This study was aimed at evaluating the effects of Biladyl and Triladyl extenders, ambient and refrigerated temperatures (5°C, 12°C and 17°C) on the motility of Boer buck spermatozoa stored for 72 h period of storage. Four (n = 4) healthy Boer bucks aged 3.12 ± 0.55 years were ejaculated using artificial vagina (AV) once every 4 d for 6 replicates. The semen samples were pooled and divided into 2 equal halves. One half was extended in a 2-step Biladyl extender (semen sample plus Biladyl Fraction A made up half of the final volume) and the other with Triladyl, both at ratio 1: 5 v/v (semen to extender). Each of the extended semen divisions was further divided into 4 equal parts; one of the 4 was stored at ambient temperature and the others at 5°C, 12°C and 17°C. Data were analyzed by ANOVA for a 2 × 4 x 6 factorial in a completely randomized design, using the GLM procedure of Minitab (Minitab 2013). Spermatozoa motility was evaluated using Sperm class Analyzer (SCA) after every 12 h for 72 h. Extender type (E) and storage temperature (T) had highly significant effects (P < 0.01) on the total motility (TM) of Boer buck spermatozoa kept at the refrigerated temperatures after 72 h of storage compared with the TM of spermatozoa stored at ambient temperature which were the lowest in both extenders. Biladyl had 68% TM on spermatozoa kept at ambient temperature, 85% TM at 5°C, 89% TM at 12°C and 90% TM at 17°C; and Triladyl had 64% TM at ambient temperature, 88% TM at 5°C, 89% TM at 12°C and 90% TM at 17°C. The highest progression obtained after the 72 h was 34% as observed from the semen kept at 17°C in Biladyl and 45% in the semen kept at 17°C Triladyl. With suitable protocol, both extenders can maintain goat sperm motility at specific refrigerated temperatures when kept fresh for up to 72 h.