Journal of equine science2026; 37(2); 53-60; doi: 10.1294/jes.37.53

Sport predispositions in warmblood horses: insights from Grand Prix competitions.

Próchniak, T

Abstract: The aim of this study was to pilot the assessment of sport predispositions in warmblood horse breeds, both domestic and foreign, and to evaluate factors influencing their performance. Data from 293 horses (725 starts) competing in national Grand Prix events with obstacle heights of 140-145 cm were analysed using general mixed models. The origins of Polish Halfbred Horses were examined, and correlations between results in the Young Horse Championships and later Grand Prix performance were assessed. Results showed that performance is significantly influenced by genetic factors, such as breed and sex, and by the random effect of the rider. Stallions, German breeds, and horses aged 15-18 years performed best. Analysis of breed distribution and pedigrees revealed the growing importance of German, Belgian, and Dutch horses in national competitions. Positive correlations between early evaluation and later performance support the use of these data in assessing utility and breeding value. Despite low repeatability, competition results remain a valuable indicator of performance and breeding potential.

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Publication Date: 2026-06-13 PubMed ID: 42325407PubMed Central: PMC13276395DOI: 10.1294/jes.37.53Google Scholar: Lookup

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Journal Article

Summary

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Overview

This study investigated the sport predispositions of warmblood horse breeds in Grand Prix show jumping competitions, focusing on factors influencing their performance.
It analyzed data from horses competing in national-level Grand Prix events and explored genetic influences, rider effects, and early performance indicators.

Study Objective

To assess the sporting predispositions of various warmblood horse breeds, both domestic and foreign, competing at the national Grand Prix level.
To evaluate factors that influence performance, including breed, sex, age, rider effects, and pedigree origins.
To examine the relationship between early career results in Young Horse Championships and later success in Grand Prix competitions.

Data and Methodology

Data set consisted of 293 horses with a total of 725 competition starts.
Competitions analyzed were national Grand Prix events featuring obstacle heights between 140 and 145 cm.
Statistical analysis was performed using general mixed models to account for fixed effects (breed, sex, age) and random effects (rider variability).
Special focus was placed on the Polish Halfbred Horse breed to explore its genetic origins and performance characteristics.
Correlation analyses between Young Horse Championship results and Grand Prix performance later in the horse’s career were conducted.

Key Findings

Genetic influence: Breed and sex significantly affected performance outcomes.
Breed performance: Horses of German, Belgian, and Dutch breeds showed increasing prominence and performed especially well in recent national competitions.
Sex: Stallions generally outperformed mares and geldings in Grand Prix events.
Age: Performance peaked between 15 to 18 years of age, indicating that experience and maturity contribute to success.
Rider effect: The rider assigned to the horse contributed as a significant random effect to performance variability, showing the importance of the human factor in competition results.

Polish Halfbred Horse Insights

The study reviewed pedigrees to understand the genetic origins of the Polish Halfbred Horse.
Findings suggested that while Polish Halfbreds are present in competitions, the growing dominance of German, Belgian, and Dutch warmblood breeds may be overshadowing this breed’s competitive presence.

Correlation Between Early and Later Performance

Positive correlations were observed between results at Young Horse Championships and later Grand Prix performance.
This finding supports using early performance data as a reliable predictor for utility and breeding value assessment.
Early evaluation thus helps breeders and trainers identify horses with strong potential for high-level competitions.

Implications and Conclusions

Although the repeatability of competition results was low (performance can vary from start to start), results remain valuable for assessing a horse’s overall sporting capabilities and breeding value.
The study emphasizes the importance of genetic selection (breed, sex) and rider-horse combinations in achieving top performance levels.
It underlines the increasing trend toward certain foreign warmblood breeds dominating national Grand Prix competitions, which could influence breeding and training strategies within countries.
Early performance testing (Young Horse Championships) is validated as a useful tool in forecasting future success and guiding breeding decisions.

Summary

This study offers insightful evidence on how genetic background, rider influence, and early career results contribute to the sporting success of warmblood horses in show jumping.
It provides useful guidance for breeders, trainers, and riders to optimize horse selection and training programs that align with long-term competitive goals.

Cite This Article

APA

Próchniak T. (2026). Sport predispositions in warmblood horses: insights from Grand Prix competitions. J Equine Sci, 37(2), 53-60. https://doi.org/10.1294/jes.37.53

Publication

Journal of equine science

ISSN: 1340-3516

NlmUniqueID: 9503751

Country: Japan

Language: English

Volume: 37

Issue: 2

Pages: 53-60

Researcher Affiliations

Próchniak, Tomasz

Institute of Biological Basis of Animal Production, University of Life Sciences in Lublin, Akademicka 13, 20-950 Lublin, Poland.

References

This article includes 31 references

Albertsdóttir E, Eriksson S, Näsholm A, Strandberg E, Árnason T. Genetic analysis of competition data on Icelandic horses. 2007;110:242–250.
Bartolomé E, Menéndez-Buxadera A, Molina A, Valera M. Plasticity effect of rider-horse interaction on genetic evaluations for Show Jumping discipline in sport horses. 2018;135:138–148.
pubmed: 29363192
Borowska A, Szwaczkowski T. Pedigree analysis of Polish warmblood horses participating in riding performance tests. 2015;95:21–29.
Borowska A, Wolc A, Szwaczkowski T. Genetic variability of traits recorded during 100-day stationary performance test and inbreeding level in Polish warmblood stallions. 2011;54:327–337.
Clayton HM, Barlow DA. Stride characteristics of four Grand Prix jumping horses. Equine Exercise Physiology 1991;Vol. 3:pp. 151–157.
. Directive 2010/63/EU of the European Parliament and of the Council of 22 September 2010 on the protection of animals used for scientific purposes. 5033–79.
Gerber Olsson E, Árnason T, Näsholm A, Philipsson J. Genetic parameters for traits at performance test of stallions and correlations with traits at progeny tests in Swedish warmblood horses. 2000;65:81–89.
Heuer C, Scheel C, Tetens J, Kühn C, Thaller G. Genomic prediction of unordered categorical traits: an application to subpopulation assignment in German Warmblood horses. 2016;48:13.
pmc: PMC4751658pubmed: 26867647
Holmström M, Magnusson LE, Philipsson J. Variation in conformation of Swedish warmblood horses and conformational characteristics of élite sport horses. 1990;22:186–193.
pubmed: 2361507
Janicki B, Drewka M, Jończyk A, Krumrych W, Kaczmarek K. Assessment of performance traits in breeding horses in the context of the operation of Training Stations in Poland. 2015;16197–207.
Medeiros BR, Bertoli CD, Garbade P, McManus CM. Brazilian Sport horse: pedigree analysis of the Brasileiro de Hipismo breed. 2014;13:3146.
Nolte W, Thaller G, Kuehn C. Selection signatures in four German warmblood horse breeds: tracing breeding history in the modern sport horse. 2019;14:e0215913.
pmc: PMC6483353pubmed: 31022261
Orbidāne L, Kļaviņa I, Veidemane A, Jonkus D. Analysis of pedigree of stud stallions in sport type of Latvian warmblood horse breed. Zinātniski praktiskās konferences, “Līdzsvarota lauksaimniecība” 2018;Latvia University of Agriculture, Jelgava, Latvia, 22 Feb 2018, pp. 54–58.
Palmer E, Robles M, Chavatte-Palmer P, Ricard A. Maternal effects on offspring performance in show jumping. 2018;66:221.
Powers P, Harrison A. Effects of the rider on the linear kinematics of jumping horses. 2002;1:135–146.
pubmed: 14658371
Próchniak T, Rozempolska-Rucińska I, Zięba G. Preliminary evaluation of the use value of jumping horses based on their results achieved in Grand Prix competitions.. 2014;14:271–278.
Próchniak T, Rozempolska-Rucińska I, Zięba G, Łukaszewicz M. Genetic variability of show jumping attributes in young horses commencing competing.. 2015a;28:1090–1094.
pmc: PMC4478476pubmed: 26104516
Próchniak T, Rozempolska-Rucińska I, Zięba G, Łukaszewicz M. Evaluation of breeding value based on scores achieved in the Polish championships for young horses.. 2015b;15:879–887.
Ricard A, Blouin C. Genetic analysis of the longevity of French sport horses in jumping competition.. 2011;89:2988–2994.
pubmed: 21551348
Roos L, Hinrichs D, Nissen T, Krieter J. Investigations into genetic variability in Holstein horse breed using pedigree data.. 2015;177:25–32.
Rovere G, Ducro BJ, van Arendonk JAM, Norberg E, Madsen P. Genetic correlations between dressage, show jumping and studbook-entry inspection traits in a process of specialization in Dutch Warmblood horses.. 2017;134:162–171.
pubmed: 27678258
Rovere G, Madsen P, Norberg E, van Arendonk JAM, Ducro BJ. Effect of specialization on genetic parameters of studbook—entry inspection in Dutch Warmblood horses.. 2015;132:441–448.
pubmed: 26012787
Rovere G, Madsen P, Norberg E, van Arendonk JAM, Ducro BJ. Genetic connections between dressage and show-jumping horses in Dutch Warmblood horses.. 2014;64:57–66.
Sackman JE, Houpt KA. Equine personality: association with breed, use, and husbandry factors.. 2019;72:47–55.
pubmed: 30929783
Schubertová Z, Candrák J, Rolinec M. Genetic evaluation of show jumping horses in the Slovak Republic.. 2016;16:387–398.
Seierø T, Mark T, Jönsson L. Genetic parameters for longevity and informative value of early indicator traits in Danish show jumping horses.. 2016;184:126–133.
Stock KF, Jönsson L, Ricard A, Mark T. Genomic applications in horse breeding.. 2016;6:45–52.
Thorén Hellsten E, Viklund Å, Koenen EPC, Ricard A, Bruns E, Philipsson J. Review of genetic parameters estimated at stallion and young horse performance tests and their correlations with later results in dressage and show-jumping competition.. 2006;103:1–12.
Viklund Å, Furre S, Eriksson S, Vangen O, Philipsson J. Genetic conditions of joint Nordic genetic evaluations of lifetime competition performance in warmblood sport horses.. 2015;132:308–317.
pubmed: 25702949
Wallin L, Strandberg E, Philipsson J. Genetic correlations between field test results of Swedish warmblood riding horses as 4-year-olds and lifetime performance results in dressage and show jumping.. 2003;82:61–71.
Welker V, Stock KF, Schöpke K, Swalve HH. Genetic parameters of new comprehensive performance traits for dressage and show jumping competitions performance of German riding horses. 2018;212:93–98.