Beef Wellington

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Thanks everyone for continued interest, kind comments.and likes...
 
Block Stropping:
I've started stropping blocks for the hauling tackles.  I'm opting for a double-single block combination, although I've read that doubles were only used on 32lb'ers.  What I think this really means is that the tackle consisted of 2 double blocks.  For a mid-range 18lb'er, a double-single seems appropriate and makes engineering sense.
 
This seems yet another painfully slow repetitive process!  With this progressing in the background, will be intersperse with other sundry items.  Whilst not too difficult once the approach has been proven, clumsiness never quite seems to diminish.  Overall, happy with the way these turned out which is really testament to the fantastic blocks that Syren produces.  The picture below is the result of 3 solid evenings work....sufficient for the waist guns.
Hooks were threaded with 0.3mm Syren line, and secured using 4 alternating overhand loops using tan Uni-thread (barely visible given its so close in color, but is what was also used for the breech rope seizing).  For the 1/8" double block, the strop was twisted through 90 degrees while securing to ensure the appropriate alignment with the block. GS-Hypo was applied and left to dry before trimming off excess Uni-thread Line held in position around the block and then secured with a simple overhand loop Dilute PVA applied to the overhand loop and the stropping around the block.  Was very liberal with this as it is not visible when dry, and anything that provides additional security seems silly to ignore. Trim excess stropping line once PVA has dried
 
Waist Beams:
First off, a correction needed to be made to the interior bulkhead to correct the position of the beam at the front of the main mast.  The position of these had been taken literally from the plans very early in the build and it was clear that they are not in the appropriate position relative to the mainmast.
 
Secondly, needed to finally decide how to deal with the supplied walnut beams.  These have a pretty rough grain and require a lot of cleanup to get nice smooth curves after removing from the sheet.  Following the scheme shown on the contemporary models (painted red with upper natural face of boxwood), thin strips of overwide boxwood strips were liberally glued to the top of the beam,  gradually sanded back and painted when flush.  The lamination is virtually undetectable, and it also helps ensure the walnut grain is minimised.  Filler can be used in any stubborn imperfections.  Although a bit of a cheat, I just couldn't face cutting my own from box, and quite honestly, I doubt I could get satisfactory results with tools at my disposal.
 

 
Sub-Deck alterations:
Increasing the thickness of the beams also has the benefit that the top of the beams are flush with the sub-deck.  Hoping this means that the gang boards can now be planked with the sub-deck providing a solid base, but remaining invisible from normal viewing angles.  Slots were cut into the sub-deck to accommodate the laminated top surface.  Picture hopefully self explanatory.
 
In position, the next required adjustment is revealed.  The waist opening in the sub-deck has perfectly parallel sides.  After studying various deck plans, it appears more appropriate for the gangboards to follow the line of hull (i.e. planks are constant width throughout their length).  The approximate width of the gang boards were estimated from the AOTS plans and transferred to the deck.  The hashed area indicates what will need to be remove.  In actuality, more will be removed to set it back from the actual edge of the planking proper.
 
Back to stropping more blocks....
 

OC, Carl, Rob, Thomas, Mike, Dave, Pat and all the likes...definitely helps keeping one moving forward!
 
Finally, have all the guns in position an the breeching ropes in place.  Amazingly time consuming, no more need be said, and glad its behind me.  I did allow myself the small concession of using a ringbolt for the less visible guns, and went with a ringbolt and ring for those visible in the waist area.  Despite the latter being more 'correct', the jury is still out on whether the results totally warrant it at this scale as the eyebolts only version seems acceptable to my eye (comparison photo below).   As usual, dilute PVA was used to help keep the breech ropes in position and to try give them a sense of weight.  Photos seem to call attention to all the little dings and dents that seem unavoidable and thankfully not really noticeable during normal viewing.
 
A very simple jig was used to help keep lengths consistent.  When using rings, I found that opening up a ringbolt using a small metal point and reclosing was easier, faster and predictable than opening up the ring itself.
 

Happy New year to everyone!  First off my apologies for not being on the site as much as usual and checking in on everyone's progress, something I hope to rectify soon. 
 
My progress has been limited, some small steps have been taken, and problems encountered that stopped me in my tracks for a while.
 
Channel Brackets:
The kit supplies PE channel support brackets, unfortunately I found this unworkable as is as the profile impinged on the decorative molding, they're also a little wider than indicated on the plan.  The PE parts are scored pretty heavily at the bending points so trying to tweak these was not really an option.  The problem also identified by others is that there are not enough provided in the kit (per the AOTS there are 3 shown on the mizzen, 6 for main and 4 for the fore channel) and only 11 provided, so the kit is 2 short.  Further analysis suggests its likely 3 short as there are 2 brackets used between ports, and it appears that one is simply hidden behind the stock of the anchor on page 69.  I'm going to reflect 5 brackets on the fore channel.  Another slight complication is that the mizzen brackets need to be smaller to account for the lower position of the channel in the open rail configuration I'm following.  Basically I needed to make my own, and without any really good photos to follow went with my gut.
 

 
Not having any other suitable materials handy, my eye turned to one of the spare sets of PE from other CC kits I had purchased a while back.  Not sure which kit, but a little filing and cutting to length allowed the chains to be workable.  These also appear to be almost exactly the same narrower width as shown in the AOTS profiles.  The center portion of the Diana PE part was re-purposed to attach to the channel.  Exactly the same approach was taken for the mizzen, except that the top of the Diana PE part was used and different dimensions for the bracket supporter.  This was all rather fiddly and took rather longer than I'd care to admit... 🙂
 

 

 
Cannons....finally:
Once the channel supporters were in place I could then proceed with installation of the cannons.  These are now glued in place (using CA), I didn't pin these in place as this would have been a little problematic at this stage, and they seem quite secure as is.  Breeching ropes were attached off the ship prior to installation.  Another self imposed delay was decision to go with 'light brown' Syren line rather than the 'tan' used previously - this seems to have a tone that blends better with the colour palette.  The Syren line is very nice to work with and the usual trick of using dilute PVA was used to fine tune the final profile.  For these more obscured cannons, I used a simple eyebolt to secure the breach rope, for the more visible ones in the waist, I want to explore using ringbolt as per practice, but even using a simple eyebolt gives a satisfactory result to my eye at this scale.
 

 
And finally, the exterior shot...in retrospect I'm happy with the decision to install the channels and brackets first as I'm pretty sure there would have been collateral damage to cannons during installation.  5 down, 23 to go.

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Hi Ben, I also went with red in the hawse holes, mainly because it seemed consistent and brings a nice contrast which can be seen on many contemporary models. In reality, the holes would probably have been lined with lead sheet.  Nice work on the headworks by the way!

Hi fellow model makers it's been a very long time since I last posted. I got side tracked by another model because of doing a show at Bovingdon Tank Museum. I was also putting off what I thought was going to be really difficult. In my last post I was just starting to sculpt my figurehead. Well it's 3/4 finished I just have to sculpt the swirly material part and attach it but I thought I'd show you all an up to date pic (plus my distraction)

Hi all,
 
Well finally been able to get some things done that tangibly move things forward.  The area around the mainmast is one of the more interesting and complex areas to get situated.  All of these items were scratchbuilt, which of course resulted in the usual re-does as the geometry is critical to get right as the pump axel and cranks need to align with minimal tolerances.
 
Capstan and aft coamings now glued into position, the deck beam needs to be modified to allow the capstan to be positioned appropriately.

 
Little bit of rework on the pumps, the simulated leather washer I had previously painted kept jumping out at me and was a little too 'in your face'.  Stripped this off and went with what seems to be a more traditional modeling approach to use layer of wood to simulate the gasket and plug. Here they are in final position.

 
The main jeer bitts were then positioned first once the pumps were in place to finalise the dimensions of the middle pump brakes.  The kit supplies some PE for these, but knew that these would never be satisfactory and have been planning to make my own.  The supplied wire is around 0.8mm, so 1mm square styrene sections were drilled and cut to give a little more of an authentic look to the winches.  To say this process is delicate and frustrating is an understatement - once drilled, the there is barely any structural strength to the styrene around the hole.  The aft winches were made in one piece which allowed them to be aligned relatively easily and secured using thin CA which worked quite well.  Once glued, the styrene was then gently filed to give a hint of the actual shape.

 
Rhodings were made out of boxwood and painted, to my eye this gave a little better scale look.  The stanchions had been made previously, and notches cut into the deck beam to allow these to be secured.

 
The stanchions were finalized and installed...making the second curved bracing element to be the same as the first took a lot longer than expected.

 
The layout of the main topsail sheet bitts dictates that the winches need to made separately reflecting actual practice.  These longer winches proved much more challenging than the shorter ones, and many were attempted before 2 acceptable ones were completed.

 
Elm tree pumps were shaped from boxwood stock, and the PE fittings came from an extra set I found left over from my Snake build.  These were fun items to make up, but will not be finally fixed just yet as they are very delicate.

 
Overall shots with everything in place shows just how crowed this area really is.  Overall, very happy with how this ultimately turned out.  The main topsheet bitts align underneath the deck beam at the forward end of the quarterdeck.

 
Overlaying scaled copy from AOTS, one can get a good sense for the reason for the scuttles in the quarterdeck which would have been necessary to be able to remove the various pump shafts.  I'm considering modding the quarterdeck to allow these scuttles to be left open to allow the pump mechanisms to be better seen.

 

Cheers Gents, appreciate the support, comments and likes...
 
Welcome aboard Ian 🙂
 
A rather dreary rainy day precluded any other activities so as able get a decent amount of time in.  Spent most of the day completing the cannon carriages, these really are incredibly time consuming and seemingly never ending, but can now report are complete.  I did decide to cheat a little on those carriages that will be mostly obscured away from the waist.  Rather than continuing to use the  pins to simulate bolts which are incredibly fiddly, the carriage bolts were simulated using a fine tip black pen and then touch of dark iron paint to tone it down.  Pins have been used on all the carriages that will mount in or immediately about the waist.  The macro photo below shows the 'real' bolts in the foreground and the 'cheat' in the rear.  At real life viewing distance these are difficult to tell apart if you didn't know - the difference really being the lack of about 8hrs of cursing.
 
Experimentation with the cap squares and royal cyphers next...
 

Interim update:
 
Anchor chain is on finally, been putting this off but really had to get it done so I could permanently 'right-side' the model...its amazing how many configurations there are on models and there really doesn't seem to be a standard way.

 
Next up, as a break from the repetitious chore of the gun carriages, was to finish the pumps.  I'd been overthinking how to cover the curved surface of the pump covers.  In the end, 1x2mm strip was used, with one side angled - wasn't as bad as I thought.  Once attached, the thickness was sanded down to try to get a more scale look.  Winch bearingsfor the pumps were shaped from strip and painted 'dark iron'.  Brown paint was used to simulate the leather washer for the cistern plugs.  These will be a little obscured eventually, but I think these details will be visible.
 

 
Once the pumps were completed, the next logical step is to figure out how to support these at the main hatch.  The kits indicates using wooden strip for this, but contemporary models show an iron bracket and this is what I' like to try to replicate as it seems more appropriate.  The main part of the bracket was made using an RB models stanchion, bent to shape and with the hole enlarged with a 0.8mm drill bit to accept the winches that will eventually be installed.  The height of these needs to be the same as the winch bearings so that the winch will be parallel to the deck, and they need to be parallel to the deck and over the coamings so the main hatch is not obscured - so this essentially determines the lateral placement of the pumps.  I will add an additional bracket which would have been necessary for strength, and you can see a trial made up from some scrap PE to illustrate which I think will do the trick.
 
I found thinking this through all rather intriguing as there seem to be some obvious problems.  For anyone coming from the lower deck, the ladder feads directly over the main hatch grating, and the winch brackets definitely seem to get in the way a bit here here, in addition to having to navigating the pump winches.  I can't figure out for the life of me why the ladders don't lead up forward rather than aft as this would seem to be much more practical, but this orientation is clearly shown on the original plans, AOTS Diana, as well as contemporary models...if anyone knows why, please say so!
 
Now that the positioning of the pump winches is known, the placement of the pillars for the main topsail sheet and main jeer bitts can be determined...which will probably be the next diversion.
 

Carl, Rob, Christian, Niles and the likes - thanks for your kind words, encouragement and patience on this slow voyage...
 
Jesse, Dave - Of course you are right, but no matter how many times I tell myself that it doesn't help...I probably have one of those personality disorders along the lines of "well he did it, so why can't I?"   And yes, its gets me into trouble with those fixes around the house that I maybe shouldn't be tackling.. 
 
Anyway a little update as I really can do no more to the bow at this point, which means I need to get back to the stern...then I remembered that that was basically the reason for me taking a break and starting work on the bow...There are a couple of questions at the end.
 
Once the cheeks and the rails were done, I needed to tackle hawse holes and the bolsters.  These had me really thinking, but first step was once again to shape from some thick stock, only this time I had to take it even slower as pretty much the entire interior face needed to fit tightly against the hull because any errors would be really obvious once the holes were cut.  The balsa filler blocks were also removed (Interestingly, you can see the outline of the recess that I had put in a long while ago to try to introduce a void behind the expected hole placement to look a little more authentic...seemed a good idea at the time but they would have been in slightly the wrong place)
 
The holes themselves are ~6mm in diameter, and taking a drill bit of that size was clearly out of the question.  The hole centers were estimated and I drilled with a 2mm bit in a hand drill.  This was large enough to get a round microfile in to gradually enlarge and then use a larger round file.  Once the holes were approx. 4-5mm and still quite rough, some tapered dowel was used with sandpaper around to again gradually enlarge until they were approximately the right size.  All the time doing this, the bolsters were held in place with fingers so everything would align - I didn't want to commit to gluing in place just yet.

Once again, I knew I'd be making my own out of castello, but continuing the trend I think the kit supplied parts are way undersized.

One other item to take care of is the Gamming knee, the kit supplied part was generally oversized, but it was necessary to cut a new piece because the back of the knee was undersized.  Not sure how much of this will be visible, but it fun to make.  The hole is for the mainstay collar, some alteration will likely be needed on the head timbers but that is for another day.  This is not attached yet.
And the final results...these pieces seem to really bring out the face of the ship and to my eye really add some character.

 
Some questions:
The bulwark are considerably thinner than they would be in scale, and although the photo makes it more obvious, this is apparent if you look for it.  Also, I know that the hawse holes were lined in lead, but I'm not seeing this as a feature standing out to me looking at models, in many it seems these were just painted ochre...would welcome other's thoughts and suggestions here.  I'm leaning toward a 'lead like' grey just on the inside of the bulwark but not extending over the bolster. For fellow Diana kit builders.  I placed the waste rail on the starboard bow side only as it seems to me that this could cause problems with the fitment of the bow grating against the hull - anyone have any experiences on this?  
 
 

BE, Pat, Joe, Michael, Nils, Wayne, JPAM  and the likes - thanks so much.
 
Ron - I'm hoping to make it, would love to see your fantastic Diana in person, my challenge is always football/soccer as I coach my sons team and that takes a big bite out of weekends at this time of year.  If I could just arrange a game in New London then I'd be set!
 
Small update, I've been missing making posts but I have a little to share and hope pictures make up for it.  Continuing to work on the more foundational aspects as I can.  Paint has been applied to the upper hull - I used Tamiya matt XF-18 medium blue.  I applied many layers of watered down paint and corrected larger imperfections, but left the slight imperfections from planking visible.  I'm no painter and have limited experience with modern acrylics!  Watering down the paint gives a nice smooth finish, but at the expense of surface uniformity - this should disappear completely once a clear sealer is applied so not concerned.  I found that using a brush the undiluted paint dries so quickly that brush mark are inevitable.  Lots of touchup to do which should be pretty easy, but I want to get a protective coat of poly onto the boxwood to reduce the risk of mishaps.
 
The waist rail has been applied on one side and the side steps added.  I left gaps for the fenders, after having already cut these roughly to shape - using boxwood of course adds the number of pieces that need to be fabricated to keep consistent.  I wont attach these until later.  Steps were made using 2x2mm boxwood strip and a different profile scraper to the side molding and then cut length and shaping the ends.  These hopefully give more of an impression of the fine molding as keeping that to scale was just too much for me.  The upper and lower 2 steps are not glued yet.  I think they pass the scale test with the assistance of Able Seaman Lewis.


I've also made up the anchor lining bolsters, not identified in the kit plans but approximated from AOTS and TFFM.


And the usual 'all over' shot of where things stand..

 
 
 

You wait for an anchor for 6 years then 4 come along at once.

Here's a couple of shots of what's already installed on the model.
 
Bow view:

 
And the stern as well:
 

The Bow decorations are finally done. The long parts #58 and #59 I ended up scratch building because the ply material was just not good and I had broken one.  It was only four pieces but I think making my own parts is kind of fun.  I think I should extend the red ochre out to the Hawse hole Bolster, what would be normal for painting that?
 On to deck planking! This must be the 5th time I've gone over the deck pattern!?!. The beam positions are not really correct but it lines up with the hatches at least.  My Beam positions range from 23mm-26mm which is not so far off from real ships I think.  I'm doing a four butt shift pattern with 11-12 cm planks.  With a scale converter that adds up to 25ft which is about correct for a ship of this period.  I ended up buying more Tanganyika wood for deck planking because the stuff in the kit was jagged and awful. Turns out the extra I bought is in the same lousy shape.  They are the same color at least.   

Continuation of laying deck boards.