 The study investigates the effects of experimental imperfections on scroting a kitten's states, using quantum non-Gaussian character witness and Wiener function analysis, identifying limitations, and detrimental effects of photon number detectors on odd scroting a kitten's states at near-infrared and telecommunication wavelengths. The analysis shows that the high dark count probability of telecommunication wavelength photon number detectors significantly undermines the negativity of the Wiener function in scroting a kitten's state generation experiments, and an avalanche photodiode-based photon number resolving detector provides no significant advantage over a non-photon number resolving detector when imperfections are considered. This article was authored by Hongbin Song, Gattania B. Kuntz and Eleanor H. Huntington.