Pitis Al Adil

Issuer Brunei
Year 1710-1740
Type Standard circulation coin
Value 1 Pitis
Currency Pitis (1868-1886)
Composition Tin-lead
Weight 1.3 g
Diameter 18 mm
Thickness 1.3 mm
Shape Round
Technique
Orientation Medal alignment ↑↑
Engraver(s)
In circulation to
Reference(s)
Obverse description Simple design of four half circles over a full circle without a dot in the centre
Obverse script
Obverse lettering
Reverse description Arabic Inscription
Reverse script Arabic
Reverse lettering العادل
Edge Plain
Mint
Mintage ND (1710-1740) - -
Numisquare ID 2014256530
Additional information

Historical Context: This Pitis Al Adil coin from Brunei, dated between 1710 and 1740, circulated during the reigns of Sultans Hussin Kamaluddin and Muhammad Alauddin. These rulers navigated a period of sustained regional trade and internal stability for the Brunei Sultanate, though European influence in Southeast Asia was growing. As a low-denomination tin-lead issue, the coin was fundamental to daily commerce, asserting the Sultan's authority and facilitating local transactions within the bustling port city and its hinterlands.

Artistry: The design of the Pitis Al Adil adheres to the established Islamic numismatic tradition, emphasizing calligraphic elegance over figural representation. While no specific engraver is recorded for such utilitarian coinage, the stylistic school is distinctly Islamic, utilizing Jawi script. The primary design element would be the inscription 'Al Adil' (The Just), likely accompanied by the Sultan's name or a religious phrase, rendered with clear, albeit often simplified, lettering suitable for mass production on soft metal.

Technical/Grading: Struck in a tin-lead alloy, this Pitis typically exhibits characteristics inherent to its soft metal composition. High-points, such as the apex of the calligraphic strokes, are frequently subject to wear, often appearing flattened or partially effaced. Technical strike qualities vary; weak strikes, off-center impressions, and irregular planchets are common. Collectors should anticipate surface imperfections, including pitting and corrosion, given the alloy's susceptibility to environmental degradation, making well-preserved examples relatively scarce.

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