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Roofing fall protection under the revised construction rule

Summary A representative asked OSHA to respond to roofing contractors’ concerns about the revised fall protection standard. OSHA explained the six-foot trigger and the options available for low-slope roofs, including a safety monitor on narrow roofs, and described protection required on steep roofs.
Document
Federal opinion letter
Agency
Occupational Safety and Health Administration (OSHA)
Document number
1995-05-08
Date issued
May 8, 1995
Status
Active
Status last verified October 9, 2026

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About this page: The full text below is the official document from Occupational Safety and Health Administration (OSHA). Ezel adds the plain-English summary and tracks the document's status. The official source linked on this page is authoritative for any reliance.

May 8, 1995
The Honorable John Linder
U.S. House of Representatives
[Recipient address omitted]
Dear Congressman Linder:
Thank you for your letter of February 16, requesting our response to concerns raised by two of your constituents, Mr. and Mrs. William E. Dodd, about the impact on the roofing industry of the Occupational Safety and Health Administration's (OSHA) newly revised fall protection standard. We appreciate the opportunity to clarify this matter and apologize for the delay of this response.
Falls are the leading cause of death and a major cause of serious injuries on construction jobs. On August 9, 1994, OSHA issued a final revised standard regulating worker exposure to fall hazards in the construction industry. The standard, which became effective February 6, requires construction employers to provide fall protection to workers who are exposed to fall hazards of 6 feet or more.
The public rulemaking record demonstrated that employees in all construction industries covered by the new standard face significant risks related to fall hazards and that compliance with the revised fall protection standard is necessary to protect affected employees from that risk.
During the rulemaking process, many roofing industry participants expressed the view that during roofing operations workers need not be protected from falling off sides and edges of low-slope roofs (i.e., roofs no steeper than 4 feet vertical to 12 feet horizontal) until the fall distance exceeds 16 feet. However, OSHA's Advisory Committee on Construction Safety and Health (which includes employer representatives) and the National Institute for Occupational Safety and Health (NIOSH) recommended that a maximum fall distance of 6 feet be set for both low-slope roofs and steep roofs.
In addition, the Bureau of Labor Statistics (BLS), in a report entitled Profiles in Safety and Health: Roofing and Sheet Metal Work, concluded the following: roofing, siding and sheet metal work had the highest rate of occupational injuries and illnesses for a non-manufacturing industry; falls were the leading cause of roofing injuries.
Another BLS study on falls demonstrated that of 110 falls from roofs, half involved workers falling distances of less than 15 feet. Of these workers, over half suffered fractures to one or more parts of their body, over 40 percent suffered muscle sprains, strains or torn ligaments, and 9 percent suffered a concussion. OSHA, therefore, concluded that falls of less than 16 feet pose a significant hazard and that workers exposed to such falls should not be unprotected.
The fall protection requirements for employees performing roofing operations are not onerous. For low-slope roofs less than 50 feet in width, roofing employers have the option of protecting employees solely by use of a safety monitor (i.e., a competent person who monitors other employees on the roofing crew and warns them when it appears they are unaware of a fall hazard). For other low-slope roofs, employers may protect employees by either a guardrail system, safety net system, or personal fall arrest system (lanyards and body belts), or by the use of a warning line system in combination with a guardrail system, safety net system, personal fall arrest system or safety monitoring system. Employers need not hire an extra person to perform the task of safety monitor; one of the crew could be assigned this function. OSHA does require, however, that the monitor be able to see and communicate with the person(s) being monitored. Therefore, the monitor must not be given other duties that prevent him or her from fulfilling the monitoring function.
For "steep" roofs (i.e., roofs steeper than 4 feet vertical to 12 feet horizontal), where the fall hazard is greater, employees must be protected from falling by the use of guardrail systems with toeboards, personal fall arrest systems, or safety net systems.
Many roofing contractors who have been in compliance with the previous rules will find there is no increase in cost for this rule since the same system used to protect workers from fall hazards at 16 feet can be used at 6 feet. In addition, the employee who was designated as a "safety monitor" at 16 feet can perform the same function when the fall hazard is at or above 6 feet.
OSHA estimated that the revised standard will prevent 22 fatalities and 15,600 injuries annually in the construction industry, while saving employers over $200 million annually in wage and productivity losses, medical costs, administrative expenses, and other costs associated with accidents.
OSHA also found that the total estimated costs associated with the revised standard, about $40 million annually, represent less than 0.01 percent of total construction revenues and less than 0.5 percent of revenues for each individual construction sector. The estimated compliance costs do not involve large capital expenditures, and there is no significant differential effect on small firms relative to that on large firms. The rulemaking record indicates that the measures required by the standard are already in general use throughout the construction industry. Thus, while there may initially be some increased costs associated with efforts to comply with the standard, subsequent productivity gains and reductions in the cost of workers' compensation will clearly make it highly cost effective in the long run to provide fall protection.
We note that although the steel erection industry has challenged the standard's applicability to that industry on procedural grounds, no one has challenged OSHA's basic findings that the requirements of the revised fall protection standard are reasonably necessary to protect affected employees, are cost effective, and would produce no significant adverse economic impacts.
We hope this explanation adequately addresses the concerns by your constituent. Please assure Mr. and Mrs. Dodd that OSHA staff will be happy to answer any questions or provide other assistance to help them understand and comply with the revised rules.
Mr. Roy Gurnham or Mr. Dale Cavanaugh of OSHA's Office of Construction and Maritime Compliance Assistance can be reached at (202) 219-8136.
Sincerely,
Joseph A. Dear
Assistant Secretary

[Congressional inquiry and constituent correspondence reproduced on OSHA page; omitted here.]

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