<![CDATA[Abstrak Penelitian ini bertujuan untuk mengetahui cara perencanaan pembuatan kincir air area pertanian didesa lembang mesakada kabupaten pinrang dan menentukan jenis kincir yang cocok dengan kondisi sumber air. Penelitian perencenaan kincir air ini menggunakan bola pimpong dan meter. Manfaat penelitian ini sebagai bahan referensi untuk penelitian lebih lanjut mengenai pengembangan perencanaan kincir air. Metode yang digunakan metode survei yaitu observasi atau melihat langsung lokasi penelitian, metode pengukuran untuk pengumpulan data, dan metode internal yaitu mengumpulkan informasi melalui buku-buku atau referensi yang didapatkan. Hasil dari perhitungan perencanaan kincir air adalah sebagai berikut: Luas penampang = 3,18 m2, kecepatan aliran = 1,2345 m/s, debit = 3,92 m3/s, daya air (Pair) = 20381 watt, volume air = 12700 m3, massa air = 12.700 kg, energi kinetik = 9676,76 joule, luas penampang basah = 0,075 m2, keliling basah = 0,8 m, jari-jari hidrolik = 0,093 m, jari-jari kincir = 1,57 m, lebar sudu = 0,53 m, jarak sudu = 0,044 m, kecepatan keliling kincir = 0,4938 m/s, putaran kincir = 3 rpm, gaya fluida = 4846 N, torsi = 7608 Nm, daya kincir (Pkincir) = 14333 watt, efisiensi kincir = 70 %. Abstract This study aims to find out how to plan the construction of a waterwheel in the agricultural area in Lembang Mesakada Village, Pinrang Regency and determine the type of mill that is suitable for the conditions of the water source. This waterwheel research uses pimpong balls and meters. The benefits of this research as reference material for further research on the development of waterwheel planning. The method used by the survey method is observation or direct viewing of the research location, measurement methods for data collection, and internal methods are collecting information through books or references obtained. The results of the waterwheel planning calculations are as follows: Cross-sectional area = 3.18 m2, flow velocity = 1.2345 m/s, discharge = 3.92 m3/s, water power (Pair) = 20381 watts, water volume = 12700 m3, water mass = 12,700 kg, kinetic energy = 9676.76 joules, wet cross-sectional area = 0.075 m2, wet circumference = 0.8 m, hydraulic radius = 0.093 m, mill radius = 1.57 m, blade width = 0.53 m, blade distance = 0.044 m, mill circumference speed = 0.4938 m/s, mill rotation = 3 rpm, fluid force = 4846 N, torque = 7608 Nm, mill power = 14333 watts, mill efficiency = 70%.]]>
