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Elias Manuel Morgado Pinheiro Dissertação de Mestrado em ...

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After c. 1600 B.C. the chariot became wi<strong>de</strong>spread in the Near East, from Egypt<br />

to Anatolia. Between c.1800 and c.1600 B.C. new innovations took place. These can be<br />

seen in the Egyptian chariots, the main source of evi<strong>de</strong>nce for this period. Perhaps the<br />

most relevant innovation is the shift in position of the axle, being attached to the chariot<br />

at the very rear of the cab, instead of right un<strong>de</strong>rneath it. This new <strong>de</strong>sign, <strong>de</strong>spite<br />

putting extra pressure on the horses‟ necks, does increase the overall stability of the<br />

vehicle. This increase of stability was paramount to the use of the chariot as a firing<br />

platform, a practice now fully wi<strong>de</strong>spread both in Egypt and in the Levant. The box is<br />

ma<strong>de</strong> of bent wood and rawhi<strong>de</strong>, being an average of 1.0m wi<strong>de</strong> and 0.5m <strong>de</strong>ep 22 . Since<br />

the focus was on speed rather than protection, the crew was shiel<strong>de</strong>d only by a stretched<br />

ox hi<strong>de</strong>, in the front of the cab, while the si<strong>de</strong>s r<strong>em</strong>ained vulnerable. The six spoked<br />

wheels averaged 90cm in diameter and were ma<strong>de</strong> with light but sturdy materials,<br />

mainly elm, ash, and almond. The wheels were of an extr<strong>em</strong>ely complex <strong>de</strong>sign: each<br />

spoke was ma<strong>de</strong> by gluing together two halves of bent-wood V-shaped pieces. This<br />

structure would then be attached to the nave of the wheel through the use of fresh cattle<br />

intestines that would later har<strong>de</strong>n and shrink as it dried, keeping the entire structure<br />

together. The rim was ma<strong>de</strong> by binding four felloes to four felly-bands, united by strips<br />

of rawhi<strong>de</strong> and reinforced with bronze wire, while an outer tyre, also ma<strong>de</strong> of rawhi<strong>de</strong>,<br />

would compress the entire structure. The wheels were secured to the axle by a lynch-<br />

pin. The axle was much larger than the superstructure, averaging 1.45m in length. This<br />

allowed for sharp turns, and contributed to the stability of the vehicle, by providing<br />

significant shock absorption. 23<br />

Each chariot was manned by a crew of two: the charioteer, often carrying a<br />

shield, and a “chariot warrior”, armed with bow and arrows, as well as maces, axes and<br />

khopesh, presumably for dismounted combat. However, the main weapon was the<br />

composite bow, and the chariots were fitted with quivers of arrows for extra<br />

ammunition.<br />

For protection, these warriors wore either textile armour (linen layers mixed<br />

with resin) or scale armour (ma<strong>de</strong> of bronze or har<strong>de</strong>ned leather). In addition to these<br />

two crew m<strong>em</strong>bers, the chariots were <strong>de</strong>ployed in conjunction with light-armoured<br />

22 Littauer and Crouwel, 1980, §4<br />

23 Fields, 2006, p.16<br />

16

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