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Colchester Archaeological Report 2: The Roman small finds

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CATEGORY 3: OBJECTS USED IN THE MANUFACTURE OR WORKING OF<br />

NEEDLES<br />

TEXTILES<br />

SEWING NEEDLES<br />

<strong>The</strong> width of the head of most bone and copper-alloy<br />

needles seems to imply that they were used only for<br />

sewing very coarse cloth. However, several of the<br />

catalogued examples were used on hessian with<br />

seven warp threads to each 10.0mm and it was<br />

apparent that even a needle with a maximum<br />

diameter of 6.0mm does not leave large holes in the<br />

material. Pushing through each new stitch has the<br />

effect of closing up the threads around the preceding<br />

stitch. Spatulate-headed needles caused less<br />

displacement of the threads than round ones. Clearly,<br />

though, it would be advisable always to select the<br />

thinnest possible needle (eg Fig 70, 1993) when<br />

sewing finer materials, and to use a thread of<br />

approximately the same diameter as those from<br />

which the cloth was woven. Only needles with<br />

complete eyes have been catalogued, except where<br />

the type can be distinguished and the context is of<br />

importance with regard to dating the type.<br />

Type 1 (Fig 70; 1954-1975). Needles with a<br />

pointed head. Type 1 is only found in bone, and is the<br />

counterpart of bone hairpin Types 1 and 2, being a<br />

simple tapering shaft with a pointed head. <strong>The</strong> length<br />

of the head varies. Some are quite long, eg Fig 70,<br />

1963. <strong>The</strong> eyes are either rectangular, circular or<br />

figure-of-eight shaped. Circular and figure-of-eight<br />

eyes were drilled through the head. In the latter case<br />

two perforations were made, either slightly<br />

overlapping, or sufficiently close together to enable<br />

them to be linked by a rectangular cut panel.<br />

Occasionally three overlapping perforations were<br />

drilled. <strong>The</strong> circular eye of Fig 70, 1959, is slightly<br />

wider on one side than the other, indicating that the<br />

maximum width of the drill bit did not pass completely<br />

through the shaft. Rectangular eyes could be made<br />

with either a knife or a fine chisel. <strong>The</strong>y vary<br />

considerably in the degree of finish achieved. Most<br />

were worked obliquely inwards from both faces and<br />

the sides of the eye are consequently bevelled. <strong>The</strong><br />

bevels are usually more pronounced to the top and<br />

bottom of the eye. Type 1 needles parallel bone<br />

hairpin Types 1 and 2 not only in style but also in date.<br />

One catalogued example, 1969, derives from a 2ndcentury<br />

context. <strong>The</strong> total number recovered is<br />

insufficient to enable a terminal date to be postulated<br />

for the type, which also turns up in 3rd- and 4thcentury,<br />

and post-<strong>Roman</strong>, contexts. Some examples<br />

are dyed green, another parallel with early bone<br />

hairpins (see pp 20-1).<br />

65<br />

a) rectangular eye<br />

1954 Fig 70 SF LWC 3171, P2. Surface clearing. Unstratified. <strong>The</strong><br />

point is missing. Length 50.0mm. Dyed green. Maximum<br />

width 5.5 mm.<br />

1956 Fig 70 SF BKC 4786, T74 F19. Postpit. Period 5b. <strong>The</strong> point is<br />

missing. Length 64.5mm. Maximum width 5.0mm.<br />

b) round eye<br />

1959 Fig 70 SF BKC 2906, J7 L1. Site clearance. Complete<br />

Length 74.0mm. Maximum width 4.5mm. Dyed green.<br />

c) figure-of-eight eye<br />

1963 Fig 70 SF LWC 922, B471 F166. Pit. Period 5. Complete.<br />

Length 124.5 mm. Maximum width 4.5 mm.<br />

1974 Fig 70 SF IRA 2, 2 F2. Pit. Probably 2nd century. Complete,<br />

slightly bent. Length 112.0mm. Maximum width 4.0mm.<br />

<strong>The</strong> two holes for the eye were not lined up correctly.<br />

1975 Fig 70 SF BUC 658, C1312 L1. Period 2. <strong>The</strong> point and the<br />

top of the head are missing. Length 94.0mm. Maximum<br />

width 4.5mm. <strong>The</strong> needle had two eyes, the lower one a<br />

figure-of-eight, the upper either a single circle or a figure-ofeight.<br />

Type 2 (Fig 70; 1976-1990). Needles with a flat<br />

spatulate head. This type is found in both bone and<br />

copper alloy. <strong>The</strong> copper-alloy examples all have a<br />

rectangular eye and were probably cast. <strong>The</strong> bone<br />

examples have either a rectangular or a figure-ofeight<br />

eye. One is dyed green which indicates a 1st-or<br />

2nd-century date for the type. All but one of the<br />

needles that can be allocated to this type derive from<br />

3rd- and 4th-century contexts. Only 1979 is<br />

definitely Type 2 and from a 2nd-century context.<br />

Three others, 1987, 1988, and 1990, all copperalloy<br />

and therefore presumably not Type 1 and lacking<br />

the groove below the eye of Type 3, derive from late<br />

1st-century contexts, and a fourth, 1989, comes from<br />

2nd-century rampart material at Lion Walk. A bone<br />

spatulate-headed needle from Verulamium (St<br />

Albans, Hertfordshire) was found in a context dated<br />

155/160 (Waugh and Goodburn 1972, fig 55,198). It<br />

therefore seems apparent that copper-alloy Type 2<br />

needles were in production in the 1st century, but the<br />

evidence is lacking to confirm that bone examples of<br />

the type were produced before the 2nd century. In<br />

view of the high number of both bone and copperalloy<br />

Type 2 needles deriving from late <strong>Roman</strong><br />

contexts, it seems likely that the type was current<br />

throughout the <strong>Roman</strong> period.<br />

a) rectangular eye<br />

1976 Fig 70 SF LWC 3773(C), K507 F287. Gully. Period 3?<br />

Copper-alloy. In three fragments. Length 149.0mm.<br />

Maximum width 9.5 mm. <strong>The</strong>re are two slight incised<br />

grooves both above and below the eye (Neal and Butcher<br />

1974, fig 64, 228).<br />

1977 Fig 70 SF BKC 5161(C), V224 L22. Dump. Late Period 5.

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