Transport Publication TP 13313 E
- Table of Contents
- Introduction
- Definitions
- Application
- Construction and Structural Strength
- Stability
- Freeboard and Freeboard Marking
- Watertight &Watertight Integrity
- Water Freeing Arrangements
- Bilge Systems
- Fluid Systems
- Machinery
- Electrical Systems
- Steering Gear
- Fire Safety
- Life Saving and Emergency Equipment
- Communication Equipment
- Navigation Equipment
- Anchors and Cables
- Miscellaneous Marine Equipment
- Accommodation
- Protection of Personnel
- Appendix A: Sample Stability Information Booklet
- Section 1: Operational Information
- Section 2: Technical Data and Loading Conditions
- Section 3: Reference Information
A 1 General Particulars
- Ship's name
- Official Number¹
- Port of Registry¹
- Owner's Name and Address
- Class²
- Builder
- Date Construction Started
- Dimensions
A 2 Arrangement of Sections
This booklet is arranged in sections so that the most essential matters are brought to the user's attention first.
Section 1- Operational Information This section contains guidance intended to ensure that the level of stability may be judged with reference to a recomrnended maximum steady angle of heel to prevent downflooding in gusts and squalls.
Section 2 - Technical Data and Loading Conditions This section details the loading conditions upon which the recommended heeling angles are based.
Section 3 - Reference Information This section contains basic information which is necessary for the calculations in Sections 1 and 2. It is not necessary for the skipper to refer to this part but the Beaufort scale and the metric/imperial conversion table may be useful.
¹ These only apply if the vessel is registered.
² If standard design.
³ Depth is measured form dect at side to underside of keel amidships or to bottom of canoe body where a fin keel is fitted.
4 Where a fin keel is fitted, draught should be presented to the underside of keel and to the underside of canoe body