I’ve been itching to start this thread for a while and now I studied enough CF products to discuss it.
Below is merely my own conjuncture and PLEASE critique to bits!
Periodization
Most horizontal jump programmes are very similar to sprint programmes, especially as a lot of long-jumpers also sprint. I think CF short-long setup seems to have a lot of potential for the jumps. Although Charlie has stated that jumpers would need more cycles than the triple periodization used for sprinters. Incidentally, Charlie’s High Intensity Training for Sports graph shows HI requirements from 200m to Oly lifters. Where would long jumpers fit? How many cycles would be necessary?
There also are other components that would need to be added, effecting volumes in other areas:
Short approach jumps -
High CNS ‘height’ imo. The stride numbers typically get bigger as the programme progresses, which ties in well with s-l acceleration work. Also a box can be added: in parallel to hill work?
It seems that the volume of acc/hills and maybe medball throws would need to be adjusted to incorporate these short jumps.
Introduced from the start or at least in GPP, reaching 14 strides by indoor competition period (also competing at 60m maybe). Then peaking again at 18+ in outdoor competition period (also competing in 100m/relays maybe)
Run-ups -
Usually a gradual acceleration with a very short speed peak (not even hitting top speed?). So not too high CNS stimulus.
It seems the speed volume would need to be adjusted to incorporate run-ups.
Introduced in SSP1.
Full Jumps -
Very high CNS ‘height’.
Not used very often and usually saved for competition although I have heard the Cubans use a large amount in training at times. Maybe used before tapers for a final HI stimulus?
And then there’s the question of how the volumes would change anyway, regardless of the extra components.
Tempo -
The main benefits of tempo are for recovery, work capacity and capillarisation/warming; bringing about power benefits. Which all benefit the jumper as much as the sprinter. However, would jumpers really need the same volume of tempo as sprinters? If not then that would suggest that tempo is also used for some sort of SE benefit, which seems irrational.
Speed and Special Endurance-
The role of SE in jumping has always confused me. Obviously you need to survive 6 full jumps… but recoveries are so long it hardly qualifies as endurance. Jumpers often compete in a few 100m races though, so some SE seems necessary. Charlie has stated that SE seems to regulate weight and make athletes muscles ‘denser’ which would benefit the jumps.
Are longer SE reps necessary for jumpers? Or would split runs suffice?
Plyometrics -
Jumpers typically have high plyometric volumes. Considering the volume of short approach jumps, how much higher should the volume of additional plyo’s be than that of a sprinter? In addition, the type of plyo’s used include lots of single foot contacts, much longer distances covered, and running approaches. All inducing a lot of muscle and CNS stress.
Abs -
The use of strength in addition to CF high rep work on the abs has been discussed recently. Is this strength requirement accentuated in the jumps? Considering the take-off forces and powerful leg shoots used?
Weights -
How would the hypertrophy phase differ, considering the detrimental effects of excess weight in the jumps? And would the upper-body volume differ?
The discussion of elite jump programmes past and present is also welcomed as i haven’t seen or had access to many examples.