Not exact matches
A recent study by Bloomquist et al. found that deep
squats produced much greater leg hypertrophy
compared to shallow
squats and led to higher vertical
jumps in the subject that performed them regularly.
Comparing the power clean with the
jump squat using the same absolute loads, MacKenzie et al. (2014) reported that peak GRF was greater in the power clean.
Comparing the push press with the
jump squat, Lake et al. (2014) tested the
jump squat with 10 — 90 % of 1RM back
squat and the push press with 10 — 90 % of 1RM push press.
Test of transfer (long - term): Loturco et al. (2015)
compared the effects of high - velocity and a low - velocity
jump squat training programs on the same zig - zag COD test as described above, and found that the high - velocity group tended to improve COD ability by more than the low - velocity group.
Studies have
compared the effect of Front
Squat and Back
Squats on
jump performance and sprint performance and the results showed, that Front
Squat leads to greater improvement in
jump performances and sprint performances.
However, the relative load of one's own bodyweight
compared to maximum load that can be handled during a
squat is extremely low in most cases, so for the average fit individual a vertical
jump is more a measure of speed and explosiveness, not strength.)
Test of transfer (long - term): strength training emphasizing the hip extensors more than the knee extensors (e.g.
jump squat vs. push press or hip thrust vs. front
squat) does lead to greater gains in sprinting performance
compared to exercises that stress the knee extensors more than the hip extensors (Loturco et al. 2016; Contreras et al. 2016), and a hamstring - focused strengthening program is additive for sprinting when included alongside normal training (Mendiguchia et al. 2015).