In Egypt, surface irrigation methods are commonly used to grow crops to meet the demand of the ever-increasing population. A big share of water is lost in agriculture during conventional means of irrigation. A sprinkler is one of the methods of irrigation water applications that can bring more efficiency. The main aim of this research was to field evaluation of a prototype self-drawn sprinkler irrigation to fit the conditions of the Egyptian agriculture. The field experiments were conducted in Aswan University Stadium, Egypt. The sprinkler was tested by using a nozzle that has rated discharge of 11.3 m 3 /h under three forward speed 0.02, 0.03 and 0.04 km/hr. The results indicated that the percentage increase in moisture content was 43, 32 and 24% for travel speeds S1, S2 and S3, respectively. The uniformity and distribution coefficients as well as depth of water application were lower at the end, the highest a nd lowest values of Cu were 72.45 % and 56.16% and the highest and lowest values of Du were 60.40% and 40.66 % for nozzle for different speeds, the throw range 48 m for nozzle 12 mm at 4 bars. Non-uniform water application leads to over or under irrigation in various parts of the field which can result in wasted water and energy.