In this study, the effect of a 鈥渟udden鈥?vertical gust on the trajectory of compact objects was analyzed. Since at initial stages of the flight the effect of turbulence may have an influence on the trajectory, a 鈥淜眉ssner-like鈥?Gust model was proposed, incorporated in the loading model and used in conjunction with the equations of the motion. The numerical simulations, accounting for this simulated vertical gust, indicate that the effect of a simplified vertical turbulence scenario may often be neglected for estimating the trajectory of a compact object. Nevertheless, some effect of this simulated gust on 鈥淚so-probability Impact Contours鈥?and 鈥淯niversal Probability Curve鈥? described in , was observed and quantified.