Section
3 Verification requirements
3.1 Verification requirements
3.1.2 Where a designer offers a novel solution, an engineering safety and
justification report is to be submitted, see
Vol 1, Pt 1, Ch 2, 2.2 Definitions 2.2.20. The
engineering safety and justification report is to demonstrate how the proposed
solution will satisfy the functional requirements and performance requirements in
Vol 3, Pt 1, Ch 7, 1 Functional requirements and
Vol 3, Pt 1, Ch 7, 2 Performance requirements.
3.1.3 The Naval Administration may impose requirements additional to those in this
Chapter.
3.2 Submission requirements
3.2.1 The following documentation is to be submitted for design review;
- General Arrangement Plan: A general arrangement plan of
the parent vessel showing the following information:
- position of each boat, watercraft, embarkation,
transfer and recovery station;
- the tasks to be carried out at each station; and
- position of conning, control and observation positions.
- Local Arrangement Plans: Local arrangement plans for
each boat, watercraft, embarkation and recovery station showing the
following information (as applicable):
- boat or watercraft position (stowed, embarked, turned
out, alongside);
- control position and fields of view;
- observation positions and fields of view;
- lifesaving appliances and safety equipment;
- fire-fighting appliances;
- maintenance facilities;
- equipment lockers;
- re-fueling, water, compressed air, and general
electrical arrangements;
- launch and recovery appliances;
- securing arrangements (onboard or alongside);
- fendering arrangement;
- painter arrangements and tending locations;
- embarkation and recovery arrangements and equipment;
- crew protection arrangements (rails, temporary barriers,
attachment points);
- lighting arrangements (inboard, over the side, dark
adaption);
- conning arrangements (CCTV, communications, go/no-go
indication);
- transfer routes (stores, personnel, liquids); and
- adjacent shell openings, appendages and discharges in
way.
- System Operational Concept: A System Operational Concept
for the operation and interfacing of boats, watercraft and waterborne craft
that details the capability and functionality under defined operating and
reversionary conditions. The System Operational Concept is to be agreed
between the designers and Owners and is to include (as applicable):
- The particulars of each boat or permanently embarked
watercraft intended to be assigned to the vessel; including
dimensions, weight, capacity, function and certification standards.
- The design parameters for waterborne craft intended to
be temporarily carried or operated alongside; including length,
weight, freeboard, securing arrangements, embarkation position.
- Details of all launch and recovery appliances;
including Safe Working Load (SWL), design margins, design standards,
operating limitations, additional factors of safety, modes of
operation, operating angles.
- Details of all launch, embarkation, transfer and
recovery equipment to be used, including safe combinations,
certification standards, SWL.
- Plans showing each proposed combination of equipment,
fully rigged, at varying stages of deployment for each station.
- Details of the range of ship's speeds, sea and
environmental conditions under which each boat or watercraft
operation may be undertaken.
- Details of control, monitoring and communication
facilities required to conduct boat operations.
- Details of arrangements for operations in darkness.
- Manning requirements.
- Identification of defined transverse requirements for
the parent vessel as applicable to the boat, watercraft or
associated equipment, e.g. shock, high/low temperature
operations.
- Integration Assessment Report: An assessment of
suitability demonstrating that the boats and permanently embarked watercraft
intended to be operated are compatible with the stowage arrangements, launch
and recovery equipment and operating conditions proposed for the parent
vessel. See
Vol 3, Pt 1, Ch 7, 5.2 Boat specification.
- Hydrodynamics/Sea-keeping Reports: A report showing that
the position of each boat, watercraft, embarkation, transfer or recovery
station has been appropriately sited to allow for operations in the range of
defined operating conditions; including during preparation, operation and
whilst boats and watercraft are waterborne alongside.
- Risk Assessment Report: A report showing that operational
hazards associated with the use of boat stations during boat operations have
been identified and once identified, managed to ensure that risks to
personnel are minimised; see
Vol 2, Pt 1, Ch 3, 18 Risk Assessment (RA).
- Testing and trials procedures: A schedule of testing and
trials to demonstrate that systems and arrangements are capable of operating
as described in the System Operational Concept. The testing and trials
procedures are to include details of through life annual survey and load
testing which includes the periodicity of load testing for different items
of equipment.
- Operator Guidance: Operator Guidance is to be provided in
accordance with Vol 3, Pt 1, Ch 7, 9 Operator guidance and information and submitted to LR for information.
3.3 Survey and test requirements
3.3.1 Initial inspection, testing and trials are to be carried out to LR’s satisfaction to
demonstrate that arrangements, systems and equipment operate and function as stated
in the System Operational Concept.
3.3.2 The suitability of the launch and recovery equipment shall be
demonstrated during trials in accordance with Vol 3, Pt 1, Ch 7, 5.9 Launch and recovery appliances 5.9.2; however, confirmation of the required performance in the full
range of required operations shall be provided by the Owner at the first Annual
Survey.
3.3.5 Any changes to the designations or classes of boats or permanently fitted watercraft
associated with the BOATS notation are to be submitted to LR for review. The
validity of certification for boats or watercraft permanently fitted onboard is to
be verified as a part of the Annual Survey, however the survey of these is outside
the scope of the BOATS notation.
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