Hurdles

Model Technique Analysis Sheets for the Hurdles Part VI: The 100M Hurdles  By: Johannes Hucklekemkes
Model Technique Analysis Sheets for the Hurdles Part VII: High Hurdles  By: Gunter Tidow
A Biomechanical Analysis of Top Hurdling  By: Antti Mero and Pekka Luhtanen
Clearance Technique Differences in the High and 400m Hurdles  By: Garry Brown
Biomechanical Research Project at the VI World Championships in Athletics, Athens 1997 - 110M/100M Hurdles  By: Harald Muller and Helmar Hommel
NSA Photosequence #16: 100M Hurdles - Yordanka Donkova  Commentary By: Judy Vernon
The Biomechanics of Hurdling: Force Plate Analysis to Assess Hurdling Technique  By: Brian McLean
The Women’s 100m Hurdles  By: B. McFarlane
Technique and Rhythm Development for Women 400m Hurdlers  By: Otakar Stastny

400m Hurdle – The Race  By: Garry Brown

NSA Photosequence 35 100m Hurdles: Gail Devers

Three-Dimensional Kinematic Analysis of the Hurdles Technique used by Brigita Bukovec  By: Milan Coh and Ales Dolonec
The High Hurdles - From Start to Finish  By: Tom Tellez

Sprints
The Technique of the Sprint Start  By: E. Ozolin
Fatigue Influenced Changes to Sprinting Technique  By: V. Tupa, F. Gusenov, & I. Mironenko
Some Reflections on Maximum Speed Sprinting Technique  By: Winfried Vonstein
Biomechanical Research Project at the VI World Championships in Athletics, Athens 1997 - Sprints  By: Harald Muller and Helmar Hommel
NSA Photosequence 17: 200 Metres Florence Griffith-Joyner  Commentary by: Leo Davis 
NSA Photosequence #15 - 200M Start: Carl Lewis  Commentary By: Carlo Vittori and Dan Pfaff
‘Go’ Signal Intensity Influences the Sprint Start  By: Brown, Kenwell, Maraj, and Collins
Velocity Dispersions in a Cluster of Starts: How Fast Could Usain Bolt Have Run?  By: H.K. Eriksen, J.R. Kristiansen, O. Langangen, I.K. Wehus
Development of Stride Length and Stride Frequency in Sprint Performance  By: A. Donati