Vanadium tungsten oxide is a promising bolometric material for thermal sensing applications. Two samples with different vanadium tungsten oxide thickness were prepared for excess noise measurement. No sign of random telegraph signal noise was found. Results show low 1/f noise in the measurement frequency range from 10Hz to 100Hz. 1/f noise power spectral densities obey 1/f γ frequency dependence, with γ about to unity. The 1/f noise power spectrum at bias current of 5.4μA and frequency of 20Hz is 4×10−15 V2/Hz. The result proves that new vanadium tungsten oxide is a strong candidate of thermometric materials for thermal imaging applications.