The kinematic factors associated with elite level pistol shooting performance
Abstract
This thesis considered the kinematic factors associated with elite pistol shooting performance. The first three studies examined performance in the newly introduced modern pentathlon combined event. Study 1 demonstrated that shooting performances differed significantly between the combined event and the original precision shooting format. Pistol shooters achieved significantly higher scores, and significantly smaller pistol and centre of pressure movements, than modern pentathletes in the precision event (p.05), highlighting that the most successful precision shooters were not guaranteed success in the combined event. Studies 2 and 3 examined how shooting performance changed within and between each shooting series. Aiming time did not change significantly within any series (p>.05), and so participants experienced a similar degree of pistol and centre of pressure movement for each shot, and achieved similar scores. No significant differences were evident in shooting performances between each shooting series (p>.05), despite the additional 1 km run phases. Thus, each running phase appeared to have little impact on shooting performance. Individual analysis used in each study highlighted the extent of individual variation in shooting performances, and demonstrated that group analysis is not sufficient to reflect the performances of individual participants. The final two studies examined elite precision shooting performances. Study 4 provided a descriptive analysis of torso, shoulder, wrist and pistol movement during the final second before the shot. Participants produced variable movement patterns for the upper limb, reflecting the principle of abundancy, in order to control the motion of the pistol. The exact patterns varied between participants, further supporting the importance of using individual analysis to examine pistol shooting performance. Study 5 examined the effects of stance position on shooting performance. Changing stance position produced significant differences in the scores achieved by each participant (p
Fields of Study & Subjects
Sports Performance and Training
Sports Dynamics and Biomechanics
Publication details
- Journal / source
- e-space (Manchester Metropolitan University)
- Publication date
- 28 May 2026
- Language
- EN
- Document type
- Thesis