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OSHA 1926 Subpart CC  ·  Cranes & Derricks in Construction

Crane & Rigging Safety Plan — OSHA-Compliant Template for Construction Lift Operations

OSHA Subpart CC requires documented lift planning and operator/signal person qualifications before any crane operation. This template gives you a complete, OSHA-compliant plan in minutes — lift planning forms, operator certification tracking, rigging inspection checklists, load chart documentation, and ground conditions assessment. Ready for OSHA inspection.

OSHA 1926 Subpart CC Compliant Certified Operator Documentation PDF & Word Formats Houston Construction Ready
42
Crane-related construction fatalities per year (U.S. average)
$16,131
Maximum OSHA penalty per serious Subpart CC violation
75%
Rated capacity threshold triggering critical lift plan requirement
20 ft
Default minimum approach distance from power lines (all voltages)
$161K
Maximum OSHA penalty for willful or repeat crane violations

The 4 Crane & Rigging Mistakes That Trigger OSHA Citations on Houston Job Sites

Power Line Encroachment

OSHA 1926.1407 requires cranes to remain outside a 20-foot minimum approach distance from energized power lines unless specific Phase 2 precautions are in place. Power line contact is the single leading cause of crane fatalities. No pre-work survey, no signaling, no spotter designation — any one of these omissions produces a willful citation with six-figure penalties.

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Missing Operator Certification

OSHA 1926.1427 requires crane operators to be certified or qualified before operating any equipment with a capacity of 2,000 lbs or more. Operating with an uncertified operator — even temporarily, even on a small pick — is a serious citation. In Houston, GCs routinely require NCCCO certifications for each crane type and capacity before any lift begins.

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Rigging Inspection Failures

OSHA 1926.1413(a) requires rigging equipment to be inspected before each use. Slings, shackles, hooks, and below-the-hook devices must be inspected for deformation, cracks, corrosion, and broken wires. Using rigging that shows rejection criteria — kinks, bird-caging, core protrusion in wire rope — without documentation is among the most common Subpart CC field citations.

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No Lift Plan for Critical Picks

OSHA 1926.1431 requires a written critical lift plan for any pick exceeding 75% of rated capacity or requiring tandem cranes. Superintendents routinely skip written planning on "routine" lifts that cross the critical threshold — only discovering the omission during an OSHA investigation after an incident. No written plan equals no defense.

OSHA Regulation Reference: 29 CFR 1926 Subpart CC — Cranes and Derricks in Construction covers equipment with a rated lifting capacity of 2,000 lbs or more. Key requirements: ground conditions assessment before use (1926.1402); assembly/disassembly under a qualified person (1926.1403–1926.1406); shift, monthly, and annual equipment inspections (1926.1412–1926.1414); power line safety — 20 ft minimum approach distance (1926.1407); operator certification (1926.1427); signal person qualification (1926.1419–1926.1422); rigger qualification (1926.1425–1926.1426); critical lift plan for picks >75% capacity or tandem lifts (1926.1431). Subpart CC applies to all mobile cranes, tower cranes, and crawler cranes used on Texas construction projects.

Every component OSHA 1926 Subpart CC requires. Pre-written, ready to customize.

This template package covers crane setup through post-lift documentation — everything your qualified person, operator, and signal person need for compliant crane operations on Texas construction projects.

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Lift Plan & Pick Plan Template

Comprehensive lift plan form covering load weight, rigging configuration, crane position, maximum radius, rated capacity at radius, ground bearing pressure, and hazard identification. Includes critical lift plan addendum for picks exceeding 75% of rated capacity per 1926.1431.

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Ground Conditions Assessment

Pre-lift ground bearing pressure evaluation per 1926.1402. Covers soil type determination, mat/cribbing requirements, outrigger pad specifications, and documented approval by a qualified person before equipment is set up. Includes crane positioning diagram template.

Power Line Safety Plan

Pre-work power line survey documentation, minimum approach distance calculation by voltage (1926.1407–1926.1411), spotter designation form, Phase 1/Phase 2 determination worksheet, and exclusion zone marking procedures. Includes utility notification log.

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Operator Certification Records

Crane operator qualification verification form: NCCCO or other accredited certification copies, crane type and capacity matrix, employer qualification documentation, and annual re-evaluation records per 1926.1427. Pre-assignment qualification check for each crane type on site.

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Rigging Inspection Checklist

Pre-use rigging inspection log for wire rope slings, synthetic web slings, chain slings, shackles, hooks, and below-the-hook devices. Rejection criteria per ASME B30.9 and 1926.1413. Includes diameter gauge reference, hook deformation criteria, and chain link pitch measurement guide.

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Signal Person & Rigger Qualification

Signal person knowledge test and practical evaluation forms per 1926.1422. Hand signal reference cards (ASME B30.2) and radio/voice communication protocol. Rigger qualification documentation and proof of qualification records per 1926.1426. Training log for all qualified personnel.

Which crane type are you operating? OSHA has specific requirements for each.

OSHA 1926 Subpart CC applies to cranes and derricks with a rated capacity of 2,000 lbs or greater. This template covers all primary crane types used in Houston commercial construction.

Most Common

Mobile Hydraulic Crane

1926 Subpart CC

Rough-terrain, all-terrain, and truck-mounted hydraulic cranes. Most common crane type on Houston commercial job sites for structural steel, MEP equipment, and concrete precast erection.

  • Outriggers fully extended and pads sized for load
  • Load chart specific to boom configuration
  • Anti-two-block device required
  • Swing path clearance documented in lift plan
High-Rise

Tower Crane

1926.1435

Fixed-base or climbing tower cranes for multi-story construction. Require climbing procedures and foundation design by a licensed engineer in addition to standard Subpart CC requirements.

  • Erection/climbing supervised by qualified person
  • Foundation engineering documentation required
  • Tie-in anchor calculations at each tie level
  • Wind speed monitoring and out-of-service criteria
Heavy Civil

Crawler Crane

1926 Subpart CC

Lattice-boom or hydraulic crawler cranes for heavy lifts on bridge, industrial, and energy projects. Require assembly/disassembly procedures and travel planning documentation.

  • Ground bearing pressure calculation for travel path
  • Boom assembly per manufacturer's procedure
  • Counterweight configuration documented
  • Travel radius restrictions during picks
Overhead Work

Boom Truck / Knuckle Boom

1926 Subpart CC

Articulated boom trucks and knuckle-boom cranes used for material placement, HVAC/MEP equipment, and precast panels. Capacity of 2,000 lbs or more falls under full Subpart CC requirements.

  • Outrigger deployment and load capacity verification
  • Operator certified for this specific equipment type
  • Load chart posted in cab at all times
  • Annual inspection documentation on-site
Tandem Lifts

Multi-Crane Operations

1926.1431

Any lift requiring more than one crane simultaneously. Automatically triggers critical lift plan requirements with a qualified person signature, regardless of individual crane capacity percentages.

  • Written critical lift plan required per 1926.1431
  • Lead crane designated; load sharing calculations
  • Single person in charge of overall lift
  • Communication protocol between all operators
Personnel Lifts

Personnel Hoisting

1926.1431(k)

Using a crane to hoist workers in a personnel platform. Most restrictive category — requires a trial lift, proof test, and pre-lift meeting in addition to all standard critical lift plan requirements.

  • Trial lift at 125% of platform + maximum personnel load
  • Proof test before first personnel use
  • Pre-lift meeting with all personnel to be hoisted
  • Two-way radio communication during hoist
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CRANE LIFT PLAN — PRE-LIFT CHECKLIST

OSHA 1926 Subpart CC — Qualified Person Review
Project / Location
Houston Medical Center Expansion — Tower A, 14th Floor Steel Set
Crane Type / Capacity
160-ton All-Terrain — Main boom 100 ft, 22 ft radius
Pre-Lift Checklist
Ground conditions assessed — 4" mat installed, bearing capacity confirmed
Power line survey: nearest line 138kV, 87 ft — Phase 1 applies (20 ft MAC)
Operator cert verified: NCCCO Mobile Crane — lattice/hydraulic, 100-ton+
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Load = 68% of rated — critical lift plan NOT required, but pre-lift meeting mandatory
Signal person qualified — radio communication established with operator
Qualified Person: R. Thompson, PE — Pre-Lift Review Complete

Built for the way crane crews actually operate on Houston job sites.

Every field in this template maps to a specific OSHA 1926 Subpart CC requirement — so your qualified person and operator can complete a thorough pre-lift review without missing a citable item.

  • 1926.1402 Ground conditions. Soil type, mat/cribbing specifications, outrigger pad sizing — documented and approved before any equipment is set. Includes bearing pressure calculation worksheet.
  • 1926.1407 Power line safety. Pre-work survey log, voltage-to-MAC distance reference table, Phase 1/Phase 2 determination, spotter designation — all in one place.
  • 1926.1427 Operator certification. Certification matrix by crane type and capacity, employer qualification form, and pre-assignment verification checklist.
  • 1926.1431 Critical lift planning. Automatic trigger calculation (75% rated capacity check), tandem lift identification, and qualified person sign-off workflow.

OSHA 1926 Subpart CC — Complete Crane & Rigging Requirements Table

Every requirement mapped to the specific CFR citation. Use this as your compliance audit checklist before OSHA does.

Requirement CFR Reference Specification Status
Ground Conditions 1926.1402 Equipment must not be assembled or used unless ground conditions can support equipment, load, and dynamic forces involved in the operations Required
Assembly/Disassembly Director 1926.1404(a) A/D must be directed by a qualified person who understands the applicable assembly/disassembly procedures and hazards Required
Shift Inspection 1926.1412(d) Inspection of each crane prior to use during each shift — visual inspection of all components including hook, hoist, boom, and structural members Required
Monthly Inspection 1926.1412(e) Monthly inspection by a qualified person; must be documented and retained for 3 months Required
Annual / Comprehensive Inspection 1926.1412(f) Thorough examination of all equipment by a qualified person at least every 12 months; documentation retained for the equipment's life Required
Rigging Inspection — Before Each Use 1926.1413(a) All rigging equipment (slings, shackles, hooks) inspected prior to use; rejected if damage or deformation found per rejection criteria Required
Load Chart Availability 1926.1415 Load chart and other required manufacturer materials must be available in the cab; legible and appropriate for the specific equipment configuration Required
Power Line — Phase 1 (Default) 1926.1407 No part of equipment, load, or rigging within 20 feet of energized power lines; requires pre-work survey before operations within 300 ft of lines Required
Power Line — Phase 2 (Reduced MAC) 1926.1408 Reduced clearance distances allowed only with utility confirmation, qualified spotter, and insulating link/device or de-energized/grounded line Conditional
Operator Certification 1926.1427 Operator must be certified by accredited organization or qualified by employer for the specific equipment type and capacity; documentation on-site Required
Signal Person — When Required 1926.1419 Signal person required when operator does not have direct view of load path, point of hazard, or any part of the load path throughout the entire lift Conditional
Signal Person Qualification 1926.1422 Signal person must pass written test and practical evaluation; documentation of qualification must be available at the site Required
Rigger Qualification 1926.1426 Riggers must be qualified — demonstrated by passing a written and practical test; documentation available at the site Required
Critical Lift Plan — 75%+ Capacity 1926.1431(a) Written plan required for lifts exceeding 75% of rated capacity; must be signed by a qualified person before the lift Conditional
Critical Lift Plan — Tandem Lift 1926.1431(b) Written critical lift plan required for any lift using more than one crane; includes load sharing calculations and lead crane designation Conditional
Personnel Hoisting 1926.1431(k) Trial lift, proof test, and pre-lift meeting required before hoisting personnel; most restrictive lift category with additional requirements Conditional

5-step crane safety procedure — from site assessment to post-lift documentation.

This is the sequence your qualified person follows for every crane operation. The template contains detailed checklists for each step.

1

Site Assessment & Hazard Identification

Before any crane is mobilized, the qualified person evaluates site conditions, hazards, and establishes the lift plan framework per OSHA 1926.1402 and 1926.1407.

  • Survey ground conditions and bearing capacity for crane placement
  • Identify all overhead power lines within 300 feet of planned operations
  • Determine minimum approach distances by voltage for each line
  • Assess underground utilities, trenches, and structures under planned outrigger positions
  • Document swing radius clearances and exclusion zone requirements
2

Lift Plan Development & Critical Lift Determination

The qualified person calculates load weights, determines crane configuration, and evaluates whether the pick triggers critical lift plan requirements under 1926.1431.

  • Determine total load: lift weight + rigging + below-the-hook equipment
  • Select crane position and calculate rated capacity at maximum radius
  • Calculate lift percentage: if >75% rated capacity, critical lift plan required
  • Document mat/cribbing and outrigger pad specifications
  • Sign and date the lift plan before equipment is mobilized
3

Personnel Qualification Verification

All personnel involved in the lift — operator, signal person, riggers — must have verified qualifications on file per OSHA 1926.1427, 1926.1422, and 1926.1426 before the lift begins.

  • Verify operator NCCCO or employer qualification for this specific crane type and capacity
  • Confirm signal person qualification documentation is on-site
  • Verify rigger qualification for each rigger handling the load
  • Establish communication protocol: hand signal chart or radio channel confirmed
  • Conduct pre-lift meeting with all personnel — operator, signal person, riggers, and flaggers
4

Equipment Inspection & Rigging Setup

Shift inspection of the crane and pre-use inspection of all rigging per OSHA 1926.1412(d) and 1926.1413(a) must be completed and documented before the load is attached.

  • Complete shift inspection checklist — boom, hook, hoist, controls, safety devices
  • Inspect all slings, shackles, and hooks against rejection criteria
  • Verify rigging configuration matches lift plan — sling angles documented
  • Install and verify anti-two-block device is operational
  • Set crane on mats with outriggers fully extended; level verified
5

Post-Lift Documentation & Equipment Securing

After each lift, the qualified person documents completion, equipment condition, and any incidents or near-misses for the project safety file.

  • Document any equipment anomalies or rigging issues discovered during the lift
  • Retract outriggers and secure crane for travel or overnight; tag out if repairs needed
  • File completed lift plan, inspection logs, and personnel qualification copies
  • Report any near-miss or equipment deficiency to site safety manager immediately
  • Confirm all rigging is de-rigged, stored, and next-use inspection scheduled

Get the Free Crane & Rigging Safety Plan Template

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Complete crane and rigging safety plan template with all OSHA 1926 Subpart CC required documents. Editable Word + PDF.
  • Lift plan & pick plan template (standard + critical)
  • Ground conditions assessment form
  • Power line safety plan & survey log
  • Operator certification verification matrix
  • Rigging inspection checklist (all sling/hardware types)
  • Signal person & rigger qualification records
  • Pre-lift meeting agenda template
  • PDF + Word editable formats
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Common questions about this template.

You receive both PDF and Word (.docx) formats. The PDF is print-ready and formatted for immediate use on the job site. The Word file is fully editable — replace placeholder text with your company name, project details, and crew information. Most employers and general contractors accept digital versions for inspection and audit purposes.
Yes. The Word format is designed for customization. You can update the company name, project details, competent person information, emergency contacts, and any site-specific details. The regulatory text and OSHA reference citations are pre-written and OSHA-verified — you don't need to change those. Every field that requires customization is clearly marked with brackets [LIKE THIS].
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OSHA does not "approve" or "certify" any document — they set the regulatory requirements that documents must meet. This template was written by a safety professional and aligns with the specific OSHA standards cited in the document. It's built to meet the requirements of OSHA 29 CFR 1926/1910 regulations. When used correctly and completed with accurate site-specific information, it provides the documentation OSHA inspectors look for during an inspection. It is not a substitute for professional safety consultation on your specific site conditions.

Crane and rigging safety requirements — answered.

OSHA 29 CFR 1926 Subpart CC — Cranes and Derricks in Construction — is the comprehensive federal standard governing cranes with a rated capacity of 2,000 lbs or greater on construction sites. Subpart CC covers: ground conditions (1926.1402); assembly/disassembly (1926.1403–1926.1406); inspections (1926.1412–1926.1414); rigging (1926.1413); load chart use (1926.1415); power line safety (1926.1407–1926.1411); operator certification (1926.1427); signal person qualification (1926.1419–1926.1422); rigger qualification (1926.1425–1926.1426); and critical lift plans (1926.1431). Cranes consistently rank among the most fatal construction equipment, averaging 42 fatalities per year in U.S. construction. OSHA penalties for willful Subpart CC violations can reach $161,323 per violation.
Yes. OSHA 1926.1427 requires crane operators to be certified, licensed, or qualified. Three pathways: (1) Third-party certification — NCCCO, NCCER, or another OSHA-recognized accredited certifying organization, specific to crane type and capacity. (2) Employer qualification — written testing and practical evaluation conducted by the employer, documented for the specific equipment type and the specific work to be performed. (3) State/local licensing — where required. In Texas, there is no statewide crane operator license, so OSHA's federal certification requirement applies directly. NCCCO certification is the Houston commercial construction industry standard and is routinely required by general contractors as a prequalification condition before any lift. Your crane safety plan must include an operator certification verification matrix for each crane type and capacity on the project.
Power line contact is the leading cause of crane-related fatalities. OSHA 1926.1407 (Phase 1) is the default: no part of the equipment, load, or rigging may come within 20 feet of energized power lines, regardless of voltage. A pre-work survey is required before operations within 300 feet of any power line. Under Phase 2 (1926.1408), reduced minimum approach distances are allowed only when: the electric utility or PE confirms the line is de-energized and grounded, OR an insulating link/device is in the lifting line, AND a qualified spotter is continuously present. Phase 2 MACs by voltage: 0–50kV = 10 ft; 50–200kV = 15 ft; 200–350kV = 20 ft; 350–500kV = 25 ft; 500–750kV = 35 ft; 750–1,000kV = 45 ft. Your crane safety plan must document the pre-work power line survey, Phase 1 or Phase 2 determination, spotter designation, and exclusion zone marking procedures before any operations begin.
OSHA 1926.1431 defines a critical lift as any lift that: (1) exceeds 75% of the rated capacity of the crane; or (2) requires more than one crane simultaneously (tandem lift). For critical lifts, a written critical lift plan must be signed by a qualified person before the lift begins. The plan must include: load weight + rigging weight + below-the-hook equipment; maximum radius; rated capacity at that radius; all rigging equipment sizes and capacities; ground bearing pressure and crane position; and for tandem lifts, the lift sequence and lead crane designation. Beyond OSHA's minimum, most Houston GCs define critical lifts more broadly — including any pick over occupied areas, lifts with unconventional load geometry, or lifts exceeding 50% in some GC standards — and require their critical lift plan format in subcontractor pre-job submissions.
OSHA 1926.1419 requires a signal person when the operator does not have direct visual contact with the load path or a point of hazard. Signal persons must be qualified under 1926.1422: two pathways — (1) third-party qualification by a qualified evaluator not employed by the equipment user; or (2) employer qualification program with written test and practical evaluation. The signal person must understand: standard hand signals per ASME B30.2; voice and radio procedures; emergency stop signals; site-specific hazards including power lines; and how to maintain unobstructed communication with the operator. Documentation of qualification must be available at the job site before the signal person performs any duties. In Houston's high-rise and industrial construction environment, radio communication between operators and signal persons is standard — and radio protocol training must be included in signal person qualification records kept in your crane safety plan.
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