The Distress Socket Signal Firing Station Locations Aboard Titanic

Similar documents
Murray s Boat Disengaging Gear

Water Pipes on Titanic s Funnels

The Difference in the Principal Dimensions of the Engelhardt Collapsible Boats of Titanic vs. Olympic

Trogear Bowsprit Through Hull Installation Manual

National Maritime Center

STRUCTURAL MEMBERS OF A SHIP. compartment stem frame beam bracket girder stern post hull angle bar stiffener

R/C'ing the Revell 1/72 GATO Class Static Submarine Kit, Part-14. A Report to the Cabal:

She Turned Two Points In 37 Seconds

Sidebar: Where to mount those high-watt panels

ARM 6.4 R/V ARMSTRONG SMALL BOAT OPERATIONS

COURSE OBJECTIVES CHAPTER 9

NAV-COM OFFICER PREP FOR SEA CHECKLIST

Specifications. Resin and Metal Parts Identification

CALLIOPE SEA SCOUT GROUP BASIC SAILING MANUAL

Rowing Terminology. The person at the starting dock who aligns the boats evenly for a fair start.

RUDDER KIT INSTRUCTIONS

Table 1. Sequence of bubble and dredging tests with prevailing tide stage and number of bucket cycles recorded for each test.

Jim, Measurements are in inches and for the straight and unobstructed top rail which is 1 5/8" in diameter.

RUDDER KIT INSTRUCTIONS

National Maritime Center

Chapter Twelve. Starting the rigging process

Unit 18 LEAVING THE DOCK

Tuning Guide January 2012

International Cadet Class Cadet Mark IV Specification Measurement Form 2010

Fig Frederick Barrett sees water coming from pass between boilers.

BARRIE ROWING CLUB. Have you completed the BRC Safety Quiz?

HOW TO RIG A CORMORANT

Stevenson Projects Building the Hull Top Deck and Bulkheads

What Height Are Titanic s Funnels? February 16, 2018

Below are the instructions to build a roller-furling unit for under $10. Read the entire process before beginning the project.

Unit 2 Review: Projectile Motion

Introduction to Rowing Lingo

Castle Class Corvette H.M.S. PORTCHESTER CASTLE 1943 Resin & Photo Etched Metal Kit in 1/350 scale

Thirty Seconds Lost?

New Evidence of the Possible Danger of Loading Titanic s Lifeboats to Capacity

Roles and Responsibilities of a Coxswain

Parts of the Ship. Terms you should already know

Sample file. Chapter 21. Lifeboats, Passengers, and Rockets. Titanic: An Illustrated History By: Don Lynch and Ken Marshall

Over Deck Control Lines V1

2014 Advantage Boating Sail Canada Basic Cruising Standard. Section III: Part B Safety Safety Guidelines and Avoiding Hazards

Practice Test: Vectors and Projectile Motion

Paper Tiger Catamaran International Association MEASUREMENT FORM

Note that this arming distance is not affected by the speed setting of your torpedoes.

Raider 16/Sport - Spinnaker Rigging. Rigging Spinnaker

Rules Practice Exam 11

Mental Calisthenics (22)

LIST OF NOTICES TO MARINERS 2017 CEN 308 RIDEAU CANAL AND OTTAWA RIVER, FIRST EDITION, 2003

NAUTICAL TERMINOLOGY

Installing a Tiller Pilot on a Double Ended Yacht

Chart Features Maritime maps and Admiralty charts have these features:

FEMA NATIONAL US&R RESPONSE SYSTEM INCIDENT MANAGEMENT SYSTEM TASK BOOK FOR THE POSITION OF. US&R Boat Operator. August 2016

Rule 26 - Fishing vessels

E Manual Self tacking system 30

Berkeley Island Marine Pre-Rental Instructions. If you do not have a

TRANSDUCER RESOURCE GUIDE EN_A

Rocket Activity Using Dependent and Independent Variables. Constructing the Rocket and Launch System Compressor (LSC)

Hypothermia is the Lowering of the Body Core Temperature

1.2 LIMITATIONS: Consider the following application limitations before using this equipment:

Rob Taylor Co-ordinator Technical and Offshore Department World Sailing Secretariat. February 07, Dear Rob,

Installation Instructions for your Winter Storage Cover

National Maritime Center

Stand-N-Fish FULL DETAIL INSTALLATION INSTRUCTIONS

REGULATION on life boats operated from land, No 123/1999 CHAPTER I. General provisions Article 1

Bladerider X8 Assembly Help Notes

Travel-Lift Operating Procedure. To that end, we would like to introduce the following procedure for HMPC lifting operations.

Ref Part Part # Qty Letter A Rudder Catcher B X 1/2 PH Bolts C Rudder Bracket

Homework Exercise to prepare for Class #2.

13 - Fishing Accessories - Bait Stations

Scope: This is the minimum required standard that applies to all basic boating courses in the U.S. states and territories and District of Columbia.

Visiting Lake Macquarie


Wrecking barge Petrus

MARINE ACCIDENT INVESTIGATION REPORT

Large container ships Builder s and operational risks John Martin, Managing Director, Gard (Singapore) Pte Ltd. 12 January 2016

a. 27 inches or 0.69 m above the surface of the compressed seat;

Mike Hungerford's notes on building Ron Caudillo's TOS Enterprise

On a calm day in open water check how the boat reacts at low speed. quick burst

Chapter 1 Boat systems

WIND CLIPPER KTS ILLUM SCALE INC DEC CLIPPER WIND SYSTEM

DISTRIBUTION: Electronic Recipients List TRANSMITTAL LETTER NO. (13-01) MINNESOTA DEPARTMENT OF TRANSPORTATION. MANUAL: Road Design English Manual

(PLEASE CONTACT YOUR LOCAL DEALER or CUSTOMER SERVICE FOR WARRANTY INFORMATION)

Activity Guidance Notes Answers to student booklet

Rules Practice Exam 14

J/70 Building Specification

a. On the centerline of the T-top b. On the aft starboard corner of the deck c. On the aft deck as close to centerline as possible

WINSAFE CORP. OPERATING AND MAINTENANCE INSTRUCTIONS GM184 TOP ACCESS END LOCK ANCHOR WAND

NCERT solution for Force and Pressure

ABC 3 SM Errata as of 15 July 2013

Rules of the Road. United States Power Squadrons USPS University

Tacking (sailing on port, tacking to starboard)

Sideshift SS230 Installation on a 2006 Bayliner 265SB

PUFF! Rocket Activity. Students will learn about rocket stability as they. Students will construct small indoor paper

Akcent-2 - Building Instructions

The True Confessions of Charlotte Doyle

A tennis player hits a ball at a height of 2.4 m. The ball has an initial horizontal velocity.

Welcome aboard, here are some of the basics and FAQs you ll want to know in Operating.

Index All you need to know

Planning and general precautions ithrust Tunnel Systems installations.

Dolly wheels in slot #8 for Boat #10.

Docking & Harbor Handling Techniques

Transcription:

The Distress Socket Signal Firing Station Locations Aboard Titanic by Bob Read, D.M.D. Introduction The purpose of this article is to show the firing station locations of the distress socket signals aboard Titanic. This is not a general discussion about the use of the rockets. A comprehensive treatment of this subject has already been written by Titanic researcher, Sam Halpern here: Signals of Distress - What Color Were They? I would highly recommend this excellent article for anyone wishing to study this subject in greater depth. Distress Signal Equipment The distress signals used aboard Titanic were manufactured by the Cotton Powder Company. The distress signals were contained within a brass tube. When needed, the signals were inserted into a matching socket from which they were launched. Figure 1 shows a period advertisement of this socket signal. The socket signal is inserted into a matching socket installed in a bulwark rail. To fire the signal a friction tube is inserted into a hole in the top of the socket signal. The friction tube is attached to a lanyard. To launch the signal, the friction tube is withdrawn from the socket signal. The action of the friction tube is similar to striking a match. Chemicals within the socket signal are ignited by the friction causing the socket signal to launch. Figure 1

The socket signals were stored near the firing stations. Figure 2 shows a photo from the Titanic wreck site of a box of unused distress socket signals. Figure 2 Regulations In 1897 the international Regulations Preventing Collisions at Sea were put into effect. Pertinent to this discussion is the excerpt from these regulations shown in Figure 3. Figure 3 The first pertinent part of this regulation states that the socket for firing the socket signals needs to be fixed at 20 degrees from vertical for safety reasons. The second pertinent part of the regulation states that there were to be two socket firing locations. One is to be forward and one aft on opposite sides of the ship. These two locations will be examined separately. Go to Next Page

The Forward Firing Location The forward firing location for the distress socket signals has been located through two sources. The first is the testimony of Titanic s fourth officer, Joseph Boxhall, before the British Wreck Commissioner s Inquiry. The pertinent part of the testimony is excerpted below: 15434. I do not know whether you can say with regard to the starboard boats at all whether there were any starboard boats on the Titanic at this time, or whether they had all gone? No I cannot say. In know the starboard emergency boat had gone some time, and they were working on the collapsible boats when I went, because I fired the distress signals from the socket in the rail just close to the bows of the emergency boat on the starboard side. Every time I fired a signal I had to clear everybody away from the vicinity of this socket, and then I remember the last one or two distress signals I sent off the boat had gone, and they were then working on the collapsible boat which was on the deck. With this information, a search of photographs of Titanic and her sister ship, Olympic, was undertaken. The only photo which was located was a photo of Olympic which was found and is shown in Figure 4 which has an arrow pointing to the top of a socket signal protruding from the socket in the rail forward of the emergency cutter on the starboard side. Figure 4

Figure 5 shows a plan view drawing of the starboard bulwark aft of the wing cab. The arrow points to the location of the signal socket. Figure 5 Figure 6 show an elevation cross sectional drawing of the bulwark looking forward from aft. Figure 6

The Aft Firing Location As per regulations, the second distress socket signal firing location was located aft on the port side. It was located on the port outboard end of the docking bridge. Since there was no wood rail atop the railings of the docking bridge, a special box was constructed to hold the signal socket. It was secured to the outer railings of the docking bridge. The box was designed so that the socket could be oriented at a 20 degree angle outboard from vertical. Figure 7 shows this box on the port side of Titanic s docking bridge. Figure7 Figure 8 shows a closer view of this box on Olympic. Figure 8

Figure 9 shows a drawing of a cross sectional elevation from forward looking aft. Figure 9 It should be noted that for reasons which are not entirely clear, the aft firing station of the distress socket signals was not used during the Titanic disaster. Summary This article has sought to clarify the location of the distress socket signal firing station. Both a forward and aft firing location were established per regulations. On the night of the Titanic disaster, only the forward firing station was employed.