Roman siege engines were, for the most part, adapted from Hellenistic siege technology. Relatively small efforts were made to develop the technology; however, the Romans brought an unrelentingly aggressive style to siege warfare[1] that brought them repeated success. Up to the first century BC, the Romans utilized siege weapons only as required and relied for the most part on ladders, towers and rams to assault a fortified town. Ballistae were also employed, but held no permanent place within a legion's roster, until later in the republic, and were used sparingly.
Julius Caesar took great interest in the integration of advanced siege engines, organizing their use for optimal battlefield efficiency.[2]
^Goldsworthy 2000: 144
^Keppie 1984: 99
and 22 Related for: Roman siege engines information
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mostly obsolete. Preceding the development of torsion siegeengines were tension siegeengines that had existed since at least the beginning of the 4th...
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problem, due to scarce evidence, as clearly stated by Alan Wilkins. Romansiegeengines Ballista elephant About this hypothesis and a proposal of reconstruction...
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ramp were created in order to facilitate Romansiegeengines but the Jewish rebels capitulated before the Roman attack had begun. The rebels were allowed...
the Roman army and navy, while Hippo was fruitlessly besieged. A Carthaginian sortie from Hippo destroyed the Romansiegeengines, causing the Romans to...
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several losses in engagements with the Romans. Fearing a long siege and the destruction the Romansiegeengines would cause in their towns, the Lusitanians...
typically coupled with attempts to reduce the fortifications by means of siegeengines, artillery bombardment, mining (also known as sapping), or the use of...
assaulted the camp on Lake Tunis, burning many of the Romansiegeengines. The next day, the Roman troops attempted to break through the gap in the wall...