In recent times, the performances of the South African senior national team (“Bafana Bafana”) have not matched the impressive off-field advancements in South African professional soccer. At the historic 2010 FIFA World CupTM held in South Africa, Bafana Bafana became the first host nation to be eliminated in the first round of the competition. Such disappointments have compelled stakeholders in South African soccer to call for a re-assessment of all structures and programmes which have an impact on the playing abilities of South African players. Of prime importance is the need to obtain a better understanding of talent development in South African soccer. The aim of this research study was to determine the relevance of selected factors associated with successful talent development in South African male professional soccer players competing in the 2008-2009 ABSA PSL season. In order to accomplish the research aims, the literature relating to talent development concepts and models was examined. The literature review identified seven factors which are relevant to talent development in soccer. The empirical study was exploratory, and it utilized a descriptive, non-experimental approach. Data were collected via a 53-item questionnaire, which was designed to evaluate the identified seven factors. The questionnaire was administered to a sample of 56 South African professional soccer players who played for clubs participating in the 2008-2009 season of the ABSA Premier Soccer League. The results obtained from the sample were analysed in terms of their descriptive statistics and confirmatory factor analysis was performed. The following six factors were statistically confirmed as being associated with the successful talent development of the sample: Training Environment, Motivation and Ambitions, Personal Development, Family Support, Cultural Factors and Coaching. These six factors accounted for 58 percent of the overall variance. The questionnaire had a reliability of 0.84, as measured by the Cronbach alpha coefficient. The study concludes that talent development in South African soccer is a multifactorial and complex process. Although the sample size was not suitable for discriminant analysis, theories such as the relative age effect and the „10-year rule‟ may be applicable to South African soccer. This study also adds to the limited body of knowledge on South African soccer, by identifying and scientifically analysing those factors which are associated with successful talent development. As success on the international stage becomes a priority in South African soccer, the identified factors serve as a sound scientific basis in the formulation of improved structures and strategies for perfecting the abilities of young soccer players, and increasing the competitiveness of Bafana Bafana.

The primary aim of this study was to investigate the seasonal changes that occur in the anthropometric, physical and motor characteristics of elite junior soccer players over the course of a training year. The participants targeted were elite soccer players from the NMMU-FCK Soccer School of Excellence and a total of 18 players between the ages of 15 to 18 years were recruited to comprise the sample for the study. The participants in the sample were assessed on four separate occasions. Each testing period was separated by a three month interval with the first testing period taking place in June 2005, at the start of their pre-season period, and the last testing session taking place in March of the following year, at the end of their playing season. In order to determine which specific characteristics of soccer were to be tested, the relevant literature was reviewed to establish the requirements, attributes and indicators of success in elite soccer. Therefore the test battery used was compiled in an attempt to address each of the identified physical attributes that contributes to successful soccer play. The battery included the following tests: weight, height and percentage body fat to represent the anthropometric characteristics. The physical characteristics were assessed by testing flexibility, anaerobic speed endurance, aerobic endurance, and muscular strength tests (1 RM bench and leg press, grip strength, and isokinetic knee strength). The motor assessments comprised of tests for speed (10-m, 20-m, and 40-m), explosive leg power (vertical jump), agility, and soccer-specific tests (dribbling and shooting at goal). In addition maturity status during the study was assessed using grip strength and height scores. All of the participants within the study sample were assessed on each day of the testing period, in alphabetical order, and this order was maintained during each testing period. Each of the four testing sessions lasted three days. On entering the Nelson Mandela Metropolitan University-Biokinetics and Sport Science Centre (NMMU-BSSC) laboratory on day 1, the participants completed the test battery in the following order: anthropometric measurements (weight, height, skinfolds), flexibility test (sit and reach), leg power test (vertical jump), muscular strength tests (1RM bench press, 1RM leg press, grip strength), and an aerobic endurance test (Multi-Stage Shuttle Run). The tests conducted on day 2 of the test battery were conducted as field tests at the NMMU-FCK soccer playing fields and the participants completed the tests in the same alphabetical order as day 1. The testing battery was conducted in the following order: speed tests (10m, 20m, and 40m sprinting), agility test (Illinois agility run), soccer-specific tests (dribbling and accuracy tests), speed endurance test (Yo-Yo intermittent recovery test). Testing on day 3 consisted of Isokinetic dynamometry strength testing and was conducted at the NMMU-BSSC. Each participant completed the testing protocol according to the same alphabetical order as was used on days 1 and 2. In order to achieve the aim of the study, the following objectives were set: to determine the anthropometric, physical and motor characteristics of the participants at the pre-season, start of season, mid-season and end of season stages of the training year and to identify the peak scores achieved for each variable tested; to compare the variables tested at each of the four testing sessions to determine the progression of each variable tested and to identify at which testing session peak performance related fitness was achieved; to compare the results obtained with relevant data from other research literature; and to monitor the maturation status of the participants. Based on the results achieved it can be concluded that the participants achieved peak physical fitness at the mid-season period (testing session 3). It would appear that the attainment of these results was determined by the participants being exposed to both a pre-season and an in-season training period. It seems that both the completion of the specific types of training that occurred during these two periods, as well as the competitive matches played, elevated the participants physical fitness to the levels required for success at the elite level.