reporting.
- Schedule periodic inspections to monitor wear, alignment, and ballast integrity.
With these steps, facilities will obtain long-term functionality and compliance through rooftop access equipment that meets regulatory and operational needs. Skyline Group’s rooftop safety experts are on-hand to assist you with specifying the right crossover bridge system to meet your needs.
Crossover Bridge Safety: Frequently Asked Questions
1. What are the dangers of using makeshift access methods on rooftops?
Makeshift rooftop access methods – like wooden planks, unsecured ladders, or temporary ramps – create serious risks. These setups often shift under load, degrade quickly in weather, and provide no fall protection. They also increase the likelihood of trips, membrane damage, or falls from height. Critically, these methods do not meet Ontario fall protection compliance standards, exposing facility managers to liability. Without structural testing or regulatory alignment, makeshift solutions compromise both worker safety and operational credibility.
2. When should a crossover bridge be installed?
A crossover bridge should be installed wherever workers need to cross over rooftop obstacles – such as pipes, ducts, or changes in elevation. They’re also essential when rooftop access is routine, or when safe passage between areas is required. These systems help eliminate trip hazards, prevent falls, and ensure clear, structured movement across the roof. For anyone assessing when to use a rooftop crossover bridge, the presence of fixed obstructions or uneven surfaces is a key trigger for action.
3. Are crossover bridges required by Ontario safety codes?
While crossover bridges aren’t named specifically in Ontario’s safety codes, the hazards they address are covered extensively. Regulations such as Regulation 213/91 and Regulation 851 require employers to protect workers from falling where elevation changes exist. The Occupational Health and Safety Act also mandates “every reasonable precaution” be taken. When used to eliminate unsafe crossings or elevation-related rooftop hazards, a crossover bridge becomes a code-compliant method of control – especially where guardrails and safe walkways are required.
Protect Your People, Company and Brand with Skyline
Not all rooftops are the same. That’s why Skyline Group partners with building owners and managers in Ontario to specify rooftop safety solutions that are bespoke to unique requirements. To get started, browse our full range of Crossover Bridges and safety solutions. Alternatively, book a free Onsite Consultation or Request a Quote now.
