Jump to content


  • Content Count

  • Joined

  • Last visited

Everything posted by BANYAN

  1. Beautifully crafted Keith; if I didn't know better I would have thought it the real thing. cheers Pat
  2. Welcome back and glad to hear all had a good time on your trip. The pendants look good Dave; who's to say which is correct? I used the Sidney Parkinson drawings (port quarter aspect drawing) as my main reference for this. cheers Pat
  3. It is a pleasure to see your work Chuck; the clean lines and crisp joints are always inspirational! cheers Pat
  4. Further to the advice CapnMac offers re deck numbering which is correct for USN vessels; the RN (and most Commonwealth Navies) use a different system of single digit designators (1-n) decks down from the weather deck (weather deck being 1 deck), and double digit (01 - nn) above the weather deck for upper decks - 01 deck being the next up from the weather deck. In this instance, as it is pre 1947, the 04 designation would align Offered only to clarify for other classes /nationalities of vessels. cheers Pat
  5. Hi all, from my limited research so far I believe that in the RN (Service ships) it was preferential to 'box' the compass until later in the 19th century (once the quadrantal correctors had been proven proven) - this meant applying a known 'error' for each of the compass points (as well as allowing for magnetic deviation for the heading) when steering. Note: this term is more commonly known to mean "To know, and be able to recite the 32 points and quarter points of the magnetic compass from North, both clockwise and anticlockwise." BUT it is also the term applied to determining the magnetic compass' error for each of the 32 points and requires swinging the ship through 360 degrees around her anchor or a buoy - a practise still used in the 'Service' today for magnetic compasses. In the mid 19th century, mercantile ships 'commonly' used iron pieces implanted into the decks and deck furniture in an attempt to correct the compass on each compass point. Another earlier correction (I think from 1850s - but stand to be corrected) was the use of the "Flinders bar" a metal rod fitted within the pelorus/binnacle as a vertical rod? For the 'Victoria' (1855) I am reasonably confident that she was fitted with at least one, possibly 2, Gray’s prismatic azimuth type compasses with internal compensating bars. Sorry to hijack your thread Keith. cheers pay
  6. Nice job on the 'bodging' Pat; a great improvement. cheers Pat
  7. Another possibility, but less likely, is hat it may simply be a 'bent' rising timber to allow for the lead of some rigging such as braces etc? cheers Pat
  8. I do like to paint my models BUT, that is one stunning hull finish Keith. cheers Pat
  9. Thanks Gary, very much appreciated your kind remarks. cheers Pat
  10. Hi Pat, I fitted them as I based most of my build on the AOTS book (Marquardt). Note however, there are a few things in the AOTS that remain open to further research/questioned by other researchers, and a couple of errors. That said, I was happy to fit them as the colliers (of which Endeavour was first built) generally show them fitted, and being very 'hardy' vessels, this sort of reinforcing was probably essential - some further research may throw-up other info though. cheers Pat
  11. Hi Rob, many thanks for looking in and your suggestions; I very much appreciate your contributions. I have a copy of the book and I am kicking myself (very hard ) that I have not checked it previously; it is one of those books I did not readily identify (changed opinion now) with this level of research as the author mostly provides drawings/illustrations with very little supporting text (need to trust he is accurate). That said, there are lots of examples of equipment, and in particular ship rigs, provided, and after looking at them I am confident in staying with my assessment/proposal of a 'Steamer Rig' as most (NOT all) steamers appear to use this, or a slightly modified version of the rig. Contemporary authors probably avoided defining it as a 'particular type' of rig, especially calling it a 'Steamer rig' (or something similar) as it was developed in the transitional phase of sail-to-steam powered vessels and there were some modifications / other rigs used in steam-powered ships - they would therefore have believed it to be a transitory evolution of a rig (as Druxey pointed out). Also, by the time the rig was established steam-power, along with iron construction, was well and truly preeminent and the 'need' to name these rigs was probably thought less relevant. However, I still believe (my opinion) that the very wide use of this style/type of rig in steam powered vessels, and its continued use well after steam became the main motive power for ships, that it can be 'identified' as a specific style/type of rig. The name I have offered should really be attributed to Kipping, and to a lesser degree Fincham, whom discuss the rig under the topic of 'steamers' without actually naming it so. Unfortunately, we cannot associate it as a Jackass Bark due to the fact Victoria (and other steamers) also carried a course on the main as well as the fore mast. However, his diagram of early steamers on page 92 (option B ) is a close fit once you add the clipper bow and associated rigging - that agrees with Kipping's description also. (Note the two part masts with long extension poles - combined Topmast and TG mast). A pity he does not provide some further text to support the drawings, as a 'scan through' of the rig illustrations tends to support the association of a two-part mast with fore-and-aft sail rigged ships. cheers Pat
  12. Hi all, another update. After some deeper reading of Kipping and Fincham (both authors published in 1854) I think I have some resolution on this rig. Neither author (actually no author then or since) have actually named this rig. However, all authors tend to discuss the rig under reference to 'a Steamer' - that is, the relevant discussion relates to a subject (such as masts, or tops, or fittings etc) under the auspices of as fitted to a steamer. Based on their writing, supplemented with information gleaned from several authors and sources, I have established a 'common fit' for a rig that was used exclusively for steam powered vessels (paddle or screw driven). The 'rig' appears to have been derived when steam was used as auxiliary power (late 1840s/early 1850s) and sail was still the primary 'driving' force until much later when steam prevailed as the primary motive power. The rig appears to have been used well into the late 19th century. It also closely aligns with Victoria's rig with a few minor differences. These differences can be attributed to her merchant vessel design features and the 'whims' of the designer/builder. The research has also exposed that the rig, especially the forms of the Tops' framing, differed slightly between the 'typical' Service (Naval) and Merchant vessel fits. The rig also, as suspected, was a composite Barque/Schooner rig but can now I think be identified as a specific type which for want of a better term I will call "Steamer Rig" Essentially, the main characteristics of the 'Steamer Rig' are: 3 masts and a bowsprit. Two part masts with a taller (than for other similar sized vessels) single tree Lower masts and all with a single loose extension pole mast. The Fore and Main mast pole extensions were usually formed as a combined Topmast and Topgallant mast with short stub pole (to fly pennants, flags etc) - however, in one of those identified differences in Victoria, she also had the Royal mast included in this single Upper pole mast. The Mizen mast comprised the usual (for square rigged vessels) pole mast extension with no crowjack. The bowsprit is short, nearly horizontal, with a jib and flying jibboom in one. (The 'steeve' of Victoria's bowsprit was measured at 15 degrees up from the waterline as the reference (75 degrees from the vertical).) Square sails to the Fore and Main mast, Spanker/Driver on the Mizzen; Staysail, Jib, Outer Jib and Flying Jib to the Bowsprit/Jibboom. The Fore and Main masts carried a Gaff Trysail with Gaff booms ( or Boom-Sails as Kipping refers to them) - as large as the spacing between masts and deck equipment etc would allow for them to be conveniently worked. Some versions also occasionally carried Gaff Topsails (not in Victoria) Additional detail to assist identifying this rig includes: All masts were fitted with a lightweight skeletal form of Top at the Lower mast hounds only; no other tops/trees were fitted to the pole extension masts. The pole masts had stops/shoulders at the appropriate height where the yards for the associated yards were to be lifted; these were fitted with a iron and copper 'funnel'. Spreaders were not fitted to the Tops. Service vessels had different forms (framing) of Tops fitted to the Fore and Main/Mizen masts - curved rim on the Foremast only. Merchant vessels had the same, lighter (than Service vessel Tops) framed form of skeletal Tops fitted on all three masts; all had the curved rim forward. The lower yards were usually fitted with an iron-Truss, with an option of Truss or Parrels used for the upper yards Fincham also stated: The masting of steam-vessels is not subject to the same strict rules that are made to determine the masting of other classes of ships. The length of the masts and yards must, however, bear some general relation to the length and breadth of the vessel; but both this relation, and the positions of the masts, are subject to many variations depending on particular circumstances, especially on the service in which the vessel is to be employed, whether for long and short voyages, or only in rivers. The positions of the masts must, in many cases, be determined by the situation of the machinery, and the quantity of sail be regulated by the requirements incident to its employment. It is, however, important, on account of the obstruction which the masts and yards present in steaming head to wind, that they should be made as compact as possible. ………….. There is a significant amount of information on the shaping, form and fittings of masts for a Steamer provided by both authors, but their 'rules-of-thumb', or formulae, for reducing/tapering spars differ. Unfortunately neither (any) author provides a 'rule' for dimensioning the single pole extension. I will continue to find something on this and advise when i have anything worth mentioning. I hope this information helps others whom may need to use similar rigs to ships they are/or wish to model. cheers Pat
  13. Nice finish to the Lion's head Steven, the model is coming along very nicely. cheers Pat
  14. Beautiful hull form that looks absolutely perfect in symmetry and finish - ditto John's comment though (opinion only as this is your model and your choice of finish) - she will look stunning whichever way you go. cheers Pat
  15. Thanks very much all, I am glad to be finally making some progress with this. cheers Pat
  16. Thanks Eberhard; that is exactly what I am finding; in the meantime I have decided to call it 'Steamer' Rig as it seemed to be fitted to commonly to most steam powered vessels (both screw and paddle driven). I have also found a description of a Barue by 'Desmond' in his book ‘Wooden Ship Building’, (1998), in Chapter 3, page 123 which depicts a Barque rig with some fore-and-aft sails as shown below (note they do not appear to be gaff sails though). He describes a Barque as a three-masted vessel (foremast, mainmast and mizzen mast) the two foremost masts are square rigged, as in a ship, the after or mizzen mast has no yards being fitted with a topmast only and carries a gaff sail (called the spanker) and a gaff-topsail. that said, Victoria did not carry the gaff-topsail. cheers Pat
  17. Hi all, bit the bullet after some further experimenting and decided an improved version of what I was doing was the better solution. I made a jig (see photo) which has the spacer piece in the wake of the mandrel (end of 0.6mm drill bit) - this is exactly in line although the photo does not show it too well. The length of the 'blade' allows the legs of the strap to be folded back and roughly aligned with a broken drill bit (agin 0.6mm) used to get the bottom holes roughly in line. The important bit here as I suspected, was to put an initial bend on the centre of the strap for which I used a pair of wire bending pliers (smallest diameter). The drill bit needs to be long enough to provide a good grip on the protruding ends as I found that if I offered the assembled rough bend onto the vertical mandrel them applied pressure by pulling back from the mandrel it was easier to get a consistent bend. The other important part of the technique was to apply pressure to the full length of the straps as starting at the mandrel end resulted in kinking of the legs and overall bend. Bit tough on the fingertips but no blood donated to this part of the build (yet) Once I got on a role it only took 30 minutes to produce 40 of them. the result is not too bad and once filed (cleaned up) should look acceptable. Here is one rigmaiden lanyard I have assembled but not yet attached to the chain plate. Still some cleaning up to do, but to the eye they look pretty good - this is taken at macro range. Next job is to solder a small piece of plate in the throat of the bend above the upper holes which acts both as a spacer and as a preventer (to stop the untensioned lines/shackles for the shrouds sliding down between the straps. I also need to build a jig to hold the chain plate eye steady while I pein the end of a brass nail (cut to length) placed through the split eye of the chain plate and the larger hole in the end of the rigmaiden lanyard. cheers Pat
  18. Hi all, and many thanks for the feedback/suggestions; they are much appreciated. Mark - the straps are already photoetched with the holes. my attempts to drill holes at this size resulted in some very 'ugly' results Carl and Keith (A) - that is the method I am currently using, but overnight I also thought of trying this with the stub of a suitably sized drill bit. the greatest difficulty is getting the bend started nicely and consistently at the right point as any over pressured attempts see the legs bending at the inner most holes unfortunately. Keith (B) - mate, I am not quite sure I could achieve that at this scale The 'notches' would need to be cut only .4mm deep and very accurately placed as these straps are already pre-etched. That said, this is a great suggestion for the future as I would etch those notches as part of the process. Eberhard - I will also try this today (wood version as I don't have a dapping block) and see how it goes. Splitting the block correctly (accurately) will be the challenge I am also thinking of remaking the bending jig with a narrow hardwood wood base (to fit in a vise), then fit a (broken) drill bit of appropriate diameter into one end about the length of the folded strap back from the end. I will insert (upright) an offcut of flat brass plate the same thickness as the lower strap between the drill bit and the end (to maintain the correct separation. If I achieve this, and using the drill bit to align the lower holes of each leg, I may be able to get better (more consistent) results. I am finding that whichever method I use, the critical step is the initial bend point being 'on centre' - that is where I am having the real issues. cheers (and many thanks again) Pat
  19. Beautiful work mate; the care and attention to detail and fitting is certainly paying dividends. cheers Pat
  20. Great result Vossie - so, don't leave us hanging What was the easier way hold them (to stuff the octopus also!) :)? cheers Pat

About us

Modelshipworld - Advancing Ship Modeling through Research

SSL Secured

Your security is important for us so this Website is SSL-Secured

NRG Mailing Address

Nautical Research Guild
237 South Lincoln Street
Westmont IL, 60559-1917

About the NRG

If you enjoy building ship models that are historically accurate as well as beautiful, then The Nautical Research Guild (NRG) is just right for you.

The Guild is a non-profit educational organization whose mission is to “Advance Ship Modeling Through Research”. We provide support to our members in their efforts to raise the quality of their model ships.

The Nautical Research Guild has published our world-renowned quarterly magazine, The Nautical Research Journal, since 1955. The pages of the Journal are full of articles by accomplished ship modelers who show you how they create those exquisite details on their models, and by maritime historians who show you the correct details to build. The Journal is available in both print and digital editions. Go to the NRG web site (www.thenrg.org) to download a complimentary digital copy of the Journal. The NRG also publishes plan sets, books and compilations of back issues of the Journal and the former Ships in Scale and Model Ship Builder magazines.

Our Emblem

Modelshipworld - Advancing Ship Modeling through Research
  • Create New...