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A phoenician bireme galley of 8th century bce. Shell first construction by Woodrat 1:20 scale

Joined
Nov 12, 2025
Messages
54
Points
103

Location
Perth, Western Australia
I am happy to present my log of a vessel known only from a bas relief cast in the Brirsh Museum and some illustrations in Austin Layards documentation of his excavations in Nineveh Mesopotamia in the mid 19th century.
bas relief 01.jpgLayard text ships 02.png
This a bireme war galley used in the evacuation of King Luli of Sidon and Tyre in about 700 bce during the depredations of the assyrian King Sennacherib.
I have decided to build this using edge planking shell-first construction as was known to be used since the bronze age and certainly found in phoenician wrecks. I initially wished to use pegged mortice and tenon technique as I have previously done in a reconstruction of a mycenaean bireme galley (log lost in MSW debacle)
DSCN2538a.jpg
However the scale I chose and the type of wood meant that this was not practicable.

There have been other attempts at reconstruction but most are wildly inaccurate. I elected to let the shell construction guide the central hull shape

There are two banks of rowers: the inner zugite bank sitting within a row of vertical stanchions and an outer thranite bank of rowers sitting outside the vertical stanchions at a slightly higher level but on an outrigger construction later called the parekseiresia by the greeks. The inner zugite oars penetrate the wall of the outrigger while the thranite oars operate over the top rail of the outrigger.

assyrian warship section 03.jpg

The central structure above the zugite rowers contains a storage/accommodation deck and, above this an upper fighting deck. This looks unwieldy but I am reluctant at this stage to change the proportions seen on the bas reliefs. A mast is sited centrally on the keel and there has to be sufficient space on the fighting deck to set up and work the rigging of the single square sail.

Layard text ships 03.png

Note that the ram is well developed and appears to be lashed to the timbers of the bow section. Was it cast in bronze like the Athlit ram of later century or was it made of timber?
bas relief bow.jpg

This the draft longitudinal section of the galley proposed with a school bus for scale
phoenician warship  draft skeleton 02 plus schoolbus.jpg

The next post will detail the hull construction to date

Cheers
Dick

bas relief 01.jpg

Layard text ships 02.png
 
Last edited:
Thanks Roger
To continue with the hull construction
the components of the backbone: keel, curved stern piece and circular frame for the shaping of the ram. The internal bracing for the ram is built as we go along.
DSCN3043a.jpg
DSCN3044a.jpgDSCN3045a.jpg
planking proceeds apacedscn3048a.jpgDSCN3049a.jpg
the circular frame at the bow is guiding the hull shape somewhat. The ram will be lashed to this frame in due course.
DSCN3051a.jpgDSCN3054a.jpgDSCN3056a.jpgDSCN3057a.jpg

At this point I have to consider the mast-step and tabernacle prior to some internal frames

Cheers
Dick

DSCN3050a.jpg
 
The floors have been inserted and the mast step. The vertical timber is the tabernacle against which the mast will be lashed when stepped. The mortice for the mast has a sloping entry to allow the tenon of the mast foot to be slid into the mortice and then raised to the vertical.DSCN3059a.jpgDSCN3060a.jpg

The mortices for the upper and lower rowers thwarts have been cutDSCN3063a.jpg

The lower zugite thwarts are inserted and pinnedDSCN3065a.jpg

The outer thranite thwarts are fitted and pinnedDSCN3066a.jpg

I can now turn to the construction of the outriggers.

Dick
 
The construction shell-first of the ouriggers where the outer bank of rowers will sit. These outriggers will also act as stabilising "pontoons".
The size of the outriggers was determined by the positioning of the thole-pins for the outer bank using dimensions from the Olumpias reconstruction.
DSCN3070a.jpg
DSCN3069a.jpgDSCN3074a.jpgDSCN3085a.jpgDSCN3084a.jpgDSCN3088a.jpg
The semicircular holes for the inner bank of oars were carfeully mad by drilling and carving with a mototool and side cutting burr
DSCN3101a.jpgdscn3102a.jpgDSCN3104a.jpgDSCN3106a.jpg
Next post I will show the build of the superstructure.
Cheers
Dick Woodrat
 
Seems like an awesome project! I love builds of more ancient ship types.
Thanks for that and good luck with the Panokseon, an equally awesome project.

I suppose it takes a particular type of craziness to attempt a reconstruction based on so little evidence. But I like the challenge.

As promised, the superstructure supporting the fighting deck, mast and rigging.
The vertical stanchions support two decks. The lower deck above the inner bank of oarsmen and the upper or fighting deck above that.
section 04.png
Both decks transmit the single mast to its step
The vertical stanchions are braced by deck lower beams and temporary ribands but the superstructure will not be attached to the hull till much laterDSCN3089a.jpg
DSCN3091a.jpgDSCN3092a.jpg
Ther is too much headroom for the oarsmen and this will be reduced
DSCN3096a.jpg
The stanchions are lengthened by top-timbers and fixed with upper deck clamp and temporary riband
DSCN3097a.jpg
The skeleton separated from the hull
DSCN3099a.jpg
the lower deck installed and upper deck beams in place. Note the cutouts for the mast
DSCN3121a.jpgdscn3122a.jpg
The mast can be stepped and unstepped by sliding through the guides down to the step where it can be brought vertical and lashed to the tabernacle
DSCN3125a.jpgDSCN3126a.jpg
Next post the fighting deck

Dick

DSCN3128a.jpg
 
I have had to cut down the upper planks of the central hull because the return stroke of the inner bank of oars was obstructed, DSCN3141a.jpg


also the thwarts for the outer bank were obstructing as well and have been shortened and buttressed.

DSCN3142a.jpgdscn3143a.jpg
Oarsmens seats have been attached to the thwarts and thole pins inserted into the extended outriggers
DSCN3148a.jpgDSCN3150a.png

Cheers
Dick

DSCN3145a.jpg
 
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