This paper describes a mathematical model capable of analysing a sugarcane sett cutting operation. Monte Carlo technique is applied for generating the hypothetical sugarcanes to be cut into setts of uniform length. The probability density functions of the variables such as the sugarcane lengths, nodal spacings and the end piece lengths for a given sugarcane variety constitute the inputs to the model. The experimental and model predicted proportions of the multibudded setts for a few arbitrarily selected cut lengths are compared and further improvements in the model are discussed. It is shown that the developed model can be effectively used to analyse the sugar cane sett cutting operation to meet the selection criteria for the multibudded setts.