What is the Multistage Hurdle Jump Test?

The Multistage Hurdle Jump Test is a lower body strength endurance assessment that measures foot quickness, body control, and repeated effort ability. Originally developed as part of the SPARQ (Speed, Power, Agility, Reaction, Quickness) rating system for basketball, this test evaluates an athlete's ability to maintain explosive jumping performance across two 20-second work periods separated by a 20-second recovery.

Unlike single-effort power tests like the vertical jump, the multistage hurdle test specifically targets anaerobic endurance and recovery capacity. The fatigue index calculation reveals how well an athlete maintains performance when fatigued, providing valuable insights for sports requiring repeated explosive movements such as basketball, volleyball, soccer, and combat sports.

How to Perform the Multistage Hurdle Jump Test

Equipment Required

To conduct the multistage hurdle jump test, you need a stopwatch, a 12-inch (30 cm) SPARQ Soft Endurance Hurdle or equivalent, and optionally, timing mats such as the JustJump system for automated jump counting.

Test Protocol

Before testing, explain the test procedures to the subject, perform screening of health risks, and obtain informed consent. Prepare forms and record basic information such as age, height, body weight, gender and test conditions. Perform a standardized warm-up. See more details of pre-test procedures.

  1. Setup: Place the hurdle on a flat, non-slip surface. Position timing mats on either side if available.
  2. Starting Position: Stand comfortably with both feet flat on the ground, perpendicular to the hurdle.
  3. Stage 1 (20 seconds): On the start command, jump off both feet and land on both feet on the other side of the hurdle, then immediately jump back. Continue for 20 seconds, counting total completed jumps.
  4. Rest Period (20 seconds): Rest completely for exactly 20 seconds.
  5. Stage 2 (20 seconds): Repeat the jumping protocol for another 20 seconds, counting jumps.

Pro Tip: Timing starts from the first movement, not the verbal command. For consistent results, use the same timer and testing conditions for all assessments. Elite athletes focus on maintaining jump height throughout both stages rather than just jump frequency.

Understanding Your Results

Fatigue Index Calculation

The fatigue index (also called the recovery index) is the primary metric from this test, calculated as:

Fatigue Index = (Stage 2 Jumps ÷ Stage 1 Jumps) × 100%

A higher fatigue index indicates better recovery capacity and anaerobic endurance. For example, if an athlete completes 28 jumps in Stage 1 and 26 jumps in Stage 2, their fatigue index would be (26 ÷ 28) × 100 = 92.9%.

Performance Standards

Fatigue Index Rating Typical Profile
>95% Excellent Elite basketball, volleyball athletes
90-95% Good Competitive athletes, well-conditioned
80-90% Average Recreational athletes, developing players
<80% Needs Improvement Beginners, deconditioned individuals

Sport-Specific Applications

Basketball

The multistage hurdle jump test is a core component of the SPARQ basketball assessment protocol. Basketball demands repeated explosive jumping for rebounds, shot blocks, and defensive rotations. Elite guards and forwards typically achieve 25-30 jumps per stage with fatigue indices above 92%. Point guards benefit from excellent fatigue resistance for continuous court coverage during fast breaks and pressing defense.

Volleyball

Volleyball players require sustained jumping ability throughout matches that may include 50+ jumps per set. Middle blockers and opposite hitters particularly benefit from high fatigue indices, as they must maintain vertical leap height for blocking sequences. Target fatigue indices for competitive volleyball players range from 90-95%.

Soccer

While the 30-second endurance jump variant was used in SPARQ soccer protocols, the multistage format provides valuable insights for goalkeepers requiring repeated diving and jumping, and outfield players during intense pressing phases. Midfielders benefit from excellent recovery capacity reflected in high fatigue indices.

Combat Sports

Boxing, MMA, and wrestling athletes use hurdle jump variations to assess lower body endurance relevant to explosive stance changes, takedown defense, and maintaining footwork late in rounds. The fatigue index directly correlates with ability to maintain explosive movement when fatigued.

How to Improve Your Fatigue Index

Training Recommendations by Score

Fatigue Index Below 80%: Focus on building anaerobic base through interval training. Incorporate 3-4 sessions per week of plyometric circuits with work-to-rest ratios of 1:2. Include box jumps, broad jumps, and squat jumps with progressive volume increases.

Fatigue Index 80-90%: Add repeated jump training with decreasing rest periods. Practice hurdle jumps in 15-second blocks with 15-second rest, progressing to 20-second blocks. Include reactive agility drills that combine jumping with direction changes.

Fatigue Index 90-95%: Implement sport-specific repeated jump protocols. For basketball, combine lane agility drills with vertical jump sequences. Add resistance training focusing on rate of force development through Olympic lift derivatives and loaded jumps.

Fatigue Index Above 95%: Maintain current conditioning while focusing on increasing absolute jump height and speed. Include contrast training pairing heavy squats with explosive jumps. Test monthly to ensure maintenance during competitive seasons.

⚠️ Important: Allow adequate recovery between test sessions (minimum 48 hours). Performing the test when fatigued will produce artificially low fatigue indices and may increase injury risk. Always complete a thorough warm-up including progressive jumping before testing.

The Test in Action

Frequently Asked Questions

What is a good fatigue index for the multistage hurdle jump test?

A fatigue index above 90% is considered good for competitive athletes, indicating strong recovery between explosive efforts. Elite basketball players typically achieve 92-98%, demonstrating minimal performance decline. Recreational athletes commonly score 80-90%, which represents room for improvement through targeted anaerobic conditioning.

How many jumps should I complete in each stage?

Elite athletes typically complete 25-30 jumps per 20-second stage, achieving jump rates of 1.25-1.5 jumps per second. More important than raw jump count is maintaining consistent numbers between stages. A high Stage 1 count followed by significant drop-off indicates poor recovery capacity.

What hurdle height should I use?

The standard SPARQ protocol specifies a 12-inch (30 cm) hurdle. Using different heights affects results and makes comparison to normative data invalid. If you must use an alternative height, document it clearly and only compare results using the same equipment setup.

How often should I test my fatigue index?

Test every 4-6 weeks during training phases to monitor progress and adjust programming. Avoid testing during heavy training weeks or within 3 days of competition. More frequent testing may not show significant improvement and can contribute to overtraining.

Does touching the hurdle count as a valid jump?

In the standard protocol, touching the hurdle does not invalidate a jump as long as you clear it and maintain continuous movement. However, repeatedly hitting the hurdle indicates fatigue or improper technique. The SPARQ Soft Endurance Hurdle is designed to collapse on contact for safety.

How does this test differ from the 30-second or 45-second hurdle tests?

The multistage test uniquely measures recovery capacity through the fatigue index calculation. The 30-second test (SPARQ basketball/soccer) and 45-second test (SPARQ boxing) assess total work capacity without recovery analysis. The multistage format is specifically designed to evaluate repeated effort ability.

Can I use this test for rehabilitation assessment?

The test places significant stress on ankles and knees and is considered an end-stage rehabilitation assessment. Only use this test when athletes have been cleared for full plyometric activity. For earlier rehabilitation stages, consider single-leg hop tests or lower-intensity alternatives.

References

  1. SPARQ Training. (2008). "SPARQ Basketball Rating System Protocol." SPARQ Magazine, Summer 2008.
  2. Markovic, G. (2007). "Does plyometric training improve vertical jump height? A meta-analytical review." British Journal of Sports Medicine, 41(6), 349-355.
  3. Read, P.J. et al. (2016). "Reliability of the jump-based assessment of reactive strength in youth soccer players." Journal of Strength and Conditioning Research, 30(5), 1368-1374.
  4. McInnes, S.E. et al. (1995). "The physiological load imposed on basketball players during competition." Journal of Sports Sciences, 13(5), 387-397.
  5. Ziv, G., & Lidor, R. (2010). "Vertical jump in female and male basketball players—A review of observational and experimental studies." Journal of Science and Medicine in Sport, 13(3), 332-339.

Similar Tests

Related Pages