MMA power training: log jumps beside strength
In short
In 35 male MMA athletes with force deficits, ten weeks of weightlifting derivatives raised modeled maximal power by 5.11%; traditional training fell 6.46%. This is a test outcome, not proof of harder punches. Keep strength and jump logs separate.
A heavier squat and a higher jump answer different training questions. A ten-week comparison in 35 male MMA athletes measured a force-velocity profile alongside several performance tests. Its useful lesson for a general lifting diary is not that one exercise category wins everywhere. It is that the outcome used to judge a plan should match the ability the plan was meant to change.
Who was studied and what was measured?
Participants had force deficits identified through force-velocity testing. Twenty were randomly allocated to weightlifting derivatives and fifteen to traditional resistance training. The profile came from loaded squat jumps. Additional tests included countermovement jump height, an isometric mid-thigh pull and landmine punch-throw power. Theoretical maximal power derived from a jump profile is not the same measurement as the force of a punch delivered in competition.
| Outcome reported in the abstract | Weightlifting derivatives | Traditional resistance training |
|---|---|---|
| Modeled maximal power change | 5.11 ± 5.65% | −6.46 ± 5.86% |
| Countermovement jump height change | 13.81 ± 7.11% | Percentage not supplied |
| IMTP peak force change | 13.12 ± 8.25% | Percentage not supplied |
Does more power mean the same increase in maximal strength?
The abstract reports more favorable power and selected explosive-performance adaptations with weightlifting derivatives, while describing traditional training as potentially more force-oriented. A percentage from one outcome cannot be transferred to another. Missing comparison percentages are not zero changes. The sample also represents athletes selected for a specific test characteristic, rather than everyone who trains with weights.
How can a recreational lifter use that distinction?
These steps are fairlift’s editorial logging suggestions, not a new protocol tested by the study. If an experienced jumper already measures jump height, it can sit beside lifting performance without being merged into one score. Changing the measuring device, warm-up or testing time makes an apparent improvement harder to interpret. An isolated personal best is weaker context than a series measured consistently.
- Name the target ability before choosing the progress measure.
- Keep load-and-repetition entries separate from jump outcomes.
- Record the device, warm-up and timing used for jump measurement.
- Review repeated results under comparable conditions.
The muscle index calculator uses Big 3 one-repetition maxima to describe relative strength. A higher index does not establish better jumping or striking technique. Preserving that boundary lets a lifter celebrate a strength improvement without claiming an unmeasured athletic improvement. The study abstract does not provide a complete coaching program to copy.
Frequently asked questions
Does this make weightlifting derivatives best for every lifter?
No. The sample consisted of 35 male MMA athletes selected for force deficits, so it does not establish a universal program ranking.
Is the 5.11% power increase a punch-force result?
It is a change in theoretical maximal power derived from loaded squat-jump profiling. It is not the measured force of a competitive punch.
Can muscle index stand in for explosive performance?
Muscle index describes relative strength from Big 3 maxima. Jumping and other explosive outcomes need their own measures and testing context.
Source: PubMed (published )