Effect of combined electrostimulation and plyometric training on 30 meters dash and triple jump

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Aim: The aim of this paper was to analyze the effects of training combining plyometrics (PT) and neuromuscular
electrostimulation (ES) on speed training and triple jump. The study consisted on the application of an
electrostimulation protocol and plyometric jumps to four groups of young athletes (C ontrol, G II, G III and G IV).
Methods: Eighty-four young athletes took part in the study (40 girls and 44 boys). All of them were sprinters (100 and
200 meters dash, and 100 and 110 hurdles meters), their mean age, weight and height being 15.9±1.4 years old,
58.53±8.05 kg, and 1.68±0.07 m, respectively. After 8 weeks of training, a 30-meter sprint launched test time being
measured by photoelectric cells and a triple jump test from static position were completed. Repeated measures
ANC OVA were used.
Results: The only group that improved significantly in the speed test (P<0.001) relative to the control group was G IV.
In the triple jump test, improvements were significant, (P<0.05) and (P<0.01), in G II and G IV, respectively, relative
to the control group. The results of ES + PT combined training offered no significant differences in either speed test
and triple jump by gender.
C onclusion: The most effective training aimed at improving the speed of 30 m is simultaneous combined training.
Regarding triple jump, the results showed significant improvements in the performance of athletes who used both
simultaneous combined training and used ES followed by plyometrics. However, no significant improvement was
observed after PT training prior to ES.