Lifting personnel by crane is a well-established, well-regulated practice that gives crews access to work locations no other method can reach efficiently. OSHA 29 CFR 1926.1431 sets out the specific requirements employers need to meet to use a man riding basket safely and in compliance with federal regulation.
This article summarizes what employers need to know: when a man riding basket is the appropriate access method, what the platform itself needs to provide, what procedures govern the lift, and what documentation needs to be in place before personnel are hoisted.
When a man riding basket is the appropriate access method
OSHA 1926.1431(a) establishes that crane-suspended personnel platforms are appropriate when conventional means of access, including ladders, scaffolding, aerial lifts, or personnel hoists, are infeasible or would present a greater hazard than the crane lift. Employers should be prepared to identify why conventional access isn’t the right choice for a specific application.
Many employers who use man riding baskets regularly build this determination into their standard lift planning process, identifying the access alternatives considered and the basis for selecting the crane-suspended platform for that specific job.
Platform requirements under 1926.1431(e)
The personnel platform itself needs to meet a defined set of structural and safety requirements under OSHA 1926.1431(e). These include:
- Guardrails meeting defined height and strength requirements, with mid-rails and toeboards.
- An access gate with a positive-locking device that opens in a way that doesn’t expose workers to the platform edge during entry or exit.
- Overhead protection when workers are exposed to falling objects, with the protection designed not to obscure the view of the operator or platform occupants under 1926.1431(e)(10), such as wire mesh with openings up to 1/2 inch, unless full protection is necessary.
- Fall protection anchorage points for each occupant, rated for personal fall arrest use.
- Smooth edges throughout the platform to prevent injury to occupants.
- The platform’s weight and rated capacity conspicuously posted on a permanent data plate.
Lifting Technologies builds these requirements into every Premier Series and Professional Series platform as standard equipment, including 42-inch guardrails, mid-rails, toeboards, and inward-opening access gates with positive-locking devices.
Proof-load testing and documentation
Before a personnel platform enters service, OSHA 1926.1431(j) requires it to be proof-load tested at 125% of rated capacity in the presence of a qualified person, with the test results documented and available on site. Re-testing is required after any repairs or alterations to the platform, including field modifications.
Documentation employers should have on hand for every man riding basket in service includes the proof-load test certificate, an OSHA Certificate of Compliance, and the platform’s data plate showing rated capacity and personnel use designation. Lifting Technologies platforms are proof-load tested using our proprietary detachable Test Weight System and ship with both documents as standard.
Rigging requirements
OSHA 1926.1431(g) governs the rigging used to suspend the personnel platform. Hooks used in the connection between the hoist line and the platform need to be of a type that can be closed and locked, eliminating the throat opening. The bridles and rigging used to suspend the platform need to be dedicated to that platform and the work being performed, and must not have been used for any other purpose, including material handling.
Employers should confirm that personnel platform rigging is stored separately from general rigging stock and clearly identified as dedicated to personnel lifting, so it isn’t inadvertently used for material picks between personnel lifts.
Trial lift and pre-lift inspection
Before personnel are hoisted at a new location, OSHA 1926.1431(h) requires a trial lift with the platform unoccupied, confirming the crane, rigging, and platform behave as expected before the crew boards. A pre-lift inspection of the platform, rigging, and crane by a competent person is also required at each new location immediately prior to each shift in which personnel will be hoisted, and when the lift route is changed.
For projects where the crane repositions frequently, building both steps into the standard procedure for each new pick location keeps the process consistent and ensures neither step is skipped under schedule pressure.
Operational requirements during the lift
OSHA 1926.1431(k) addresses how the lift itself is conducted. Key employer obligations include:
- Stopping personnel hoisting when wind speed would create unsafe conditions, with a qualified person determination required when conditions are in question. Many site programs use 20 mph as a planning benchmark.
- Conducting hoisting in a slow, controlled manner with no sudden movements.
- Using tag lines unless their use would create a greater hazard.
- Engaging load and boom hoist brakes and other secondary braking features when the platform is in a stationary working position.
- Not hoisting personnel and a separate material load simultaneously on the same crane.
Signal person requirements
OSHA 1926.1431(m)(2) requires a signal person to attend the lift when one is used. In many crane personnel platform operations a signal person is standard practice, maintaining continuous communication with the crane operator throughout the lift and visible to the operator or in direct radio contact. However, there are applications where a ground-based signal person cannot maintain line of sight with the operator — hoisting with a tower crane over long distances, lowering personnel into a shaft, or lifting into a confined structure such as a stack — and radio communication between the crew and the operator is used instead. Employers should plan for the specific communication method that fits the lift geometry and confirm it is tested and functional before the lift begins.
Employer responsibilities summarized
Taken together, an employer using man riding baskets is responsible for confirming that conventional access was genuinely infeasible, sourcing a platform that meets the structural requirements of 1926.1431(e), maintaining current proof-load and compliance documentation, using dedicated rigging that meets the hook and dedication requirements of 1926.1431(g), conducting the trial lift and pre-lift inspection at each new location, following the operational requirements of 1926.1431(k) during every lift, providing a qualified signal person.
For a complete walkthrough of these requirements organized by CFR subsection, with a full pre-lift checklist, see OSHA crane personnel platform compliance: what to get right.
Equipment that meets the standard from day one
Lifting Technologies has manufactured OSHA-compliant crane personnel platforms for over 30 years. We were the first manufacturer to produce a crane-suspended man basket that met OSHA’s requirements, and our platforms have been used in OSHA compliance training programs. Every platform ships with proof-load certification and an OSHA Certificate of Compliance as standard. Browse our Premier Series and Professional Series crane man baskets or contact us to discuss your application.
FAQs: Man riding basket OSHA requirements
Q1. What OSHA standard governs man riding baskets suspended from a crane?
OSHA 29 CFR 1926.1431 governs crane-suspended personnel platforms in construction. ASME B30.23 is also widely referenced by site safety programs in addition to OSHA. The standard covers when personnel hoisting is appropriate, platform structural requirements, proof-load testing, rigging, operational procedures, signal person requirements, and rescue planning.
Q2. Is a man riding basket required to be proof-load tested?
Yes. OSHA 1926.1431(j) requires proof-load testing at 125% of rated capacity before the platform enters service, performed in the presence of a qualified person and documented. Re-testing is required after any repairs or alterations.
Q3. Can a material basket be used as a man riding basket?
No. A platform used to hoist personnel must be designed, tested, and documented as a personnel platform under OSHA 1926.1431. Material platforms are engineered to a different set of standards and do not meet the structural and documentation requirements for personnel use.
Q4. What wind speed requires stopping a man riding basket lift?
OSHA 1926.1431(k)(8) requires that hoisting stop when wind speed would create unsafe conditions, with a qualified person determination required when conditions are in question. Many site safety programs apply 20 mph as the standard planning threshold.