Fall protection is only half the plan
Every contractor knows the 6-foot rule. Far fewer can answer the next question: once the harness catches someone, how do you get them down — and how fast? A worker hanging in a harness is not safe; they are waiting. If the answer to "what’s the rescue plan?" is "call 911," you haven’t checked whether your fire department has a high-angle team, or how long it takes them to get to the fourth floor of your building. This template puts the fall protection plan and the rescue plan in the same workbook, with the numbers that matter calculated for you.
What’s in the workbook
| Tab | What it does |
|---|---|
| Fall Protection Plan | Project info, plan type, and every work area with a fall hazard: hazard type, fall height, OSHA trigger height, whether protection is required, primary and backup systems, anchor IDs and rescue method. Flags any REQUIRED area without a system or rescue method. System quick-reference and sign-offs. |
| Anchorage & Clearance | Anchor register that checks rated capacity against 5,000 lb per attached user, or an entered qualified-person design. Fall clearance calculator that flags free fall over 6 ft and not enough clearance below. |
| Rescue Plan | Rescue contacts, per-area rescue timing vs. your target, rescue equipment staged on site, an 8-step rescue procedure, suspension trauma guidance, sign-offs. |
| Equipment Inspection | Pre-use inspection log for harnesses, lanyards, SRLs and connectors. Any Fail reads REMOVE FROM SERVICE; overdue periodic inspections turn red. |
| Training Roster | A 1926.503(b) certification record: name, training date, trainer, topics covered, last rescue drill, and status. |
| Instructions | How to build the plan and the key OSHA Subpart M numbers. |
Step 1: Identify work areas and fall hazards
List every place people will work at height — slab edges, roofs, elevator shafts, floor openings, wall openings, scaffolds, boom lifts, scissor lifts, mezzanines, excavation edges, hoist areas. For each, pick the hazard type and enter the fall height. The template applies the OSHA construction trigger heights:
- 6 feet for unprotected sides and edges, leading edges, holes, roofs, formwork and rebar, wall openings, excavation edges, hoist areas and most other walking/working surfaces — 29 CFR 1926.501(b).
- 10 feet for scaffolds — 1926.451(g)(1). Scissor lifts are treated here as mobile scaffolds; follow the manufacturer and your GC’s rules.
- Any height in boom-type aerial lifts — workers tie off to the boom or basket, 1926.453(b)(2)(v).
- Ladders are covered by their own rules in 1926.1053.
Below the trigger doesn’t mean safe. Falls from 4 feet kill people. Dangerous equipment below requires protection at any height (1926.501(b)(8)), and holes need covers against trip-in and falling objects regardless of height (1926.501(b)(4)). Many GCs require 100% tie-off above 6 feet on every task.
Step 2: Choose the system
Work down the hierarchy: eliminate the exposure (prefabricate on the ground, use extension tools), then passive protection (guardrails, covers), then fall restraint (keep people from reaching the edge), then fall arrest. Quick reference from 29 CFR 1926.502:
- Guardrails — top rail 42 inches ± 3 inches; withstand 200 pounds at the top edge; midrails 150 pounds.
- Personal fall arrest — full-body harness (body belts are not acceptable for fall arrest); locking snaphooks; lanyards and lifelines with 5,000 lb breaking strength; maximum arresting force 1,800 lb with a harness; free fall no more than 6 feet and no contact with a lower level; deceleration distance no more than 3.5 feet; inspected before each use.
- Safety nets — as close as practicable under the work and never more than 30 feet below; drop-tested and inspected at least weekly.
- Controlled access zones — control lines 6 to 25 feet from the unprotected or leading edge (different distances for precast and overhand bricklaying), flagged at 6-foot intervals.
Step 3: Register every anchorage
The anchorage rule is where most fall protection plans get vague. 1926.502(d)(15) gives two ways to comply: the anchorage supports at least 5,000 pounds per employee attached, or it is designed, installed and used as part of a complete personal fall arrest system that maintains a safety factor of at least two, under the supervision of a qualified person. Anchorages must also be independent of any anchorage used to support or suspend platforms.
The anchorage register lists each anchor with its rated capacity and number of users. It shows MEETS 5,000 lb / user, ENGINEERED — 2:1 SF by QP when a qualified person’s design reference is entered, or NOT OK — needs QP design. That last one is the wedge anchor somebody drilled into the slab edge with a D-ring from the truck — a very common find on a site walk. Horizontal lifelines almost always fall in the engineered category; the loads on the end anchors are much higher than the arrest force on the worker.
Step 4: Check fall clearance
A lanyard that lets someone hit the floor below isn’t fall protection. The clearance check calculates, for each setup:
- Free fall = lanyard length − (anchor height − D-ring height). A 6-foot lanyard tied off at your feet gives about 11 feet of free fall — nearly double the 6-foot limit.
- Required clearance below the walking surface = free fall + deceleration distance (3.5 feet max) + harness stretch/D-ring shift + safety margin.
With a 6-foot shock-absorbing lanyard anchored about 2 feet above the D-ring, you need roughly 10½ feet of clear space below the walking surface. On a 10-foot mezzanine, that doesn’t work — switch to an overhead self-retracting lifeline. The sheet is a planning estimate: always confirm with the manufacturer’s clearance chart, and watch for swing falls when the anchor is off to the side.
Step 5: Plan prompt rescue
29 CFR 1926.502(d)(20): the employer shall provide for prompt rescue of employees in the event of a fall or shall assure that employees are able to rescue themselves. OSHA doesn’t put a number on "prompt." Suspension in a harness can become life-threatening in minutes, so set a short target — many programs use about 6 minutes to reach the worker — and prove it with a drill.
Rescue methods, in the order most sites use them:
- Self-rescue — only if the worker is conscious, uninjured and can get back onto the structure, a ladder or a lift platform.
- Aerial lift rescue — the most practical assisted rescue on most sites. Keep a lift staged, charged and with the key, and an operator on every shift. The rescuer ties off to the basket, takes the worker’s weight onto the platform, clips them to the basket anchor, disconnects their lanyard, and lowers.
- Rescue kit — a pre-rigged haul/lower system for shafts, roofs and places a lift can’t reach. Trained rescuers only.
- Rescue service — the fire department or a contracted rescue team. Confirm in advance that they have high-angle capability and what their real response time is. For most sites they’re the backup, not the plan.
The Rescue Plan tab lists each area with its method, staged equipment, access route and estimated minutes to reach the worker. Anything slower than the target reads TOO SLOW — stage closer.
Suspension trauma and relief straps
A worker hanging still in a harness can lose consciousness as blood pools in the legs — even if the fall itself caused no injury. OSHA covers this in its Safety and Health Information Bulletin on suspension trauma and orthostatic intolerance. The field controls are simple: relief (trauma) straps on every harness so the worker can stand in a foothold loop, keep the worker talking and moving their legs, get them down fast, and have EMS evaluate them even if they say they feel fine.
Step 6: Inspect equipment and train people
Personal fall arrest systems must be inspected before each use and defective components removed from service (1926.502(d)(21)). Anything that has arrested a fall comes out of service until a competent person determines it is undamaged and suitable for reuse (1926.502(d)(19)) — most manufacturers say destroy it. Periodic competent-person inspections at least annually are common under ANSI/ASSP Z359 programs; follow the manufacturer if they require more often.
Training under 1926.503 must be given by a competent person and cover the nature of the fall hazards in the work area, the correct procedures for erecting, maintaining, disassembling and inspecting the systems, the use and operation of the systems, and the standards in Subpart M. The employer must prepare a written certification record with the employee’s name, date(s) of training, and the signature of the trainer or employer. OSHA sets no fixed refresher interval; retraining is required when the workplace or equipment changes or the worker shows they didn’t retain it. Include the rescue procedure and relief straps in the training, and run a rescue drill.
Common fall protection plan mistakes
- Generic plans. A company fall protection program isn’t a site plan. Name the areas, the anchors and the rescuers.
- "Call 911" as the rescue plan. Confirm capability and response time, and stage your own equipment.
- Unrated anchors. If you don’t know the rating and nobody engineered it, it isn’t an anchor.
- Tying off at your feet with a 6-foot lanyard. That’s about 11 feet of free fall.
- Ignoring clearance. Lower levels, equipment and mezzanine floors are closer than people think.
- Never drilling the rescue. The first time you run the plan shouldn’t be the real thing.
Keep the plan live
A fall protection plan changes as the building goes up — new floors, new openings, guardrails coming down for curtain wall. Field PM keeps site plans, inspection records, training rosters and daily pre-task plans together by project, so the current revision is always on the foreman’s phone. See the safety features or start a free trial.
This template is a planning tool, not engineering or legal advice. Anchorage design, horizontal lifelines and 1926.502(k) alternative plans belong to a qualified person. Confirm OSHA values against the current text at ecfr.gov and follow any stricter state-plan, owner or GC requirements.
Related free safety templates
- Pre-task plan (PTP) template — review the fall protection and rescue plan with the crew every shift
- Site safety orientation checklist — trigger heights and rescue basics for every new worker
- JSA template — job safety analysis for work at height
- Equipment inspection checklist — lifts and other equipment
- Incident report template — investigate any fall or near miss
- Browse all free construction templates
