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Gannet Electronics
Gannet Electronics A Summary of the Electronic Equipment Fitted to early Model R.A.N Gannet A.S.1 Aircraft Prepared by David Mowat Ex-L.R.E.M.(A) 21st. August 2003 Page 1 Page 2 GANNET ELECTRONIC EQUIPMENT Introduction The ‘Heart’ of the Gannet as a Weapons System was its Electronic Equipment. It contained a comprehensive range of electronic equipment to enable it to perform the various roles for which it was designed. Its Primary Role was to detect, locate, and destroy enemy submarines. For this Role, the Aircraft was fitted with a Search Radar and Sonobuoy Systems. Other electronic systems were also installed for Communications, both internal and external, and Navigation. The various equipments were allocated an ‘Aircraft Radio Installation’ (ARI) number, which specified the actual equipment used in each installation. These may vary between aircraft depending on the role that the particular aircraft was to perform. A cross- reference List of ARI’s is shown at Appendix ‘A’. The various equipments can be grouped into four major categories as follows: a.! Communications b.! Navigation c.! Warfare Systems d.! Stores Communications Equipment The Communications Equipment was used to enable the crew to talk to each other (internal communications) and other aircraft, ships or bases (external communications). They are as follows: a.! Audio Amplifier Type A1961 The Type A1921 was used to amplify the Microphone outputs from the three crew members and feed it back into the earphones. It was located on the port side of the rear cockpit at about seat height just forward of the Radio Operator. -
19750827-0 DC-3 5Y-AAF.Pdf
1 CAV/ACC/24/75 ACCIDENT IUVESTIGATION BRANCH CIVIL AIRCRAFT ACCIDEiiT Report on the Accident to Douglas DC-3 Aircraft Registration number 5Y-AAF which occurred on the 27th August,1975 At 0922 hours, at Mtwara Airport, Tanzania. E A S T A F R I CAN C 0 M M U NIT Y AOCIDEwr REPORT AOCIDE:~T INVESTIGATIOn BRAl'WH 'CIVIL ACCIDENT REPORT CAV/ACC/24/75 AIRCRAFT TYPE 8; HEGISTRATION: Douglas DC-::- 5Y-l~ ENGINE: Pratt & \filii tney R1830-90D REGISTERED OWlIJ]~R & OPERATOR: East African Airways Corporation, P.O. Box 19002, NAIROBI, Kenya. CREVf: CAPTAIN Gabriel Sebastian Turuka ) ) Uninjured FIJ:1ST OFFICER Steven Robert Wegoye ) PASSENGER: Sixteen - Uninjured. PLACE OF ACCIDEHT: ~,1twara Airport, Tanzania. DATE AND T1MB: 27th August, 1975, 0922 hours. ALL rrU'lES IN THIS REPORT ARE G.1VI. T. SUMMARY The aircraft was operating East African Airways Service flight number EC037 from Dar es Salaam to Nachingmea with an unscheduled refuelling stop at I1twara with 3 crew and 16 passengers on board. The flight from Dar es Salaam was uneventful and an approach and landing was made onto runway 19. After touch down the aircraft swung to the left and then to the right, after which it left the runway where both main landing gear assys collapsed causing substantial daLage to the centre section and nacelle structure. The report concludes that the most probable cause of the accident was the failure of the pilot to initiate corrective action to prevent the aircraft from turning off the runway. 1.1 HISTORY OF THE FLIGHT: The aircraft departed Dar es Salaam with three crew and 16 passengers. -
Drivetrain 17 36 30 30 31 32 32 33 35 37 38 39 39 40 40 41 41 41 41 41 40 36-40
B Drivetrain ............................... 18 to 41 Drivetrain Struts Main .............................................................................18-19 Self-aligning gland type (with space) ................................. 30 Intermediate ...................................................................... 18 Heavy duty ..................................................................... 30 Sailboat ............................................................................. 19 Studs .................................................................................. 31 Port and starboard ............................................................ 20 Tournament (with space) ................................................ 32 Vee .................................................................................... 21 Self-aligning gland type (without space) ............................ 32 Universal ........................................................................... 21 Spud type Adjustable ....................................................................22-23 Tournament water cooled ............................................... 33 Cut off type ..................................................................... 22 Right hand thread ........................................................... 35 Swivel type ..................................................................... 23 Shaft logs..........................................................................36-40 Strut bolts ............................................................................. -
Bureau of Air Safety Investigation Report Basi
BUREAU OF AIR SAFETY INVESTIGATION REPORT BASI Report B/916/1017 Bell 214ST Helicopter VH-HOQ Timor Sea Latitude 12° 30' south Longitude 124° 25' east 22 November 1991 Bureau of Air Safety Investigation /i.:V Transport and Healonaf Development Department of Transport and Communications Bureau of Air Safety Investigation ACCIDENT INVESTIGATION REPORT B/916/1017 Bell 214ST Helicopter VH-HOQ Timor Sea Latitude 12° 30' south Longitude 124° 25' east 22 November 1991 Released by the Director of the Bureau of Air Safety Investigation under the provisions of Air Navigation Regulation 283 Bureau of Air Safety Investigation When the Bureau makes recommendations as a result of its investigations or research, safety, (in accordance with our charter), is our primary consideration. However, the Bureau fully recognises that the implementation of recommendations arising from its investigations will in some cases incur a cost to the industry. Consequently, the Bureau always attempts to ensure that common sense applies whenever recommendations are formulated. BASI does not have the resources to carry out a full cost- benefit analysis of every recommendation. The cost of any recommendation must always be balanced against its benefits to safety, and aviation safety involves the whole community. Such analysis is a matter for the CAA and the industry. ISBN 0642 193959 June 1993 This report was produced by the Bureau of Air Safety Investigation (BASI), PO Box 967, Civic Square ACT 2608. The Director of the Bureau authorised the investigation and the publication of this report pursuant to his delegated powers conferred by Air Navigation Regulations 278 and 283 respectively. -
Delta Doo Dah: Season of Change, 2015
DELTA DOO DAH 7 At the end of last year's Delta Doo Dah feature story, we promised big changes for 2015, and indeed Delta Doo vorite destination has been Three River Dah 7 was like none other. Heck, even Since this year's Delta Doo Dah Reach. the Delta itself, where change comes retained a strong DIY element, we'll let "This year when we got there I more slowly than it does in the faster- the sailors pick up the tale: thought that it was odd that there were paced Bay Area, does not stand still. no other boats anchored, as it has been Among the changes affecting sailors Itzayana — Beneteau Oceanis 331 typical to see anywhere from 5 to 20 was a salinity dam that blocked the west- Liam Wald & Jane Wong, Santa Cruz others. Luckily we were going in at high ern entrance to False River (a popular "We were part of the Doo Dah again tide, as we found that the depth under shortcut and entrance to Franks Tract this year and had a great time as usual," the 6-ft keel was 1.5-2 feet. The tide was and Bethel Island), and produced strong writes Liam Wald. "We've been going to going to drop more than that, leaving currents in and around Fisherman's Cut. the Delta every year (sometimes twice) us in the mud. In years past there was Besides the new dam, various bridge for the last 10 years or so, and our fa- usually at least 3-4 feet under the keel closings, planned and unplanned, forced sailors to adapt their routes. -
WO 2015/012935 A2 29 January 2015 (29.01.2015) P O P C T
(12) INTERNATIONAL APPLICATION PUBLISHED UNDER THE PATENT COOPERATION TREATY (PCT) (19) World Intellectual Property Organization International Bureau (10) International Publication Number (43) International Publication Date WO 2015/012935 A2 29 January 2015 (29.01.2015) P O P C T (51) International Patent Classification: Bart Dean [US/US]; 2691 Daunet Ave., Simi Valley, Cali B64C 27/26 (2006.01) B64C 27/54 (2006.01) fornia 93065 (US). PARKS, William Martin [US/US]; B64C 5/02 (2006.01) B64C 39/02 (2006.01) 2805 North Woodrow Ave., Simi Valley, California 93065 B64C 9/00 (2006.01) G05D 1/08 (2006.01) (US). GANZER, David Wayne [US/US]; 4607 Kleberg B64C 25/00 (2006.01) B64C 29/00 (2006.01) St., Simi Valley, California 93063 (US). FISHER, Chris¬ topher Eugene [US/US]; 4 1 Los Vientos Dr., Thousand (21) International Application Number: Oaks, California 91320 (US). MUKHERJEE, Jason Sid- PCT/US20 14/036863 harthadev [US/US]; 605 Muirfield Ave., Simi Valley, (22) International Filing Date: California 93065 (US). KING, Joseph Frederick 5 May 2014 (05.05.2014) [US/US]; 10540 Gaviota Ave., Granada Hills, California 91344 (US). (25) Filing Language: English (74) Agent: DAWSON, James K.; 1445 E. Los Angeles Ave., English (26) Publication Language: Suite 108, Simi Valley, California 93065-2827 (US). (30) Priority Data: (81) Designated States (unless otherwise indicated, for every 3 May 2013 (03.05.2013) 61/819,487 US kind of national protection available): AE, AG, AL, AM, (71) Applicant: AEROVIRONMENT, INC. [US/US]; 181 W . AO, AT, AU, AZ, BA, BB, BG, BH, BN, BR, BW, BY, Huntington Drive, Suite 202, Monrovia, California 91016 BZ, CA, CH, CL, CN, CO, CR, CU, CZ, DE, DK, DM, (US). -
Sailing Terms Into the Wind, but We Can Start Sailing from About 30 Degrees Away from the Wind
Port and starboard are nautical terms for left and right, Can you remember what these respectively. parts of a boat are called? Port is the left-hand side of a vessel, facing forward. Starboard is the right-hand side, facing forward. Since port and starboard never change, they are unambiguous references that are not relative to the observer. Bow The bow of a boat is at the front The stern of a boat is at the back Port and starboard are also terms used to describe navigational aids like buoys, that show you how to get into A …...................... E …...................... or out of a harbour. On your way in the port buoys will be on your left coloured (or at night, lit) red and the starboard buoys on your right coloured or lit green. B …...................... F …...................... The term starboard derives from the Old English 'steorbord', meaning C …...................... G …...................... the side on which the ship is steered. Before ships had rudders on their centrelines, they were steered with a steering oar at the stern of D …...................... H …...................... the ship and, because more people are right-handed, on the right- hand side of it. When we're sailing a boat we always want to know An introduction to where the wind is coming from. We can't sail straight sailing terms into the wind, but we can start sailing from about 30 degrees away from the wind. Each 'point of sail' has a When you first come out sailing you'll discover a whole name according to the angle away from the wind. -
Propulsion Shafting Alignment
Guidance Notes on Propulsion Shafting Alignment GUIDANCE NOTES ON PROPULSION SHAFTING ALIGNMENT SEPTEMBER 2019 American Bureau of Shipping Incorporated by Act of Legislature of the State of New York 1862 2019 American Bureau of Shipping. All rights reserved. 1701 City Plaza Drive Spring, TX 77389 USA Foreword Foreword ABS identified the need to provide a more detailed explanation of alignment design and practices, which resulted in the development of the Guidance Notes on Propulsion Shafting Alignment. Their primary purpose is to provide clarification for ABS Surveyors and plan review engineers to verify consistency of the survey and plan approval processes. Regarding the shaft alignment design and implementation efforts by the shipbuilding industry, these Guidance Notes are valuable to further advance its approach towards shaft alignment analyses and procedures. Additionally, ABS has developed state-of-the-art analytical tools primarily for the purpose of engineering analysis and design. The ABS shaft alignment program, combined with alignment optimization software, is capable of analyzing complex propulsion installations and, when used as a design tool, may provide an optimized solution to the alignment problem. This 2019 edition is arranged to include additional topics on shaft alignment condition monitoring and a section dedicated to alignment problems and their solutions. Shaft alignment survey requirements are summarized in the introduction and are addressed further under a separate section on shaft alignment procedures and practices. Discussion on alignment calculation and measurement is expanded to include the stern tube bearing clearance measurement. Additional clarification is provided on the application of the hull deflections, alignment optimization, propulsion systems with no forward stern tube bearing, and reverse engineering calculation. -
Northern California Performance Handicap
Revised December 2014 NORTHERN CALIFORNIA PERFORMANCE HANDICAP RACING FLEET (NCPHRF) PART 1 RULES AND GUIDELINES FOR HANDICAPPING PART 2 ASSISTANCE IN FILLING OUT AN APPLICATION FOR HANDICAP Yacht Racing Association 1070 Marina Village Parkway, Suite 202-G Alameda, CA 94501 www.yra.org [email protected] Phone 415-771-9500 Fax 415-276-2378 Part 1, Page 1 PART 1 Rules & Guidelines I. DEFINITION The NCPHRF Committee is a Standing Committee of the Yacht Racing Association of San Francisco Bay. Its sole function is to determine the speed potential of yachts that meet the criteria of Section II below. It will assign rating values to yachts for which a rating application is filed. Such values will be in seconds per mile and assume a mixture of Around the Buoy and Windward Leeward racing on San Francisco Bay and the surrounding area. The NCPHRF Committee recognizes that the handicaps will be used in a variety of races ranging from protected bays, estuaries and lakes to open oceans. Therefore, the Committee has no responsibility for the seaworthiness or safety of yachts rated, but cites the US SAILING Fundamental Rule 4 part 1: "It shall be the sole responsibility of each yacht to decide whether or not to start or to continue to race." A variety of conditions are encountered ranging from typical late spring and summer afternoon conditions with a 15 to 25 knot wind range to the milder winds often encountered in the fall, winter and early spring ranging from 5 to 15 knots. Windward/Leeward courses and racing in the seasons of lighter winds have become more popular. -
Annals Section4 Yachts.Pdf
CHAPTER 4 Early Yachts IN THE R.V.Y.C. FROM 1903 TO ABOUT 1933 The following list of the first sail yachts in the Club cannot be said to be complete, nevertheless it provides a record of the better known vessels and was compiled from newspaper files of The Province, News-Advertiser, The World and The Sun during the first three decades of the Club activities. Vancouver newspapers gave very complete coverage of sailing events in that period when yacht racing commanded wide public interest. ABEGWEIT—32 ft. aux. Columbia River centerboard cruising sloop built at Steveston in 1912 for H. C. Shaw, who joined the Club in 1911. ADANAC-18 ft. sloop designed and built by Horace Stone in 1910. ADDIE—27 ft. open catboat sloop built in 1902 for Bert Austin at Vancouver Shipyard by William Watt, the first yacht constructed at the yard. Addie was in the original R.V.Y.C. fleet. ADELPIII—44 ft. schooner designed by E. B. Schock for Thicke brothers. Built 1912, sailed by the Thicke brothers till 1919 when sold to Bert Austin, who sold it in 1922 to Seattle. AILSA 1-28.5 ft. D class aux. yawl, Mower design. Built 1907 by Bob Granger, originally named Ta-Meri. Subsequent owners included Ron Maitland, Tom Ramsay, Alan Leckie, Bill Ball and N. S. McDonald. AILSA II—22.5 ft. D class aux. yawl built 1911 by Bob Granger. Owners included J. H. Willard and Joe Wilkinson. ALEXANDRA-45 ft. sloop designed for R.V.Y.C. syndicate by William Fyfe of Fairlie, Scotland and built 1907 by Wm. -
AKA List of Boat Class Version for SP List
9/14/2011 CLASS VERSION LIST (aka) Page 1 of 10 BOLD items are boats in PHRF-LO database THIS BOAT WITH/IS A VERSION OF IS A VERSION OF OR KNOWN AS ALDEN 45 EXTENDED STERN ALDEN 43 ALDEN 48 EXT STERN ALDEN 46 ALDEN 50 EXT STERN ALDEN 46/48 ALDEN 54 EXTENDED STERN, KETCH ALDEN 50/52 ALLIED 3030 AKA CHANCE 3030 ALLIED 39 SKEG RUDDER,NEW TRANSOM BORSAW 40/OWENS 40 ALLMAND 35 AKA CAPTIVA 35 ALOHA 8.2 AKA ALOHA 27 ANNAPOLIS 35 AKA YOUNG SUN 35 ANNAPOLIS 44 SLOOP LUDERS 44 ANTIGUA 44 AKA CSY 44 WALK-THROUGH ANTIGUA 53 UPDATED MORGAN OI51 APHRODITE 101 AKA BIANCA 101 APHRODITE 101 AKA INTERNATIONAL 101 AQUARIUS 23 AKA BALBOA 23 AQUARIUS 23-2 KEEL AQUARIUS 23 AQUARIUS 7.0 MASTHEAD,OUTBOARD RUDDER AQUARIUS 23 ARCO 33 Renamed COLUMBIA 33 ATLANTIC 44 AKA Jeanneau SO/Sun Magic 44 AURA 10.7 AKA COLUMBIA 10.7 AURA 8.7 AKA COLUMBIA 8.7 AURA H35 AKA HUGHES 35 AURA H40 AKA HUGHES 40 BABA 40 AKA PANDA 40 BAHAMA 26 AKA ISLANDER 26 BAHAMA 28 AKA ISLANDER 28 BAHAMA 30 NEW KEEL,RUDDER, AND DECK ISLANDER 30-2 TM BALBOA 23 AKA AQUARIUS 23 BALBOA 8.2 AKA BALBOA 27 BALT Family 17 AKA Jeanneau Sun Fast 17 BALTIC 33 SAIL DRIVE,TEAK DK OVERLAY,NEW KEEL C+C 33 BAYFIELD 25 AKA BAYFIELD 2325 BAYFIELD 32 AKA BAYFIELD 3032 BAYFIELD 32C TALL RIG, BOW SPRIT BAYFIELD 32 BBM IMS 39 IMSized PETERSON 38 BENETEAU 305 MORE FREEBOARD,MODIFIED STERN BENETEAU 30E BENETEAU 30ES IOR SKIRT STERN,LEAD KEEL,FRAC RIG BENETEAU 30E BENETEAU 325 MORE FREEBOARD,MODIFIED STERN BENETEAU 32 BENETEAU 46 AKA BENETEAU 461 BENETEAU EVASION 28 PILOT HOUSE BENETEAU ESCAPADE 28 BENETEAU IDYLLE 1150 -
Trawl Positioning System User Guide
Trawl Positioning System User Guide Contents | ii Contents Legal................................................................................................. 5 History...........................................................................................................................................................................5 Copyright......................................................................................................................................................................6 Disclaimer....................................................................................................................................................................6 Introduction and Presentation..........................................................7 Introduction................................................................................................................................................................ 7 Applications.................................................................................................................................................................8 Safety Guidelines..................................................................................................................................................... 11 About Trawl Positioning...................................................................................................................................... 12 About Spread Sensors..........................................................................................................................................