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...xperimentally fitted, but a report on a final decision was still pending.{{ARTS1910|p. 149. (A.L.G. 12731/10/18960 of 16 Aug 1910)}} ...deflection instruments (with cross-connected Mark III* range transmitters{{ARTS1910|p. 148}}) when sending data to gun sights, retaining [[Barr and Stroud]] (p

...ents to the gun sights (with cross-connected Mark III* range transmitters{{ARTS1910|p. 148}}) and [[Barr and Stroud]] (probably Mark II*{{INF}}) instruments f

...a to gun sights (likely with cross-connected Mark III* range transmitters{{ARTS1910|p. 148}}), retaining [[Barr and Stroud]] (probably Mark II*{{INF}}) instrum

...a to gun sights (likely with cross-connected Mark III* range transmitters{{ARTS1910|p. 148}}), and [[Barr and Stroud]] (probably Mark II*{{INF}}) instruments u

...tted, and the present correction handled separately on its own indicator.{{ARTS1910|p. 149}} ...xperimentally fitted, but a report on a final decision was still pending.{{ARTS1910|p. 149. (A.L.G. 12731/10/18960 of 16 Aug 1910)}}

...xperimentally fitted, but a report on a final decision was still pending.{{ARTS1910|p. 149. (A.L.G. 12731/10/18960 of 16 Aug 1910)}}

...nderneath permitting 3 inches of lateral motion to look around obstacles.{{ARTS1910|p. 33. (C. of N. 17th May 1910, G. 5217/10)}}

...520 transmitter]] to what might have been the current model of telaupad.{{ARTS1910|p. 152, Fig. 4}} It was noted that binoculars could be freely used aloft w *{{ARTS1910}}

...61 Navyphone]] was to succeed these models '''and''' the later -B models.{{ARTS1910|p. 156}} It is not certain whether existing installations were updated by ...the universal [[Pattern 2461 Navyphone]] as the successor to both models.{{ARTS1910|p. 156}} It is not certain whether existing installations were updated.

...RTS1910Plate65Fig1.jpg|thumb|240px|'''Pattern 2461 Universal Navyphone'''{{ARTS1910|Plate 65 Fig 1}}<br>It looks like an enforcer 'droid. The eyes are a push t ...hone" and a suitable replacement for between 6{{TorpDB1914|p. 269}} and 9{{ARTS1910|p. 156}} previous phones:

...being able to signal "Loaded", "Ready", "Fired". Their report concluded:{{ARTS1910|p. 33}} ...e submerged tubes in the ''City'' class could also benefit from the gear.{{ARTS1910|p. 33}}

...er overall visibility than that enjoyed by the [[Torpedo Control Tower]].{{ARTS1910|pp. 32-33. (N.S. 016/4824, 2nd April 1910)}} *{{ARTS1910}}

...rk III is indicated, as follows:{{HFCI1909|pp. 57, 60}}{{HFCI1914|p. 65}}{{ARTS1910|p. 148}}

...eted with the latest [[Vickers F.T.P. Fire Control Instruments Mark III]]{{ARTS1910|p. 148}} in the manner of the ''Weymouth'' as follows:{{HFCI1909|pp. 57, 60

| 30 June, 1908 to 30 June, 1909 || 1,966{{ARTS1910|p. iv}}

...0.jpg|thumb|400px|'''Vickers Range Transmitter & Cross Connecting Gear'''{{ARTS1910|Plate 60}}]] There were right- and left-handed patterns of the gear.{{ARTS1910|pp. 148-9}}

[[File:ARTS1910Plate10.jpg|thumb|400px|'''Chaytor's Instrument, 1910'''{{ARTS1910|Plate 10}}]] ...''' was a torpedo control device conceived by Lieutenant Colonel Chaytor.{{ARTS1910|p. 33}}

...er overall visibility than that enjoyed by the [[Torpedo Control Tower]].{{ARTS1910|pp. 32-33. (N.S. 016/4824, 2nd April 1910)}}

...eath permitting some lateral motion (3 inches?) to look around obstacles.{{ARTS1910|p. 33. (C. of N., May 1906, G. 5965/06?)}}

...s of turn measured at 50 yards after 7 yards of initial straight travel. {{ARTS1910|pp. 45-47}} ...arily complex, and the turn radius went to 200 yards as trials continued:{{ARTS1910|p. 47}}