Engineered Fall Arrest Systems
Met-Track® provides engineered fall arrest systems built for industrial environments where OSHA/ANSI compliance, controlled arrest forces, and predictable worker safety are critical. Our rigid rail systems use enclosed-track profiles and free-running anchor trolleys to deliver reliable, low-deflection fall arrest performance with long span capability and efficient multi-user operation.
With decades of experience supplying engineered solutions across the USA, Met-Track® supports safety managers, EHS teams, and facility engineers in protecting personnel working at height without slowing operations.
Common Use Cases
Rigid rail fall arrest systems are commonly specified where workers must operate at elevation without passive edge protection and require continuous overhead anchorage.
Vehicle and mobile equipment access, including truck loading, aircraft surfaces, and large machinery
Overhead and elevated industrial equipment, such as cranes, conveyors, HVAC, and mechanical systems
Facility, production, and roof-level work, involving elevated tasks, intermittent access, or limited edge protection
Configurations and Options
Met-Track® offers a comprehensive range of rigid rail layouts to suit facility geometry, clearance restrictions, and operational workflows:
✓⃝ Ceiling-mounted rails
✓⃝ Cantilevered floor-mounted systems
✓⃝ T-frames
✓⃝ Goalpost structures
✓⃝ Jib Arms
✓⃝ Fold-away systems
✓⃝ Traveling bridge systems
✓⃝ Multi-rail passes for continuous coverage
These configurations are engineered for efficient installation, reliable long-term performance, and seamless integration with your facility.
Why Rigid Rail Matters for Fall Arrest
Rigid rail systems offer a decisive safety advantage for fall arrest in industrial environments: negligible deflection under load. In the event of a fall, the rigid profile stops the worker quickly, reducing free-fall distance and limiting the forces transferred to both the worker and the supporting structure.
Reduced clearance requirements thanks to minimal rail deflection
Controlled arrest forces for predictable performance
Consistent operation across long spans, supports can be spaced up to 50 feet
Support for multiple users working independently along the rail
Low maintenance via enclosed-track architecture that protects moving components
Engineered Design Considerations
Every Met-Track® fall arrest system is engineered to integrate cleanly with facility structure, work processes, and safety requirements. Key technical elements include:
Structural Integration
Met-Track® systems interface with existing structural steel, trusses, or dedicated support frames. Engineering accounts for connection methods, load paths, and structural capacity based on your facility’s conditions.
Span and Clearance Requirements
Rigid rail technology maintains controlled arrest performance even at long spans, enabling safe operation in tight or obstructed spaces where conventional cable systems would require excessive clearance.
User Movement and Access
Free-running anchor trolleys allow smooth travel along the rail, improving efficiency in overhead work zones. Multi-rail configurations enable continuous coverage across large areas and support uninterrupted access around equipment or platforms.
Rescue Planning
Systems can be configured for self-rescue, assisted descent, or remote retrieval. Rescue capability is addressed during design to ensure compliance, eliminate delays, and protect operators under all expected conditions.
Compliance
All systems are designed to meet applicable OSHA and ANSI requirements for fall protection, anchorage ratings, structural loads, and system performance.
Rigid Rail vs. Wire Rope
Engineered rigid rail systems provide consistent, low-deflection performance, while wire rope systems rely on tensioned cable that flexes under load. For industrial environments where controlled fall distances and predictable worker safety are critical, rigid rail offers clear technical advantages.
| Rigid Rail (Advantages) | Wire Rope (Limitations) |
|---|---|
| Short, predictable fall distances | Longer, variable fall distances |
| Lower structural loads | Higher structural loads |
| Consistent performance on long spans | Reduced performance on long spans |
| Minimal maintenance | High maintenance requirements |
| Lower total lifecycle cost | Higher total lifecycle cost |
Rigid Rail (Advantages)
- Short, predictable fall distances
- Lower structural loads
- Consistent performance on long spans
- Minimal maintenance
- Lower total lifecycle cost
Wire Rope (Limitations)
- Longer, variable fall distances
- Higher structural loads
- Reduced performance on long spans
- High maintenance requirements
- Higher total lifecycle cost
Custom-Engineered Fall Arrest Solutions
Met-Track’s engineering experts tailor rigid rail fall arrest systems to fit the unique layout, load requirements, user activities, and access routes of each facility. In scenarios where controlled movement is needed alongside reliable fall arrest protection, these integrated rigid rail systems are designed to work seamlessly with existing restraint areas.
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FAQs
How do I know if a rigid rail system is a better fit than a cable lifeline system?
Rigid rail systems offer shorter fall distances, less deflection, and more predictable performance — especially in indoor facilities or areas with limited fall clearance. Cable lifelines may be suitable for long outdoor runs or lower-risk applications. If headroom is tight or structure loading is a concern, rigid rail is usually the safer, more compliant option.
Can a fall arrest system be retrofitted into an existing facility without major structural changes?
In most cases, yes. Rigid rail systems are often mounted to existing support steel, building columns, or ceiling structures. A site assessment determines load paths and anchorage requirements so the system can integrate without major modifications or downtime.
How many workers can use the system at the same time?
This depends on the configuration, span length, and track layout. Multi-rail systems and bridge-style configurations allow multiple workers to move independently without restricting one another. During a site evaluation, we determine user capacity based on workflow and structural support.
What information do you need from us before designing a system?
To begin engineering a fall arrest solution, we typically request:
- Building or structural drawings (if available)
- Photos of the work area
- Height and headroom measurements
- Worker tasks and movement paths
- Number of users
- Environmental or clearance limitations
This lets us assess compliance requirements and choose the right rail configuration.
How long does installation usually take, and will we need to shut down operations?
Installation times vary by system size, mounting method, and facility access. Many installations can be completed with minimal disruption by working during scheduled downtime or isolating specific zones. We plan installations to keep your operations running whenever possible.
What is the expected lifespan and long-term maintenance requirement of a rigid rail system?
Rigid rail systems have a long service life due to their enclosed track design and durable construction. Maintenance is minimal—typically limited to annual inspections and basic checks on trolleys and connections. Unlike cable systems, rigid rails do not require tension adjustments or frequent replacements.
What rescue or retrieval options should we plan for with a fall arrest system?
A compliant fall arrest setup must include a rescue plan. Depending on the facility, we can integrate:
- Self-rescue devices
- Assisted descent systems
- Remote retrieval mechanisms
- Overhead anchor positioning for easier access
We help ensure your system supports a safe and timely rescue procedure.