NOVELTY - Catalyst production involves putting solvent in a reactor and inletting nitrogen for 30 minutes at 50-90 degrees C. 5-30 mmol/L of M-salt and 0.5-10g/L of stabilizer are added and stirred. 0.3 mol/L of reducer is added and pH value is adjusted at 13 by utilizing 1 mol/L sodium hydroxide water solution. Adding speed of reducer is 40 drops/min and activated for 20-60 minutes to prepare M-nanocatalytic sol. The M-nanocatalytic sol is filtered to obtain M-nanoparticles. The M-nanoparticle is dissolved in the solvent and stirred. 0.5 g/L of stabilizer is added.    USE - Method for producing catalyst for use in cathode of a direct methanol fuel cell (claimed).    ADVANTAGE - The catalyst production method is simple and cost-effective, and enables to produce catalyst, which has high oxygen reduction activity, high methanol resistance activity and high stability.    DETAILED DESCRIPTION - The catalyst is produced by putting solvent in a reactor and inletting nitrogen for 30 minutes at 50-90 degrees C. 5-30 mmol/L of M-salt and 0.5-10g/L of stabilizer are added and stirred. 0.3 mol/L of reducer is added and pH value is adjusted to 13 by utilizing 1 mol/L sodium hydroxide water solution. Adding speed of reducer is 40 drops/min and it is activated for 20-60 minutes to prepare M-nanocatalytic sol. The M-nanocatalytic sol is filtered to obtain M-nanoparticles. The M-nanoparticle is dissolved in the solvent and stirred. 0.5 g/L of stabilizer is added. Platinum based compound is added, where mol proportion of platinum and M is 0.5-2.0:1. The mixture is stirred continuously at 60-70 degrees C. 0.1mol/L of hydrazine hydrate solution, where pH of hydrazine hydrate solution is adjusted to 13 by utilizing 1 mol/L sodium hydroxide glycol solution. The mixture is stirred continuously at 60-70/oC for two hours to obtain black nanocatalytic sol. Centrifugal separation is performed. The obtained material is washed with distilled water and alcohol, and dried in vacuum at 30 degrees C for 24 hours. The dried material is rubbed to obtain black nanoparticle in powder shape.