In amateur golf, lower handicap players “give strokes” to higher handicap players based on their handicap differential to make head-to-head matches fairer. In match play, the standard way to allocate handicap strokes uses the “course-defined hole ranking”. Using a bootstrapped simulation of over 70,000 matches based on 392 rounds of golf, we first show that the standard stroke allocation method and course-defined hole ranking favor the better player in 53% of matches. Then, we investigate the impact of three potential changes to stroke allocation: modifying the hole ranking; giving both players their full handicaps instead of using handicap differential; awarding extra strokes to the weaker player. Our two primary findings are: 1) fair matches can be achieved by giving the weaker player 0.5 extra strokes, which corresponds to a tie-breaker on a single hole; 2) giving both players their full handicap makes the fairness results robust to different hole rankings. Together, these simple changes can improve fairness in match play golf and improve generalizability to other courses.
[1]
F. Scheid.
A Least Squares Family of Cubic Curves with an Application to Golf Handicapping
,
1972
.
[2]
Stephen M. Pollock.
A Model for Evaluating Golf Handicapping
,
1974,
Oper. Res..
[3]
B. Efron.
Bootstrap Methods: Another Look at the Jackknife
,
1979
.
[4]
T. Swartz,et al.
Equitable Handicapping in Golf
,
2000
.
[5]
Lawrence L. Kupper,et al.
Is the USGA Golf Handicap System Equitable?
,
2001
.
[6]
B. SwartzTim.
A New Handicapping System for Golf
,
2009
.
[7]
Ian G McHale,et al.
Assessing the fairness of the golf handicapping system in the UK
,
2010,
Journal of sports sciences.
[8]
W. Hurley,et al.
Handicapping Net Best-Ball Team Matches in Golf
,
2015
.