An 8-week targeted strength training program significantly improved agility test times compared to regular circuit training in elite soccer players (5.18s vs 6.09s, p=0.0001).
RCT (n=32)
Randomly divided
No
Does an 8-week targeted training program improve speed, agility, and lower limb muscle asymmetries in elite soccer players?
An 8-week targeted strength and agility training program significantly improves sprinting performance, agility, and reduces lower limb muscular asymmetries in elite soccer players.
Effect estimate: d 3.42
Absolute Event Rate: 5.18% vs 6.09%
p-value: p=0.0001
The purpose of this study was to determine the effects of an 8 week targeted training program on speed, agility, and muscle asymmetries in soccer players. 32 elite soccer players were recruited for the study. Their age, body mass, and body height were 25.8 ± 7.3 years, 77.4 ± 11.1 kg, and 177.5 ± 9.8 cm, respectively. After the warm-up, participants performed two maximum 30 m sprints with a 5-minute rest interval between trials. After the linear sprint test, performed two repetitions of the COD randomized ZigZag test. The tests were performed at the beginning and at the end of the pre-season, which lasted for 8 weeks. EMG was measured bilaterally from the quadriceps, hamstrings, and gluteal muscles with shorts made of knitted fabric similar to elastic clothes. Athletes in the experimental group performed sport-specific targeted strength training based on movement patterns 4 times per week (Monday, Tuesday, Thursday, and Friday). The training included 6 bodyweight exercises (Bird Dog, Single-Leg Glute Bridge, Dead Bug, Side Plank, Reverse Lunge, and Clamshell), performed unilaterally in 5 sets of 10 repetitions of each exercise. The load progression included an additional set in each successive week of the experiment. The data analysis showed significant improvement in 5 m and 30 m sprints after applying the 8-week targeted training protocol. A statistically significant improvement in performance was also observed after the 8-week training period in case of COD, while the speed deficit also decreased significantly. The greatest improvements were observed during the COD test. As a result of repeated COD training over a period of 8 weeks, its technique was improved. Implementation of training methods, which target specific aspects of soccer in the pre-season training routines can improve key motor abilities for that sports discipline. A comprehensive training approach including speed, agility, and resistance training based on specific movement patterns should be applied by strength and conditioning practitioners in soccer teams to achieve peak physical performance and reduce injury risk due to the partial elimination of muscular asymmetries.
Gołaś et al. (Mon,) conducted a rct in Healthy elite soccer players (n=32). Targeted strength training program vs. Regular circuit training with the same volume and intensity was evaluated on Agility test time (seconds) (d 3.42, p=0.0001). An 8-week targeted strength training program significantly improved agility test times compared to regular circuit training in elite soccer players (5.18s vs 6.09s, p=0.0001).
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