
A composite bow is a bow built from multiple materials bonded together — typically wood, horn, and sinew — rather than a single piece of wood. Each layer contributes a different mechanical property: horn resists compression on the belly, sinew stores tension on the back, and wood provides the structural core. The result is a bow that stores and releases energy far more efficiently than a simple self bow.
Evidence of composite bow use stretches back thousands of years, with the technology flourishing across Central Asia and the Middle East. Nomadic horse archers depended on the design for its compact size and high power — qualities essential when shooting from horseback. The Persians, Parthians, and other ancient empires all fielded archers armed with composite recurve bows. For a deeper look at how these archers trained and equipped themselves, see our guide to the history, skills, and equipment of the horse archer.
The most celebrated example is the Mongol composite bow, used by Genghis Khan's armies during the 13th-century conquests across Asia and Europe. Compact and recurved, it was renowned for extraordinary power and accuracy — attributes that contributed directly to the Mongol Empire's military success.
One technique closely related to composite construction is bow backing — attaching a reinforcing layer to the back of the limb. See our explainer on bow backing materials and their performance benefits for how this principle works in practice.
A relatively short composite bow with a recurved shape, prized for its power and suitability for mounted archery.
Similar in concept to the Mongol design but typically longer, with a more pronounced recurve.
A short, strongly reflexed horn bow with a long history, recognized for its smooth draw and high accuracy. It represents the living tradition of the traditional recurve bow in competitive and ceremonial archery.
The composite bow remains relevant in traditional archery, historical reenactment, and cultural practice worldwide. Its core principle — laminating materials to balance flexibility and stiffness — also underpins the laminated limbs found on contemporary recurves. For related traditional designs, see our entry on the flatbow and its place in archery history.
At a glance
The four main bow types
Most archery bows fall into one of these four families. Click any to read its full definition.
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