Can Deadlifts Improve Explosive Power and Vertical Jump? What the Research Shows

When most people think about deadlifts, they picture heavy barbell training aimed at building raw strength. But could this foundational lift also help you jump higher and generate explosive force more quickly? A published study explored exactly that question, examining how a deadlift-focused training program affected explosive power output and vertical jump performance in beginners. The findings offer an interesting perspective for anyone who has ever wondered whether traditional strength training can translate into athletic performance gains — even without dedicated jump or sprint training.

What This Study Examined

The central question of this research was whether barbell deadlift training could improve two specific athletic qualities in novice trainees: the rate of torque development and vertical jump performance.

The rate of torque development refers to how quickly a muscle or muscle group can generate force. This quality is important in virtually every explosive athletic movement — from jumping and sprinting to changing direction quickly. It's distinct from maximal strength, which measures how much force you can produce at your absolute limit. Rate of torque development measures how fast you can reach that force output.

Vertical jump height is a commonly used field test to assess lower body power and is widely used as a marker of explosive athletic ability.

By studying these two variables together, the researchers aimed to understand whether a strength-based exercise like the deadlift could produce improvements typically associated with power training.

How the Study Was Conducted

The study focused specifically on novice trainees, meaning participants who were relatively new to structured resistance training. This is an important detail because beginners tend to experience more rapid initial adaptations to training compared to experienced lifters.

Participants completed a barbell deadlift training program over a defined period. The program was centered on the conventional deadlift as the primary training stimulus. Researchers measured participants before and after the training block to assess changes in both rate of torque development and vertical jump height.

The use of pre- and post-testing allowed the researchers to track changes that occurred specifically as a result of the training program. Explosive force production characteristics were assessed alongside the vertical jump tests to build a more complete picture of neuromuscular adaptation.

The study design was straightforward: apply a standardized deadlift training protocol and measure whether meaningful changes occurred in explosive performance outcomes.

Key Findings

The study found that participants who completed the deadlift training program showed measurable improvements in both areas being studied. According to the research:

• Rate of torque development increased following the deadlift training program, suggesting that participants were able to produce force more quickly after training

• Vertical jump performance improved in novice trainees as a result of the deadlift-focused program

• These results suggest that barbell deadlift training can produce positive neuromuscular adaptations that extend beyond simple maximal strength gains

The results suggest that training with the barbell deadlift may contribute to improvements in explosive force production, not just the ability to lift heavier loads over time. For novice trainees in particular, this kind of foundational strength work appears to carry over into performance qualities that matter for athletic movement.

What This Means for Training

Taken together, these findings suggest that incorporating barbell deadlifts into a training program may support explosive power development, particularly for people who are newer to structured resistance training.

This is meaningful for a few reasons. First, it challenges the common assumption that you need dedicated plyometric or power-specific training to improve jumping ability. While jump training certainly has its place, the study results indicate that strength training alone — when centered on a compound lift like the deadlift — may be enough to drive early improvements in explosive output.

Second, the improvements in rate of torque development are worth paying attention to. The ability to produce force rapidly is relevant not just for athletes, but for anyone interested in functional fitness, injury prevention, or general performance in everyday life.

For coaches and trainers, findings like these reinforce the value of building a solid strength foundation before layering in more sport-specific or explosive training methods. The deadlift, when taught and programmed correctly, trains the posterior chain — the glutes, hamstrings, and lower back — in a way that appears to support athletic qualities beyond raw strength.

If you're working with a personal trainer in Reno or online through Atlas Personal Training, this kind of research can inform how your training program is structured, especially in the early phases of your fitness journey.

Limitations of the Study

As with any research, it's important to consider the context and limitations of these findings before drawing broad conclusions.

• Novice population: The study examined beginners, meaning the results may not apply equally to intermediate or advanced lifters who have already adapted to resistance training. Beginners tend to show greater and faster improvements due to neurological adaptations that occur early in training.

• Single exercise focus: The program was centered around the barbell deadlift. It's difficult to isolate exactly which components of the deadlift (hip hinge mechanics, posterior chain loading, full-body tension) were most responsible for the observed improvements.

• Short-term design: Training study durations are typically limited in scope. Long-term effects of deadlift-focused programming on explosive power are less clear from this study alone.

• Limited generalizability: Because the participants were novices, caution should be used when applying these findings to athletes or experienced lifters with existing high levels of strength and power.

These limitations don't undermine the findings, but they do remind us that research results are most useful when considered alongside individual training history, goals, and context.

Conclusion

This study found that a barbell deadlift training program was associated with improvements in both the rate of torque development and vertical jump performance in novice trainees. The results suggest that foundational strength training — when built around a compound movement like the deadlift — may support explosive athletic qualities, not just maximal force output.

Research like this helps inform how many coaches structure resistance training programs, particularly in the early stages when building strength and movement quality can produce broad, meaningful adaptations. For anyone beginning a training program, this is a good reminder that getting stronger in the basics can pay dividends across multiple areas of physical performance.

If you're looking to build a training program grounded in evidence-based practice, working with a qualified coach can make a significant difference. You can browse Atlas Personal Trainings in Reno to find a trainer who can help you train intelligently from the start.

Related Articles

• Trap Bar Deadlift vs. Squat: Strength and Lean Mass

• Does Plyometric Training Improve Vertical Jump?

• Complex Training for Speed and Power

Source

Barbell deadlift training increases the rate of torque development and vertical jump performance in novices. Europe PMC. 2014. Available at: https://europepmc.org/abstract/MED/25226322