International Code of Safety for High-Speed Craft HSC CODE 2000  

Instructions for the Guidance of Surveyors

An executive agency of

London: TSO

AMENDMENT SHEET

Amendment No:   02

Contents                                                Pages                                     Revision Status                                       
Contents All 06/09
Objective of Instruction All 06/09
General Guidance All 06/09
Preamble All 06/09
Chapters Pages Revision Status
1 All 06/09
2 All 06/09
3 All 06/09
4 All 06/09
5 All 06/09
6 All 06/09
7 All 06/09
8 All 06/09
9 All 06/09
10 All 06/09
11 All 06/09
12 All 06/09
13 All 06/09
14 All 06/09
15 All 06/09
16 All 06/09
17 All 06/09
18 All 06/09
19 All 06/09
Annexes Pages Revision Status
1 All 06/09
2 All 06/09
3 All 06/09
4 All 06/09
15 All 06/09
6 All 06/09
7 All 06/09
8 All 06/09
9 All 06/09
10 All 06/09
11 All 06/09
12 All 06/09
Appendices Pages Revision Status
A All 06/09
B All 06/09
C All 06/09
D All 06/09
E All 06/09
F All 06/09

Click here to download a complete copy of International Code of Safety for High-Speed Craft HSC CODE 2000 Instructions for the Guidance of Surveyors (PDF Adobe Acrobat PDF Document Icon 2.03 MB)

CONTENTS
   Objective of Instruction
   General Guidance
   Preamble

   CHAPTER 1 - GENERAL COMMENTS AND REQUIREMENTS
       1.1    General comments
       1.2    General requirements
       1.3    Application
       1.4    Definitions
       1.5    Surveys
       1.6    Approvals
       1.7    Maintenance of conditions after survey
       1.8    High-Speed Craft Safety Certificate
       1.9    Permit to Operate High-Speed Craft
       1.10    Control
       1.11    Equivalents
       1.12    Information to be made available
       1.13    Further developments
       1.14    Circulation of safety information
       1.15    Review of the Code
   CHAPTER 2 - BUOYANCY, STABILITY AND SUBDIVISION
       Part A - General
           2.1    General
           2.2    Intact buoyancy and watertight and weathertight integrity
           2.3    Intact stability in the displacement mode
           2.4    Intact stability in the non-displacement mode
           2.5    Intact stability in the transitional mode
           2.6    Buoyancy and stability in the displacement mode following damage
           2.7    Inclining and stability information
           2.8    Loading and stability assessment
           2.9    Marking and recording of the design waterline
       Part B - Requirements for passenger craft
           2.10    General
           2.11    Intact stability in the displacement mode
           2.12    Intact stability in the non-displacement mode
           2.13    Buoyancy and stability in the displacement mode following damage
           2.14    Inclining and stability information
       Part C - Requirements for cargo craft
           2.15    Buoyancy and stability in the displacement mode following damage
           2.16    Inclining
   CHAPTER 3 - STRUCTURES
       3.1    General
       3.2    Materials
       3.3    Structural Strength
       3.4    Cyclic loads
       3.5    Design criteria
       3.6    Trials
   CHAPTER 4 - ACCOMMODATION AND ESCAPE MEASURES
       4.1    General
       4.2    Public address and information systems
       4.3    Design acceleration levels
       4.4    Accommodation design
       4.5    Seating construction
       4.6    Safety belts
       4.7    Exits and means of escape
       4.8    Evacuation time
       4.9    Baggage, stores, shops and cargo compartments
       4.10    Noise levels
       4.11    Protection of the crew and passengers
   CHAPTER 5 - DIRECTIONAL CONTROL SYSTEMS
       5.1    General
       5.2    Reliability
       5.3    Demonstrations
       5.4    Control position
   CHAPTER  6 - ANCHORING, TOWING AND BERTHING
       6.1    General
       6.2    Anchoring
       6.3    Towing
       6.4    Berthing
   CHAPTER 7 - FIRE SAFETY
       Part A - General
           7.1    General requirements
           7.2    Definitions
           7.3    Classification of space use
           7.4    Structural fire protection
           7.5    Fuel and other flammable fluid tanks and systems
           7.6    Ventilation
           7.7    Fire detection and extinguishing systems
           7.8    Protection of special-category spaces and ro-ro spaces
           7.9    Miscellaneous
           7.10    Firefighter’s outfits
       Part B - Requirements for passenger craft
           7.11    Arrangement
           7.12    Ventilation
           7.13    Fixed sprinkler system
       Part C - Requirements for cargo craft
           7.14    Control station
           7.15    Cargo spaces
           7.16    Fixed sprinkler system
       Part D – Requirements for craft and cargo spaces intended for the carriage of dangerous goods
           7.17    General
   CHAPTER 8 - LIFE-SAVING APPLIANCES AND ARRANGEMENTS
       8.1    General and definitions
       8.2    Communications
       8.3    Personal life-saving appliances
       8.4    Muster list, emergency instructions and manuals
       8.5    Operating instructions
       8.6    Survival craft stowage
       8.7    Survival craft and rescue boat embarkation and recovery arrangements
       8.8    Line-throwing appliance
       8.9    Operational readiness, maintenance and inspections
       8.10    Survival craft and rescue boats
       8.11    Helicopter pick-up areas
   CHAPTER 9 - MACHINERY
       Part A - General
           9.1 General
           9.2 Engine (general)
           9.3 Gas turbines
           9.4 Diesel engines for main propulsion and essential auxiliaries
           9.5 Transmissions
           9.6 Propulsion and lift devices
       Part B - Requirements for passenger craft
           9.7 Independent means of propulsion for category B craft
           9.8 Means for return to a port of refuge for category B craft
       Part C - Requirements for cargo craft
           9.9 Essential machinery and control
   CHAPTER 10 - AUXILIARY SYSTEMS
       Part A - General
           10.1 General
           10.2 Arrangement of oil fuel, lubricating oil and other flammable oil
           10.3 Bilge pumping and drainage systems
           10.4 Ballast systems
           10.5 Cooling systems
           10.6 Engine air intake systems
           10.7 Ventilation systems
           10.8 Exhaust systems
       Part B - Requirements for passenger craft
           10.9 Bilge pumping and drainage systems
       Part C - Requirements for cargo craft
           10.10 Bilge pumping systems
   CHAPTER 11 - REMOTE CONTROL, ALARM & SAFETY SYSTEMS
       11.1    Definitions
       11.2    General
       11.3    Emergency controls
       11.4    Alarm system
       11.5    Safety system
   CHAPTER 12 - ELECTRICAL INSTALLATIONS
       Part A - General
           12.1 General
           12.2 Main source of electrical power
           12.3 Emergency source of electrical power
           12.4 Starting arrangements for emergency generating sets
           12.5 Steering and stabilization
           12.6 Precautions against shock, fire and other hazards of electrical origin
       Part B - Requirements for passenger craft
           12.7 General
       Part C - Requirements for cargo craft
           12.8 General
   CHAPTER 13 - NAVIGATIONAL EQUIPMENT
       13.1    Navigation (general)
       13.2    Compasses
       13.3    Speed and distance measurement
       13.4    Echo-sounding device
       13.5    Radar installations
       13.6    Electronic positioning systems
       13.7    Rate-of-turn indicator and rudder angle indicator
       13.8    Nautical charts and other nautical publications
       13.9    Searchlight and daylight signalling lamp
       13.10    Night vision equipment
       13.11    Steering arrangement and propulsion indicator(s)
       13.12    Automatic steering aid (automatic pilot equipment)
       13.13    Radar reflector
       13.14    Sound reception system
       13.15    Automatic identification system
       13.16    Voyage data recorder
       13.17    Approval of systems, equipment and performance standards
   CHAPTER 14 – RADIOCOMMUNICATIONS
       14.1    Application
       14.2    Terms and definitions
       14.3    Exemptions
       14.4    Global Maritime Distress and Safety System Identities
       14.5    Functional requirements
       14.6    Radio installations
       14.7    Radio equipment: general
       14.8    Radio equipment: sea area A1
       14.9    Radio equipment: sea areas A1 and A2
       14.10    Radio equipment: sea areas A1, A2 and A3
       14.11    Radio equipment: sea areas A1, A2, A3 and A4
       14.12    Watches
       14.13    Sources of energy
       14.14    Performance standards
       14.15    Maintenance requirements
       14.16    Radio personnel
       14.17    Radio records
       14.18    Position-updating
   CHAPTER 15 - OPERATING COMPARTMENT LAYOUT
       15.1    Definitions
       15.2    General
       15.3    Field of vision from the operating compartment
       15.4    Operating compartment
       15.5    Instruments and chart table
       15.6    Lighting
       15.7    Windows
       15.8    Communication facilities
       15.9    Temperature and ventilation
       15.10    Colours
       15.11    Safety measures
   CHAPTER 16 - STABILIZATION SYSTEMS
       16.1    Definitions
       16.2    General requirements
       16.3    Lateral and height control systems
       16.4    Demonstrations
   CHAPTER 17 - HANDLING, CONTROLLABILITY & PERFORMANCE
       17.1    General
       17.2    Proof of compliance
       17.3    Weight and centre of gravity
       17.4    Effect of failures
       17.5    Controllability and maneuverability
       17.6    Change of operating surface and mode
       17.7    Surface irregularities
       17.8    Acceleration and deceleration
       17.9    Speeds
       17.10    Minimum depth of water
       17.11    Hard structure clearance
       17.12    Night Operation
   CHAPTER 18 - OPERATIONAL REQUIREMENTS
       Part A - General
           18.1    Craft operational control
           18.2    Craft documentation
           18.3    Training and qualifications
          18.4    Manning of survival craft and supervision
           18.5    Emergency instructions and drills
       Part B - Requirements for passenger craft
           18.6    Type rating training
           18.7    Emergency instructions and drills
       Part C - Requirements for cargo craft
           18.8    Type rating training
  CHAPTER 19 - INSPECTION & MAINTENANCE REQUIREMENTS
       Annex 1    Form of High-Speed Craft Safety Certificate and Record of Equipment
       Annex 2    Form of Permit to Operate High-Speed Craft
       Annex 3    Use of probability concept
       Annex 4    Procedures for failure mode and effects analysis
       Annex 5    Ice accretion applicable to all types of craft
       Annex 6    Stability of hydrofoil craft
       Annex 7    Stability of multihull craft
       Annex 8    Stability of monohull craft
       Annex 9    Definitions, requirements and compliance criteria related to operational and safety performance
       Annex 10    Criteria for testing and evaluation of revenue and crew seats
       Annex 11    Open reversible liferafts
       
Annex 12    Factors to be considered in Determining Craft Operating Conditions
       Appendix A    EU Marine Equipment Directive.
       Appendix B    Recognized Classification Societies – List thereof
       Appendix C    Guidance on application of Stockholm Agreement
       Appendix D    Risk Assessment of the Passage Plan
       Appendix E    Resolution MSC.97(73) -Adoption of the International Code of Safety for High-Speed Craft (2000)
       
Appendix F    Resolution MSC.222(82) - Adoption of amendments to the International Code of Safety for High-Speed Craft (2000)

Objective of Instruction
These Instructions are issued by the Maritime and Coastguard Agency, an Executive Agency of the Department of Environment, Transport and Region for the guidance of marine surveyors in the surveying of High-Speed Craft for the purpose of the Merchant Shipping (High Speed Craft) Regulations 2004 (as amended), which replaces the 1996 Regulations.  They indicate to the designers, shipbuilders, shipowners and others the procedure which the United Kingdom adopts for the survey and acceptance of the structure, systems, fittings, arrangements and materials for High-Speed Craft as well as the condition under which the High-Speed Craft Safety Certificate, UK High Speed Craft Safety Certificate and the Permit to Operate High-Speed Craft are issued.

These Instructions contain all the available policy papers, interpretations of the 2000 HSC Code and guidelines for HSC. The following format for this publication is adopted:

The text of the 2000 HSC Code is shown in plain text on a clear background.

The guidance and instructions to the 2000 HSC Code are shown in italic font within a grey shaded panel.

Requirements additional to but not part of the 2000 HSC Code are shown within a plain box.

General Guidance
This Guidance Document is intended for use with the 2000 HSC Code and is parallel to the guidance notes relating to the 1994 HSC Code.

The HSC Code 2000 refers to the International Code of Safety for High Speed Craft 2000, adopted by MSC.97(73) and amended by MSC.119(74).

The HSC Code 1994 refers to the International Code of Safety for High Speed Craft 1994, adopted by MSC.36(63) and amended by MSC.119(74) and MSC/Circ.1057.

The DSC Code refers to the Code of Safety for Dynamically Supported Craft  implemented by Res. A.373(X) and amended by MSC.37(63) (up to MSC.69(69) amendments to SOLAS) and MSC/Circ.1057.

Procedures
In all cases, owners and operators should contact the Agency at the earliest possible stage. To make a preliminary assessment of a craft, and in line with the provisions of the 2000 HSC Code, the Agency will require

  • general arrangement drawings
  • guidelines for design and construction
  • technical specifications; and,
  • equipment details.

Early contact will enable the Agency to evaluate a design quickly and determine what additional or alternative requirements may be appropriate to underpin safety. The Agency’s Director of Operations will act as the first point of contact. The Director will inform the relevant Marine Office and the appropriate Regional Surveyor-in-Charge, who will nominate a Lead Surveyor as the link between the MCA and the operator. All communications with the MCA should then be channelled through the Lead Surveyor, who will have direct responsibility for design approval and assessment of manuals and surveys in accordance with the standards set out in the Agency’s Code of Practice. On receiving details of the craft, together with the proposed operational limits, the Lead Surveyor will arrange an early meeting to establish:-

  • the plans required
  • the extent to which the 2000 HSC Code will be applied; and,
  • the estimated total fee, based on the Agency’s charges as set out in the latest Merchant Shipping (Fees) Regulations.

The Agency will provide a fees estimate against a detailed craft specification, together with an outline build and trials programme. Alternatively, the MCA can provide a fee estimate for the plan approval stage and a separate fee estimate later for the construction surveys and trials. Treasury rules require the MCA to request (a deposit of) fees before any work commences.

To avoid delay or alterations to the craft, information should be submitted to the Agency at an early stage of planning and design, and the craft should be made available to the Agency in sufficient time to enable a detailed survey to be carried out.

New UK Registered Craft
A craft intended for use on international voyages must comply fully with the 2000 HSC Code, as well as any other international requirements. In addition, the Agency will need to be satisfied that the craft will adequately withstand environmental conditions throughout its intended operating envelope. All equipment must be to the satisfaction of the Lead Surveyor, who will, where appropriate, apply IMO, ISO or IEC standards. Where required by legislation, particular items of equipment must be type approved.

Most craft intended for use on domestic voyages, will also be expected to comply with the 2000 HSC Code, under the provisions of EU Directive 98/18/EC. The Agency will determine the extent to which the Code should be applied on a craft-by-craft basis.

The MCA will issue an HSC Safety Certificate to craft on international voyages, and a UK HSC Safety Certificate for craft on domestic voyages. Certificates will be valid for 5 years, subject to satisfactory annual surveys. MCA surveyors will undertake renewal surveys and the re-issue or endorsement of certificates on a full cost recovery fees basis.

The MCA will also issue a Permit to Operate (POHSC) for each craft, valid for a maximum of 12 months, subject to the parallel validity of the HSC Safety Certificate. A new Permit will be necessary to take account of any alterations to the craft or changes to its operation and also on expiry of the existing Permit to Operate.

New Non-UK Registered Craft
As the Port State administration, the Agency should be fully consulted on design, construction, and operational conditions. The procedure will be the same as with UK flag craft, although the relevant Flag State will also be involved. All equivalent or alternative safety arrangements agreed or accepted by the Flag State or Classification Societies must also be presented by the operator to the MCA for approval.

Craft must comply with the International Conventions and the 2000 HSC Code. In addition, the Agency will need to be satisfied that the craft is suitable for its intended service.

The MCA may also be asked to act on behalf of another Administration and undertake surveys and issue certificates for a craft operating in UK waters. In these cases, the Lead Surveyor will treat the craft as if it was registered in the UK.

The Risk assessment of the passenger plan (and associated training) applies to these vessels. See 18.1.3, 18.3.2 and Appendix D.

Existing Craft Joining the UK Register
In general, existing craft coming onto the UK register will be required to satisfy the requirements of the 2000 HSC Code, the 1994 HSC Code or the Dynamically Supported Craft (DSC) Code as applicable at the date of its original construction. Where a craft has been the subject of repairs, alterations or modifications of a “major character”, the provisions of the amended Chapter X of SOLAS should be applied. The following repairs, alterations and modifications should be recognized as being of a “major character”:

  1. any change that substantially alters the dimensions of a high-speed craft
    Example: Lengthening by adding new mid-body of a DSC Code Vessels done after 1 July 2002; new mid-body should comply with 2000 HSC Code;
  2. any change that substantially alters the passenger accommodation
    Example: Vehicle deck of a 1994 HSC Code Vessel done after 1 July 2002converted to passenger accommodation; new accommodation should comply with the 2000 HSC Code; and
  3. any change that substantially increases the service life of a high-speed craft
    Example: Renewal of passenger accommodation on one entire deck of a DSC Code Vessel done between I January 1996 and end June 2002 ; renewed accommodation should comply with the 1994 HSC Code.

In addition to the above procedure, operators of existing craft coming onto the UK register must supply the Agency with copies of all relevant survey and test reports of the equipment required by the Dynamically Supported Craft (DSC) or 1994 or 2000 HSC Codes. This will allow the Agency to make an initial assessment of safety standards.

When the craft and its equipment cannot fully comply with the 2000 HSC Code, it must comply with the SOLAS Convention with exemptions in line with the DSC Code. The Agency must be satisfied that the craft is suitable for its intended service. The craft must undergo an initial survey by an MCA surveyor to assess the level of compliance with the appropriate international requirements.

If the craft is an existing DSC Code Vessel and new to a UK operation and only operating on a domestic service then reference should be made to the Community Directive 98/18/EC as amended (2002/25/EC) “Safety requirements for new and existing passenger ships engaged on domestic voyages”

Existing UK Registered Craft
Existing craft built to the requirements of the DSC Code have been certificated under the Class II and IV Passenger Certification arrangements. This practice has now ceased. Those craft and hovercraft are issued instead with a DSC Safety Certificate, a Record of Equipment and a Permit to Operate.

Exemptions, Alternatives and Equivalents
All craft constructed between 1 January 1994 and 1 July 2002 must comply with the provisions of the 1994 HSC Code. All craft constructed on or after 1 July 2002 must comply with the provisions of the 2000 HSC Code (Chapter X of SOLAS, as amended). The Codes must be applied in their entirety and no exemptions are allowed, except for Radio communications (Chapter 14, para 14.3). However, the MCA will consider alternative provisions and equipment which offer a demonstrated equivalent level of safety, as required by the HSC Codes (Chapter 1, para 1.11). All agreed alternatives and equivalents for craft engaged on international voyages will be reported to IMO.

Where a craft constructed before 1 January 1996 complies with the DSC Code, which demonstrates an ability to operate at an acceptable level of safety when engaged on restricted voyages, under restricted operational weather conditions, and with approved maintenance and supervision, the MCA will grant the necessary exemptions from SOLAS.

Hovercraft.
Where the special characteristics of hovercraft (ACVs) cause difficulty with demonstrating full compliance with the 2000 HSC Code, the MCA will give consideration to the application of specific aspects of the British Hovercraft Safety Requirements as offering an equivalent level of safety.

As per the Hovercraft Act (S.I. 1972 No. 674, as amended) any hovercraft engaged in commercial activities and hovercraft over 1000kg or those used for reward should be registered and have a safety certificate and a permit to operate. The MCA have not delegated any hovercraft work.

The MCA do not deal with small two seater private hovercraft, nor home-made hovercraft.

Safety certificate – A hovercraft registered in the UK must not be used unless a Safety Certificate is in force. A Safety Certificate will be issued after completion of an initial or renewal survey to hovercraft which comply with the provisions of the 1994 or 2000 HSC Code (built after January 1996, as appropriate) or DSC Code before that date, (the British Hovercraft Safety Requirements BHSR, are considered as equivalent). All equipment must be to the satisfaction of the Lead Surveyor, who will, where appropriate, apply IMO, IS or IEC Standards.

Permit to Operate – A hovercraft registered in the UK must not operate commercially unless a Permit to Operate, setting out the safety limitations and conditions imposed on its operation, is issued and is valid in addition to the Safety Certificate. A Permit will be issued by the Lead Surveyor and will be valid for a period not exceeding 12 months.

Before a Permit can be issued, the following documents shall be submitted by owners or operators to the Lead Surveyor

  • a statement from the relevant Harbour Authorities and/or borough Council to confirm that the local authorities have agreed with the arrangements made by the operators (e.g. noise pollution, air pollution, respect for other beach and water users, etc.)
  • a statement from the local rescue co-ordination centre (MRCC/SC) of HM Coastguard that they are satisfied with the arrangements scenarios in place to deal with reasonable, foreseeable emergencies, and Search and Rescue scenarios.
  • The risk assessment of the passage plan applies to high speed craft and noise should be considered.

Delegation

Hull and machinery surveys are effectively authorized to Class in the same way as other passenger ships. Where this work has been carried out by Class a partial declaration should be documented. Refer to the Instructions to Surveyors Survey and Certification Policy. Generally, all plan approval, operational procedures, exemptions and equivalencies will be dealt with directly by the MCA.

The Agency will issue relevant certificates and carry out surveys directly related to SOLAS requirements, although there could be some limited appointments on a case-by-case basis of other Certifying Authorities to conduct certain survey work. The extent of the Classification Societies’ involvement should be discussed at the initial assessment. Once plans are approved, then further builds to the same design will not require additional plan approval – the sister ship principle will apply.

Important Note
Please note that an HSC should only operate within an envelope that delivers a suitable safety margin at all times. Within this safety culture, if a craft encounters more adverse weather than that forecast, it can complete its voyage at a reduced speed while staying within the critical design conditions. The same would not be true for a craft departing with a compressed safety margin (window of opportunity) which contradicts the underlying principle of the HSC Code. The whole HSC Code philosophy is based on operational limitations management and reduction of risk – that is what distinguishes them from conventional ships. Allowing HSC to put to sea in all weather conditions without a reasonable safety margin would undermine that fundamental philosophy.

Documentation
The 2000 HSC Code calls on Administrations to ensure that craft are provided with adequate information and guidance in the form of technical manuals to enable safe operation and maintenance. The Agency achieves this through an assessment of the available information and guidance, and through the application of the International Safety Management (ISM) or Domestic Safety Management Codes.

The following list shows the documents required by a craft although some of these documents may not be needed for craft on domestic voyages by virtue of exemptions:

DOCUMENTS

Certificate of Registry
Safety Certificate
Permit to Operate
Tonnage Certificate
Tonnage Exemption Certificate
Load Line Certificate
Load Line Exemption Certificate &
SOPEP
Safety Management Certificate
SMC Document of Compliance
Document of Compliance 2, Stockholm
Agreement , if applicable #
Radio Certificate

Minimum Safe Manning Certificate / Muster List
Intact and Damaged Stability Booklet
Craft Operating Manual (see Chapter 18)
Route Operational Manual (see Chapter 18)
Company Emergency Procedure Manuals
Cargo Securing Manual (see Chapter 18)
Training Manual (see Chapter 18)
Maintenance and Servicing Manual (see Chapter 18)

UK FLAG CRAFT

MCA
MCA
MCA
Class
MCA
Class
MCA
MCA
MCA
MCA
MCA

Appropriate Certifying Authority
MCA
MCA
MCA
MCA
Operator
MCA
MCA
MCA

FOREIGN CRAFT

Flag State
Flag State* +
Flag State+
Flag State*

Flag State*

Flag State*
Flag State*+
Flag State*+
Flag State+

Flag State*

Flag State+
Flag State*
Flag State*
Flag State*
Operator
Flag State*
Flag State*
Flag State*

Notes:

* A Classification Society may act on behalf of the Administration.

+ MCA may be asked to act on behalf of the Administration.

# Stockholm Agreement, otherwise known as: Agreement Concerning Specific Stability Requirements for Ro-Ro Passenger Ships Undertaking Regular Scheduled International Voyages Between or To or From Designated Ports in North West Europe and the Baltic Sea.

& Refer to MSC/Circ.1028.