# Rope Rescue Program

> Fire Service Safety Management System, version 0.3.3 (2026-10-25). The Human Factor. Document FSSMS-PRG-17.
>
> Canonical: https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program
>
> Licence: CC BY-NC-SA 4.0 with the Adopting Agency Grant (https://creativecommons.org/licenses/by-nc-sa/4.0/)
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> General information only, not legal, medical or other professional advice. Verify every requirement against the current official text of the law, standards and manufacturer instructions that apply to you. Obtain your own legal review and consult your joint health and safety committee before adopting anything. You adopt, adapt, implement and rely on this material entirely at your own risk and on your own responsibility. Full terms: Terms of Use, thehumanfactor.ca.

> **Warning: Adoption without implementation increases legal exposure**
>
> Adopting this program without the training, equipment, supervision, verification and resources to carry it out as written increases municipal and command liability in a regulatory investigation or a fatality inquiry. See [00a Copyright, Licence and Legal Notices](https://thehumanfactor.ca/library/fire-service-safety/copyright-licence-and-legal-notices).

## 1. Purpose and outcome statement

Rope rescue is low frequency and high consequence: a rescuer hangs their life, and a patient’s, on a system built in minutes by people who may not have rigged it for months. The failures are the predictable ones: a single rope, an anchor that was not what it looked like, a belay that was not locked, a rope cut on an edge, a piece of recreational hardware with no history, a skill that faded. This program is working when every live load in the department moves on two independent systems built on rated anchors with edge protection and a competent belay; when every rope and every piece of hardware has a unique identity, a use history and a retirement date, and the ones that failed inspection are gone; when the team drills often enough that rigging under time pressure is routine; and when the department knows what it will and will not do with a helicopter.

## 2. Applicability

**Conditional** unless the department provides rope rescue (high-angle or low-angle) above awareness; it answers Profile Worksheet question 17 ([01 Program Profile Worksheet](https://thehumanfactor.ca/library/fire-service-safety/program-profile-worksheet)). The equipment program (5.4 to 5.6) applies to every department that carries life safety rope for any purpose, including firefighter escape, confined space retrieval, water rescue tethering and ladder tie-off. The rope access code of practice (5.3) is what earns the fall protection emergency relief in [Working at Heights and Fall Protection Program](https://thehumanfactor.ca/library/fire-service-safety/working-at-heights-and-fall-protection-program) where the applicable regulation gives one ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)), so every department that relies on that relief needs it.

## Definitions

Consistent with [06 Glossary and Acronyms](https://thehumanfactor.ca/library/fire-service-safety/glossary-and-acronyms).

- **Belay.** An independent system that catches the load if the main line or its anchor fails.
- **Bombproof anchor.** An anchor whose strength is beyond doubt for any load the system can produce; structural steel, a large living tree, a rated anchor point.
- **Class G, T, E equipment.** The NFPA life safety rope and equipment classes: general use (two-person and litter loads), technical use (lighter, single-person loads where justified), and escape (single use for firefighter self-escape).
- **Edge protection.** Padding, rollers or a roof roller that keeps a loaded rope from abrading or cutting over an edge.
- **Impact load.** A sudden load on a rope or hardware from a fall or a dropped load; grounds for retirement.
- **Life safety rope.** Rope dedicated to supporting people during rescue, firefighting, training or other emergency operations, meeting the NFPA requirements.
- **Main line.** The system that carries the load during a lower or raise.
- **Rope log.** The complete use history of one rope: date, use, load, exposure, inspection, by whom.
- **Static system safety factor.** The ratio of the system’s weakest component strength to the maximum expected load; the 10:1 benchmark for rescue loads.
- **Whistle test.** The system check before loading: if every person let go at a whistle, nothing would fail or move.
- **Psychological safety.** The shared belief within a crew that it is safe to speak up, ask, admit error and challenge [(Edmondson, 1999)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-edmondson-1999).

## 3. Standards and legal basis

The core is generic. Anchorage ratings, rope access provisions and harness inspection duties differ by province and territory; they are listed under Jurisdiction requirements and set out for each jurisdiction in [J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access).

| Requirement | Source | Stage |
|:---|:---|:---|
| Organizational levels (awareness, operations, technician) for rope rescue; hazard and risk assessment of the response area; training to the level declared | [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) | S1 |
| Life safety rope, harness and hardware performance requirements and marking (ex-NFPA 1983); selection, care and maintenance including cleaning and escape anchors (ex-NFPA 1858) | [(NFPA 2500, 2022, ch. 24 to 28)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) | S1 |
| Rescuer job performance requirements for rope rescue by level | [(NFPA 1006, 2021, ch. 5)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1006) | S1 |
| Technical rescue PPE (helmets, gloves) | [(NFPA 1950, 2025)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1950) | S2 |
| Ropes, harnesses and hardware for firefighting and rescue to the NFPA life safety requirements; harness inspected by a competent person before reuse after firefighting or rescue | The applicable firefighter equipment rules ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)) | S1 |
| Anchorages rated to the regulatory minimum or engineered; rope access code of practice and equipment standards; emergency services provision | The applicable fall protection and rope access regulation ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)); (CSA Z259.16:21) | S1 |
| Descent devices | (CSA Z259.2.3:16) | S2 |
| Helicopter operations under the aircraft operator’s approved procedures; Canadian Aviation Regulations | [(Canadian Aviation Regulations \[CA\], 2026, Part VII)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-canadian-aviation-regulations-ca); [(NFPA 2500, 2022, helicopter chapter)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500); [(NFPA 1006, 2021, ch. 16)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1006) | S2 |
| Incident management, incident safety officer at technician-level operations | [(NFPA 1550, 2024)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1550) | S1 |
| Accreditation criteria this program answers: technical rescue deployment objectives by risk type and level, partner aid, annual appraisal; equipment inspection and testing to manufacturer and provincial requirements; safety training on new equipment | [(CPSE, 2019, criteria 5G.1, 5G.2, 6D.1, 11A.5)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-cpse-2019) | S2 |

## 4. Roles

| Element | Fire chief | Deputy chief, operations | Program manager, Technical Rescue | HSO | Training officer | Rope team lead | Company officer | Member | JOHSC |
|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|
| Service level declaration | A | R | R | C | C | C | I | I | C |
| Rope rescue procedure and code of practice | I | A | R | C | C | R | C | C | C |
| Equipment program (inventory, logs, inspection, retirement) |  | I | A | C |  | R | R | R | I |
| Training and skill-fade control | I | A | C | C | R | R | R | R | I |
| Helicopter interface | A | R | R | C | C | C | I | I | I |
| Audit and verification | I | I | C | A/R |  | C |  |  | C |

Deltas from [01 Roles and Responsibilities](https://thehumanfactor.ca/library/fire-service-safety/roles-and-responsibilities): the rope team lead is the operational lead and the equipment custodian; the program is owned by the Technical Rescue team ([06 Program Improvement Teams](https://thehumanfactor.ca/library/fire-service-safety/program-improvement-teams)).

## 5. Program elements

### 5.1 Service level and scenarios

**Requirement.** The department declares its level (awareness, operations, technician) [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) and lists the scenarios it expects: embankments and ravines, towers and cranes, industrial structures, cliffs and bluffs, confined space vertical entries, water-edge and ice-edge belays, building exteriors, and firefighter self-escape. Operations is the realistic minimum for a composite department’s rescue company; technician for a dedicated team. High-line and complex systems are technician only. **Evidence.** The declaration; the scenario list in the procedure. **Stage.** S1.

### 5.2 Competencies by level

**Requirement.** Members are trained and evaluated to the job performance requirements for their declared level [(NFPA 1006, 2021, ch. 5)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1006): awareness (recognize, isolate, call, support); operations (anchors, knots, main and belay systems, lowering and raising with mechanical advantage, litter rigging and attendant, edge management, pick-off of a stranded person on low to steep angle, self-rescue); technician (high-angle, high-line, complex mechanical advantage, advanced pick-off, rescue of the rescuer, confined space vertical, helicopter interface at awareness). **Evidence.** Skills sheets signed by qualified instructors. **Stage.** S1.

### 5.3 Rope access code of practice and the fall protection link

**Requirement.** The department’s rope rescue procedure ([SWP - Rope Rescue Systems Rigging and Inspection](https://thehumanfactor.ca/library/fire-service-safety/swp-rope-rescue-systems-rigging-and-inspection)) is also its rope access code of practice for the purposes of the applicable fall protection and rope access rules ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)), and it says so on its face. It covers: the equipment standards accepted; anchor strength; two-rope rule; edge tie-in; inspection; training; supervision; rescue of a suspended member. **Evidence.** The adopted procedure, cross-referenced in [Working at Heights and Fall Protection Program](https://thehumanfactor.ca/library/fire-service-safety/working-at-heights-and-fall-protection-program) section 5.1. **Stage.** S1.

### 5.4 Equipment classes and the marking transition

**Requirement.** Every item in a life-safety system meets the NFPA life safety rope and equipment requirements and is selected by class for the load it will carry [(NFPA 2500, 2022, ch. 24 to 28)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500).

**Minimum method.**

- **Class G (general use)** for every two-person and litter load and for every system where the load is not certain; **class T (technical use)** only where the procedure justifies a single-person load and the system is built for it; **class E (escape)** only for firefighter self-escape kits, single use, replaced after any deployment.
- **Marking.** Equipment manufactured to the consolidated standard carries the NFPA 2500 marking with the former standard number and the class letter; equipment marked to the previous (2017) edition of the former standard remains acceptable while it passes inspection and is within service life; the dual marking period ends with the next edition [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500). The inventory records which marking each item carries so the transition is managed, not discovered.
- **No recreational hardware** in a rescue system, however strong it looks: unknown history, unknown strength, no NFPA marking.
- **Certificates of conformance** (third-party certification) on file for every NFPA-marked item.
- **Harnesses** to the NFPA class for the use (class II for rescue, class III for inverted and confined space positions), or a full body harness to CSA Z259.10:18 where the applicable regulation accepts general fall protection equipment instead ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)).

**Evidence.** The inventory with class, marking edition and certificate reference. **Stage.** S1.

### 5.5 Rope logs and use history

**Requirement.** Every rope and every piece of hardware that carries a life has a unique identity and a complete history (MLITSD, n.d., GN 1-5).

**Minimum method.** Unique ID on every rope (both ends), harness, pulley, descent control device, rope grab, carabiner set, anchor strap and edge protector; a log per rope ([Form - Rope and Rescue Equipment Log](https://thehumanfactor.ca/library/fire-service-safety/form-rope-and-rescue-equipment-log)) recording date in service, every use (training or incident), the load it carried, any impact, chemical, heat, abrasion or water exposure, inspection before and after every use, cleaning, and the inspector; a hardware log per set or item with the same fields; ropes that have been used for anything other than life safety (hauling, utility) are re-marked and never return to life safety service; ropes bought for a specific system stay with that system kit. **Evidence.** The logs, sampled at audit. **Stage.** S1.

### 5.6 Inspection and retirement criteria

**Requirement.** Rope and hardware are inspected before and after every use and periodically by the custodian, and retired on criteria, not on feel.

**Minimum method.**

- **Rope:** inspect the full length by hand and eye for sheath cuts, abrasion, glazing, flat spots, soft or hard spots, core exposure, discolouration, stiffness, contamination. Retire on: any impact load (a fall onto the rope, a shock load during a lower); chemical exposure (fuel, acid, solvent, unknown liquid); heat or flame exposure; sheath damage exposing the core; a flat or soft spot; a history that cannot be confirmed; the manufacturer’s service life (commonly 10 years from manufacture; confirm with the manufacturer) whichever comes first; or doubt (MLITSD, n.d., GN 1-5). A retired rope is cut, marked and removed so it cannot return.
- **Hardware:** inspect gate function and spring, locking sleeve, cracks, deformation, corrosion, sharp edges, wear at the rope contact, rivets and pins. Retire on: a drop from height onto a hard surface (follow the manufacturer’s guidance; where the manufacturer says retire, retire); cracks or deformation; a gate that does not close and lock freely; corrosion that cannot be cleaned; unknown history.
- **Harnesses:** inspect webbing, stitching, hardware and labels; post-use inspection by a competent person before reuse after any firefighting or rescue use (some jurisdictions make this a regulatory duty: [J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)); retire on the fall protection criteria in [Working at Heights and Fall Protection Program](https://thehumanfactor.ca/library/fire-service-safety/working-at-heights-and-fall-protection-program) section 5.10.
- **Software (webbing, anchor straps, prusiks, edge protection):** inspect and log like rope; prusiks replaced on glazing or after any impact.
- **Cleaning and storage:** clean to the standard’s procedures [(NFPA 2500, 2022, ch. 25)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500); dry away from heat; store dry, dark, cool, away from fuels, solvents, exhaust, batteries and sharp objects; in bags or kits, not loose in compartments.
- **Quarantine:** any item with a doubt is tagged and removed from the kit until the custodian decides.

**Evidence.** Logs; retirement records; quarantine tags. **Stage.** S1.

### 5.7 Two-rope systems, anchors, belays and edges

**Requirement.** The system rules in [SWP - Rope Rescue Systems Rigging and Inspection](https://thehumanfactor.ca/library/fire-service-safety/swp-rope-rescue-systems-rigging-and-inspection) are:

- **Two independent systems** for every live load: a main line and a belay, on independent anchors or one bombproof anchor, each able to hold the full load alone [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500).
- **Anchors** rated to at least the minimum the applicable regulation sets ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)) or bombproof; backed up where there is any doubt; load-sharing where two marginal anchors must be combined; anchor straps and slings inspected and logged; vehicles used as anchors are chocked, keys removed, and their attachment points chosen with care.
- **Belay** with a device and a technique proven to catch the department’s maximum rescue load (the two-person, 200 kg benchmark) in a hands-off failure; the belayer does nothing else; the device is locked whenever the load is stationary.
- **System safety factor** benchmark of 10:1 static for rescue loads, with the weakest component identified before loading.
- **Edge protection** on every edge the rope touches; an edge attendant; everyone near the edge tied in with travel restraint; the litter attendant tied in to the system.
- **Whistle test** by a second trained person before loading.
- **No 1:1 raising without a progress-capture device**; no rope loaded over an unprotected edge.
- **Standard commands** on the radio and voice; the rescue group supervisor and, at technician-level operations, an incident safety officer.
- **Helmet, gloves and eye protection** for everyone in the system [(NFPA 1950, 2025)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1950).

**Evidence.** The procedure; the pre-rig and pre-lower checklist (17.2) at every evolution; drill observation. **Stage.** S1.

### 5.8 Skill-fade control

**Requirement.** Because rope rescue is rare, the program treats skill fade as its central hazard (MLITSD, n.d., GN 6-4) and schedules against it.

**Minimum method.** Quarterly rope drills for every team member covering knots, anchors, main and belay systems, lowering and raising, pick-off and rescue of the rescuer; an annual full-scale evolution with a litter and a live load in a realistic scenario, timed and observed; an annual competency check per member with a skills sheet; a drill log that shows who rigged what and who belayed; mixed-crew drills so the team can rig with whoever shows up; a rule that a member who has missed two consecutive quarterly drills rigs only under direct supervision until re-evaluated. Instructors qualified by knowledge, training and experience and recorded. **Evidence.** Drill log; skills sheets; the evolution record. **Stage.** S1 for the annual check; S2 for the full quarterly cycle.

### 5.9 Rescue of the rescuer and self-rescue

**Requirement.** Every team member can rescue a stranded or incapacitated rescuer (pick-off) and perform self-rescue on the department’s systems, and every operational member has the firefighter escape competencies the [Emergency Operations Safety Program](https://thehumanfactor.ca/library/fire-service-safety/emergency-operations-safety-program) program sets. **Evidence.** Skills sheets; the annual evolution includes a pick-off. **Stage.** S1.

### 5.10 Helicopter interface

**Requirement.** The department declares its helicopter interface level, which for most municipal departments is **awareness only**: landing zone selection and safety, approach and departure rules, static discharge, rotor wash, communications with the aircraft, and never attaching anyone or anything to an aircraft except through the operator’s hoist or long-line system under the aircrew’s control and procedures (MLITSD, n.d., GN 6-41). Where the department has an agreement with an aircraft operator (provincial air ambulance, the Coast Guard, the military, a contracted operator), the operator’s approved procedures govern and the department trains to them with the operator [(Canadian Aviation Regulations \[CA\], 2026, Part VII)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-canadian-aviation-regulations-ca). **Evidence.** The declaration; landing zone procedure; the operator agreement and joint training records where applicable. **Stage.** S1 for landing zone awareness; S2 for any agreement.

## 6. Safety Differently in this program

**(a) Work-as-done.** Before the rigging procedure or the equipment rules are written or changed, the learning team describes with the team: how a system is actually built when the first crew on scene is not the rope team; who really does the whistle test and whether it is ever skipped; how logs get filled in after a drill at 10 p.m.; which pieces of hardware have been “borrowed” between kits; how the belay is run when the team is short; what the crew does at an edge with no obvious anchor; and the last three times something did not feel right and what happened next.

**(b) Capacity and margins.** This work goes right because the team drills, because kits are complete and logged, because the team lead checks before loading, and because the belayer is left alone to belay. The margin erodes with infrequent use, a long time since the last drill, night and weather, a patient in sight and in distress, crews mixed from stations that rig differently, kits that have been opened for other jobs, and the pressure to build fast. The program protects the margin with the quarterly cycle, the kit-stays-together rule, the two-person check, the standard commands, and the rule that a system is not loaded until the check is done however long that takes.

**(c) Just culture.** A member who built a system differently from the procedure, or who did not log a use, is not the problem; the review asks what made that reasonable and what in the kit, the drill cycle or the time pressure led there. The learning firewall applies to every debrief, learning team, near-miss report and review. Conduct concerns go to a separate process run by different people ([Incident Investigation and Learning Program](https://thehumanfactor.ca/library/fire-service-safety/incident-investigation-and-learning-program); The Human Factor, 2026a).

**(d) Psychological safety.** Anyone can stop a system from being loaded by saying the hazard and the action: “Stop, the belay is not locked.” The team lead and the rescue group supervisor acknowledge, hold, and review later. Any member can ask the team lead to walk the system with them before loading; the answer is always yes. Leaders show it is safe by doing the whistle test out loud, by thanking the catch in the debrief, and by reporting their own rigging errors in drill logs. A member’s concern about this program (a doubtful rope, a kit that is short, a drill that was skipped) goes to the company officer, the rope team lead, the JOHSC consultant or the near-miss system and gets an answer within 15 days (section 12).

**(e) Learning link.** Every rope rescue response, every full-scale evolution and every quarterly drill gets a Tier 1 After-Action Review; the drill log is the AAR record for drills. Any impact load on a live system, any anchor or belay failure, any rope cut or damaged in use, any unplanned attachment near an aircraft, and any near miss with potential for death goes to Tier 2 Post-Incident Analysis. A death or critical injury is Tier 3 Independent Learning Review [(The Human Factor, 2026a)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-the-human-factor-2026a). Crew AAR questions: What did the anchor turn out to be, and how did we know? Who did the system check, and what did they find? What nearly got loaded before it was ready? Full method: [Incident Investigation and Learning Program](https://thehumanfactor.ca/library/fire-service-safety/incident-investigation-and-learning-program) and Manual 02 - The Three Tiers and Event Triage.

## 7. Training and competency

| Who | What | How often | How verified |
|:---|:---|:---|:---|
| All operational members | Rope rescue awareness; firefighter self-escape competencies; landing zone awareness | Recruit; refresher every three years | Written and practical |
| Rope team (operations) | Operations job performance requirements [(NFPA 1006, 2021, ch. 5)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1006); the department’s procedure; equipment inspection and logging | Initial; quarterly drills; annual competency check; annual full-scale evolution | Skills sheets; drill log; evolution record |
| Rope team (technician, if declared) | Technician job performance requirements: high-angle, high-line, complex systems, advanced pick-off, confined space vertical | Initial; quarterly; annual | Skills sheets; evolution record |
| Equipment custodian | Inspection, retirement criteria, cleaning, logs, the marking transition, certificates | Initial; annual | Assessment by the program manager |
| Belayers | Belay device and technique; the hands-off catch test on the department’s maximum load | Initial; quarterly | Practical evaluation |
| Rescue group supervisors | Rope incident management; the ISO at technician operations; helicopter interface | Initial; every three years | Scenario evaluation |
| Instructors | Qualified by knowledge, training and experience (MLITSD, n.d., GN 6-4) | Before instructing; reviewed every three years | Instructor file |

> **Tip: Volunteer and composite departments**
>
> Quarterly drills on a weekend morning at a fixed site (a parking structure, a bridge abutment, the training tower) keep the cycle real. Keep one complete, logged kit per responding station rather than one big cache that never arrives, and drill the stations together so the kits and the crews are interchangeable.

## 8. Equipment, inspection, maintenance and testing

| Item | Inspection or test | Interval | Who | Standard | Record |
|:---|:---|:---|:---|:---|:---|
| Life safety rope | Full-length inspection; log | Before and after every use; periodic detailed inspection quarterly | User; custodian | [(NFPA 2500, 2022, ch. 24 to 28)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500); (MLITSD, n.d., GN 1-5) | [Form - Rope and Rescue Equipment Log](https://thehumanfactor.ca/library/fire-service-safety/form-rope-and-rescue-equipment-log) |
| Hardware (carabiners, descent control, pulleys, rope grabs, rigging plates) | Function and condition; log | Before and after every use; quarterly | User; custodian | [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) | Log |
| Harnesses | Pre-use; post-use by a competent person after firefighting or rescue; periodic | Every use; quarterly | User; competent person | [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500); the applicable regulation ([J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access)) | Log; inspection card |
| Webbing, anchor straps, prusiks, edge protection | Condition; log | Every use; quarterly | User; custodian | [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) | Log |
| Litters and patient packaging | Structure, straps, attachment points | Monthly; after use | Custodian | Manufacturer | Log |
| Escape systems (class E) | Seal, condition; replace after any deployment | Monthly; after use | Member; custodian | [(NFPA 2500, 2022, ch. 27)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) | Log |
| Helmets, gloves, eye protection | Visual | Before use | Member | [(NFPA 1950, 2025)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-1950) | None unless a defect |
| Kit completeness | Inventory against the kit list | Monthly; after every use | Company officer | Department kit standard | Kit check sheet |
| Certificates of conformance | On file for every NFPA-marked item | At purchase; audit sample annually | Custodian | [(NFPA 2500, 2022)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-nfpa-2500) | Certificate file |

## 9. Safe work procedures this program owns

- [SWP - Rope Rescue Systems Rigging and Inspection](https://thehumanfactor.ca/library/fire-service-safety/swp-rope-rescue-systems-rigging-and-inspection) (also the rope access code of practice)
- Shared: [SWP - Confined Space Entry and Rescue](https://thehumanfactor.ca/library/fire-service-safety/swp-confined-space-entry-and-rescue) (vertical entries); [SWP - Ice Rescue](https://thehumanfactor.ca/library/fire-service-safety/swp-ice-rescue) and [SWP - Swiftwater Rescue](https://thehumanfactor.ca/library/fire-service-safety/swp-swiftwater-rescue) (tethers and belays at water, owned by [Water, Ice and Swiftwater Rescue Program](https://thehumanfactor.ca/library/fire-service-safety/water-ice-and-swiftwater-rescue-program)); [SWP - Fall Protection on Apparatus and at Heights](https://thehumanfactor.ca/library/fire-service-safety/swp-fall-protection-on-apparatus-and-at-heights) (edge tie-in rule)

## 10. Records and forms

- [Form - Rope and Rescue Equipment Log](https://thehumanfactor.ca/library/fire-service-safety/form-rope-and-rescue-equipment-log)
- Rope and hardware inventory with use log (17.1); pre-rig and pre-lower checklist (17.2); equipment inspection and retirement record (17.3); drill log (17.4); training and competency sign-off (17.5); quarterly indicator worksheet (17.6)
- Retention: equipment logs for the life of the item plus three years; drill logs and skills sheets for the member’s service plus the period in [05 Document Control and Records](https://thehumanfactor.ca/library/fire-service-safety/document-control-and-records); incident records per the records note.

## 11. Indicators

| Indicator | Type | Definition | Baseline | Target |
|:---|:---|:---|:---|:---|
| Team currency | Leading | Percentage of team members with an annual competency check within 12 months and no more than one missed quarterly drill | At adoption | 100 percent |
| Quarterly drill completion | Leading | Drills held per quarter per station with a rope kit; attendance | First year | Every quarter, every station |
| Log completeness | Leading | Sample of ten ropes and ten hardware items: percentage with a complete use history and a pre- and post-use entry for the last use | Quarterly sample | 100 percent |
| Equipment marking and certificate status | Leading | Percentage of items with the NFPA marking recorded and a certificate on file; number of pre-2022-marked items remaining | At adoption | 100 percent recorded; transition plan on schedule |
| Retirements on criteria | Leading | Items retired in the quarter and the criterion applied | First year | Every retirement has a recorded criterion |
| Pre-lower checklist use | Leading | Percentage of evolutions and incidents with a completed checklist | First year | 100 percent |
| Full-scale evolution | Leading | Held, timed, observed; time from arrival to patient at the top or bottom | First year | Held annually; time trending down |
| Stop calls and good catches (psychological safety) | Leading | Stop-before-loading calls and good catches reported and acknowledged, none followed by reprisal; members agreeing “I can stop a system from being loaded and the team lead will thank me” | First two quarters; first survey | Rising; zero reprisal findings |
| Impact loads and system failures | Lagging | Impact loads, anchor or belay failures, rope damage in use, per year | Three-year history | Every one reviewed; trend to zero |
| Injuries and near misses | Lagging | Injuries and near misses at rope incidents and training per year | Three-year history | Near misses reported; injuries zero |

## 12. Accountability and closed feedback loop

| Element | Who | How |
|:---|:---|:---|
| Owner | Deputy chief, operations, through the program manager, Technical Rescue | Accountable for the outcome in section 1; approves the declaration, the procedure and the helicopter position |
| Doer | Rope team lead (procedure, drills, evolution, custodianship); team members (rigging, inspection, logging); company officers (kit checks, awareness); training division (training records); custodian (retirement, certificates) | Section 5 |
| Verifier | HSO (quarterly sample of logs and currency); JOHSC (consulted on the procedure and equipment changes; inspects kits); internal audit ([Checklist - Confined Space, Trench and Rope Rescue](https://thehumanfactor.ca/library/fire-service-safety/checklist-confined-space-trench-and-rope-rescue), annual); the annual evolution observed by the HSO or JOHSC consultant | Findings logged to the register |
| Feedback | Quarterly program update; indicator dashboard; change notices on any procedure, equipment, kit or marking change; AAR after every response and evolution. **A member’s concern:** raised to the company officer, the rope team lead, the JOHSC consultant or the near-miss system; logged in the team action log; answered to the member by the team lead within 15 days with the decision and the reason | [06 Program Improvement Teams](https://thehumanfactor.ca/library/fire-service-safety/program-improvement-teams) section 10 |
| Closure | [Corrective Action Register](https://thehumanfactor.ca/library/fire-service-safety/corrective-action-register): every deficiency (a rope with no history, a missed drill, a failed inspection not acted on, a kit short) logged within five working days with an owner and a priority on the one scale, P1 (Imminent), P2 (Serious), P3 (Moderate) or P4 (Improvement), which sets its interim control, plan date and closure date (a rope or anchor that could fail under load is P1: out of service the same shift, closed within 7 days); closure on evidence with verifier sign-off; overdue items escalate as the scale sets, to the deputy chief and then the fire chief; the JOHSC sees the open list every meeting | Register rules |

**Loop test.** A firefighter reports on Monday that a rope in the station kit has no log and nobody knows where it came from. By Tuesday the rope is quarantined and the kit is re-checked; by Friday the item is in the register with the rope team lead as owner and the firefighter has heard back. Within 30 days every kit in the department has been inventoried against its log, orphan items are retired, the kit-stays-together rule is reissued with a change notice, and the quarterly update reports it closed with the log completeness indicator attached.

## 13. Audit

Checklist: [Checklist - Confined Space, Trench and Rope Rescue](https://thehumanfactor.ca/library/fire-service-safety/checklist-confined-space-trench-and-rope-rescue). The five questions first:

1.  Show me the declaration and the scenario list, and the roster that can rig to it.
2.  Pick a rope from this kit: show me its full history and its last two inspections.
3.  Show me this quarter’s drill log and last year’s evolution record with the time.
4.  Show me the retirement records for the last year and the criterion applied to each.
5.  Show me the procedure’s two-rope, anchor and edge rules and the last pre-lower checklist. And when did a member last stop a system from being loaded, and what happened to them?

**Accreditation crosswalk.** The declaration, drill and evolution records and annual appraisal evidence the technical rescue criterion; the equipment logs, inspection and retirement records evidence the equipment maintenance criterion; the training records evidence safety training on new equipment [(CPSE, 2019, criteria 5G.1, 5G.2, 6D.1, 11A.5)](https://thehumanfactor.ca/library/fire-service-safety/rope-rescue-program#ref-cpse-2019).

## 14. Lessons learned built in

Generic patterns from rope rescue and training fatality investigations (NIOSH, n.d.-b) this program answers:

- **Single-rope systems and anchor failure**; improper belay (hands-off, unlocked device). Controlled by 5.7.
- **Rope cut on an unprotected edge.** Controlled by 5.7 edge rules.
- **Skill fade from infrequent use** leading to rigging errors under time pressure (MLITSD, n.d., GN 6-4). Controlled by 5.8.
- **Recreational hardware mixed into rescue systems; unknown use history.** Controlled by 5.4 and 5.5.
- **Training deaths and injuries from rappelling** with inadequate anchors, belay or ground supervision. Controlled by 5.7, 5.8 and the training safety rules in [Training Safety and Live Fire Program](https://thehumanfactor.ca/library/fire-service-safety/training-safety-and-live-fire-program).
- **Helicopter: static shock, rotor strike, unplanned attachment to the aircraft.** Controlled by 5.10.

## 15. Stage 1 minimum and cost note

**Stage 1 minimum.** The declaration (5.1); the procedure as the code of practice (5.3, 5.7); the inventory with unique IDs, class, marking and certificates (5.4); logs for every rope and hardware set (5.5); inspection and retirement criteria applied (5.6); annual competency check and annual evolution (5.8); pick-off and self-rescue (5.9); the helicopter position (5.10); one learning-team session on how systems are really built; the accountability loop (12).

**Cost note.** People: program manager and team about four hours a month; the custodian about two hours a week; quarterly half-day drills and one full-day evolution. Money: a class G operations kit per responding station (rope, hardware, harnesses, litter, edge protection) is a mid four-figure to low five-figure purchase; replacement ropes on a 10-year cycle; helmets and gloves to the technical rescue PPE standard; instructor development. Awareness-only departments need escape competencies, landing zone awareness and the equipment program for any rope they carry.

## 16. Customize

> **Note: Customize Decide and record: the declared level and scenarios; the maximum rescue load the belay is tested to (this program uses the two-person, 200 kg benchmark); the anchor rating adopted (the applicable regulatory minimum or stricter); the rope service life adopted from the manufacturer; the marking transition plan (which pre-2022 items remain and when they retire); the kit standard per station; the drill site and cycle; the helicopter interface level and any operator agreement; and whether the department’s water rescue tethers and confined space retrieval lines live in this program’s logs (recommended).**

## Jurisdiction requirements

This chapter relies on the following legal requirements, which differ by province and territory. Check your jurisdiction’s section on each topic page before adopting it.

| Topic | What to check in your jurisdiction | Page |
|:---|:---|:---|
| Fall Protection and Rope Access | The rope rescue equipment standard the regulation accepts (some still name superseded editions, including for descent devices); whether a harness used in firefighting or rescue must be inspected by a competent person before reuse; the anchorage strength required; whether rope access or high-angle rescue needs a written code of practice or procedure; and any relief for emergency services that depends on it | [J16 Fall Protection and Rope Access](https://thehumanfactor.ca/library/fire-service-safety/j16-fall-protection-and-rope-access) |

## 17. Implementation toolkit

### 17.1 Rope and hardware inventory with use log

| ID | Item (rope, harness, pulley, descent control, rope grab, carabiner set, anchor strap, edge protector, litter, escape kit) | NFPA class (G, T, E) and marking edition | Manufacturer, model, serial or lot | Certificate of conformance reference | Date of manufacture | Date in service | Service life ends | Kit and station | Uses to date (n) | Last pre-use (date, by) | Last post-use (date, by) | Last periodic (date, by) | Status |
|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|
|  |  |  |  |  |  |  |  |  |  |  |  |  |  |

Use entries per item on [Form - Rope and Rescue Equipment Log](https://thehumanfactor.ca/library/fire-service-safety/form-rope-and-rescue-equipment-log).

### 17.2 Pre-rig and pre-lower checklist

| \# | Item | Checked (initials) |
|:---|:---|:---|
| 1 | Scenario, load (one person, two persons, litter), and system type briefed; rescue group supervisor named; ISO assigned at technician operations |  |
| 2 | Anchors identified, rated or bombproof, backed up where doubtful; vehicle anchors chocked and keys out |  |
| 3 | Main line system built: rope class G (or T with justification), descent control or mechanical advantage correct for the load, progress capture on any raise |  |
| 4 | Belay system built on an independent anchor (or one bombproof anchor): device proven for the maximum load, belayer assigned and doing nothing else, device locked when stationary |  |
| 5 | Edge protection in place on every edge the ropes touch; edge attendant assigned; everyone near the edge in travel restraint |  |
| 6 | Knots dressed and set; carabiners locked and loaded on the spine; no cross-loading or tri-loading |  |
| 7 | Weakest component identified; static safety factor at or above 10:1 for the load |  |
| 8 | Litter rigged with attendant tie-in; patient packaged and secured |  |
| 9 | Communications: commands standard; radio channel assigned; hand signals agreed for noise |  |
| 10 | Helmets, gloves, eye protection on everyone in the system |  |
| 11 | Whistle test done by a second trained person: nothing fails or moves if everyone lets go |  |
| 12 | Rescue of the rescuer plan: who, with what, how |  |
| 13 | Load applied slowly and watched; stop on any unexpected movement or sound |  |
| 14 | After the evolution: every item logged (use, load, exposure, inspection); any impact load recorded and the item quarantined |  |

### 17.3 Equipment inspection and retirement record

| ID | Date | Inspection type (pre-use, post-use, periodic, post-event) | Findings (sheath, core, hardware, gate, webbing, stitching, labels) | Exposure since last inspection (impact, chemical, heat, abrasion, water, contamination) | Decision (in service / quarantine / retire) | Retirement criterion applied | Disposal (cut and marked; returned; destroyed) | Inspector (role) |
|:---|:---|:---|:---|:---|:---|:---|:---|:---|
|  |  |  |  |  |  |  |  |  |

### 17.4 Drill log

| Date | Station(s) | Drill type (quarterly skills, full-scale evolution, mixed-crew) | Scenario | Members present (role, ID) | Who rigged main, belay, edge; who belayed | Time from start to load moving (full-scale) | Observations, stop calls and good catches | Items used (IDs) and logged | Instructor (role) |
|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|
|  |  |  |  |  |  |  |  |  |  |

### 17.5 Training and competency sign-off

| Member (role, ID) | Awareness (date) | Operations (date, expiry) | Technician (date, expiry) | Belayer check (date) | Custodian (date) | Quarterly drills attended (Q1 to Q4) | Annual competency check (date, result) | Evolution attended (date, role) | Instructor (role) |
|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|
|  |  |  |  |  |  |  |  |  |  |

### 17.6 Quarterly indicator worksheet

| Quarter | Team currency (%) | Drills held (n / stations) | Log completeness (%) | Marking and certificate status (% recorded; pre-2022 items n) | Retirements (n, criteria) | Checklist use (%) | Evolution (date, time) | Stop calls and good catches (n, acknowledged n) | Impact loads and failures (n) | Injuries and near misses (n) | Open corrective actions (n, oldest days) | Notes and asks |
|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|:---|
| Q1 |  |  |  |  |  |  |  |  |  |  |  |  |
| Q2 |  |  |  |  |  |  |  |  |  |  |  |  |
| Q3 |  |  |  |  |  |  |  |  |  |  |  |  |
| Q4 |  |  |  |  |  |  |  |  |  |  |  |  |

## References

Canadian Aviation Regulations, SOR/96-433 (Canada; consolidated to 2026-09-30; Subparts 302 and 303, airports and aircraft fire fighting, and Part IX, remotely piloted aircraft systems). <https://laws-lois.justice.gc.ca/eng/regulations/SOR-96-433/>

Center for Public Safety Excellence \[CPSE\]. (2019). *Fire and emergency service self-assessment manual* (10th ed.). Commission on Fire Accreditation International. <https://cpse.org/wp-content/uploads/2019/08/10th-Edition-FESSAM-Strikethrough-Underline-v.4.pdf>

CSA Group. (2016). *CAN/CSA-Z259.2.3:16 (R2025), Descent devices* (adopts ISO 22159:2007).

CSA Group. (2018). *CSA Z259.10:18 (R2023), Full body harnesses*.

CSA Group. (2021). *CSA Z259.16:21, Design of active fall-protection systems* (3rd ed.). <https://www.csagroup.org/store/product/CSA%20Z259.16:21/>

Edmondson, A. C. (1999). Psychological safety and learning behavior in work teams. *Administrative Science Quarterly, 44*(2), 350–383. https://doi.org/10.2307/2666999

National Fire Protection Association. (2021). *NFPA 1006, Standard for technical rescue personnel professional qualifications*. <https://www.nfpa.org/codes-and-standards/nfpa-1006-standard-development/1006>

National Fire Protection Association. (2022). *NFPA 2500, Standard for operations and training for technical search and rescue incidents and life safety rope and equipment for emergency services* (consolidates NFPA 1670, 1858 and 1983). <https://www.nfpa.org/codes-and-standards/nfpa-2500-standard-development/2500>

National Fire Protection Association. (2024). *NFPA 1550, Standard for emergency responder health and safety* (consolidates NFPA 1500, 1521 and 1561). <https://www.nfpa.org/codes-and-standards/nfpa-1550-standard-development/1550>

National Fire Protection Association. (2025). *NFPA 1950, Standard on personal protective equipment for technical rescue incidents, emergency medical operations, and wildland and urban interface firefighting* (consolidates NFPA 1951, 1977 and 1999). <https://www.nfpa.org/codes-and-standards/nfpa-1950-standard-development/1950>

National Institute for Occupational Safety and Health \[NIOSH\]. (n.d.-b). *Fire Fighter Fatality Investigation and Prevention Program* \[Program website and investigation reports\]. Centers for Disease Control and Prevention. <https://www.cdc.gov/niosh/firefighters/fffipp/index.html>

Ontario Ministry of Labour, Immigration, Training and Skills Development \[MLITSD\]. (n.d.). *Firefighter guidance notes* (Section 21 Advisory Committee; individual notes revised to 2026). <https://www.ontario.ca/document/firefighter-guidance-notes>

The Human Factor. (2026a). *After the Call, Manual 02: The three tiers and event triage* \[Unpublished manuscript\].