To rapidly detect canine parvoviruses (CPV) or canine distemper virus (CDV) without nuclear acid extraction, we established a direct amplification TaqMan real-time (RT)-PCR method (DARPM) to detect CPV and CDV in clinical samples. We compared this new method against real-time PCR/(RT)-PCR and it showed no cross-reactivity with other pathogens. Sensitivity testing showed the minimum detection limits of real-time (RT)-PCR were 7.44×101 copies·μL-1 (CPV) and 4.20×101 copies·μL-1 (CDV). DARPM detection of CPV with DNA showed a minimum detectable of 1.53×101copies μL-1, while the minimum detectable amount from the virus culture supernatant was 6.70×101 copies μL-1. The minimum detectable copy numbers for CDV cDNA and for the virus culture supernatant were 9.56×101 copies μL-1 and 7.77×101 copies μL-1, respectively. To validate the accuracy of DARPM, 112 clinical samples and 97 clinical samples suspected of harboring CPV and CDV were tested. DARPM showed a 100% compliance rate with ordinary PCR and colloidal gold rapid detection methodology, while the coincidence rate for DARPM and the same method with DNA added was also 100%. Therefore, DARPM detects CPV and CDV without the need for pre-PCR nuclear acid extraction. Our results show that DARPM is a specific, sensitive, fast and powerful method for detecting CPV and CDV in clinical samples.