Clin2
NCT07584941Likely a fitRecruiting

Upper-Limb Training Methods for Improving Tennis Serve Power

Upper Limb StrengthUpper Limb PowerUpper Limb Serve Velocity

Part of Bones, joints & muscles, Injuries & trauma clinical trials.

This study compares two different arm-training approaches—plyometric exercises (explosive, bouncy movements) versus traditional strength training—to see which better improves serve speed and arm power in competitive tennis players. If you're an experienced competitive player, this research could help you understand which training method works best for your serve.

Summary written for real people, not researchers, by Clin2.

Phase
N/A
Enrollment
46 people
Ages
18 years to 30 years
Study type
Interventional

Who can take part

  • You are a male tennis player between 18 and 30 years old
  • You train or compete in tennis at least 3 times per week
  • You have at least 4 years of regular, structured tennis training experience
  • You have no recent surgery, shoulder or elbow problems, or other injuries in the past 6 months that would limit your training
  • You do not have heart, nerve, or other medical conditions that would make intense exercise unsafe for you
  • You are not currently in another structured strength or agility training program outside your normal tennis training

View the official record on ClinicalTrials.gov

Quick eligibility check

Answer a few plain-language questions, based on this study's own requirements, to get a preliminary sense of fit.

Similar studies

Other trials that look related to this one.

NCT06796842Not yet recruiting
Ballistic vs plyometric training for badminton performance

This study compares two types of jumping and explosive exercises to see which one helps badminton players improve their performance. If you are a male badminton player in your twenties, you might be able to join.

Rawalpindi, Punjab Province
NCT07591675Recruiting
Sprint and Plyometric Training vs. Traditional Strength Training in Rugby

This study compares two different training approaches—one combining sprints and jumping exercises, the other traditional strength training—to see which better improves speed, agility, and power in intermediate rugby players. Researchers will measure how these training styles affect your athletic performance and movement quality.

Islamabad
NCT07590674Recruiting
Balance training for competitive tennis players

This study compares two types of balance training to see which one better improves tennis players' ability to move quickly and change direction on court. You'll do either reactive balance exercises (responding to sudden movements) or traditional balance exercises over the study period.

Islamabad
NCT06419452Enrolling by invitation
Resistance training for tennis serve speed and accuracy

This study tests different types of strength training to see which one improves how quickly and accurately young tennis players can serve. You'll train for several weeks and your serve will be measured before and after.

Lanzhou, Gansu
NCT06221514Recruiting
Core vs Shoulder Training for Better Tennis Serve Speed

This study compares two types of training—core strengthening versus shoulder strengthening—to see which one helps tennis players hit faster serves. If you're a young adult player with some experience and no recent injuries or intense strength training, you may be able to join.

Giza
NCT07733869Recruiting
Core training for faster tennis serves

This trial tests if adding core muscle exercises to your routine can improve your serve speed. If you play tennis regularly and want to boost your game, this study may help you serve harder.

Beirut, Beirut

Hear when a new Upper Limb Strength trial opens

We’ll email you when one opens — at most once a week, no account needed, unsubscribe anytime.