Spectrophotometry offers flexible methods for analyzing drugs in multi-component pharmaceutical formulations when there are a variety of interferences present. For the purpose of estimating the formulation of Fenofibrate, UV-spectrophotometric methods that are simple, sensitive, precise, fast, and accurate have been developed. Using a double beam UV spectrophotometer, the Fenofibrate was scanned in the 200–400 nm wavelength range in spectra measurement mode to estimate the absorption maximum. A sample wavelength of 225 nm was used in a mixed solution containing 1M urea and 0.5M sodium citrate. For Fenofibrate, the range of 5-25 μg/ml was observed, adhering to Beer's limit. The correlation coefficient was determined to be adequate. In accordance with the ICH criteria, validation characteristics for the suggested method were examined, including its accuracy, linearity, precision, limit of detection (LOD), and limit of quantization (LOQ). All parameter's results were found satisfactory. For regular analysis and estimation of Fenofibrate in bulk and dosage form, the suggested approach works well. The outcome proved that the suggested method is exact, accurate, and repeatable.
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