How do I develop efficient course geometry for faster competitive times?

Course geometry — the path the horse and rider take through a course pattern — has a dramatic effect on run times that most beginning mounted shooting competitors significantly underestimate. A horse running at the same speed on two different paths through the same course will produce different times if one path requires more total distance traveled or more dramatic speed reductions for corners than the other. Efficient geometry compresses the total distance traveled and minimizes the momentum loss at each turn. The most common geometry inefficiency in beginning mounted shooting is running too wide at turns — allowing the horse to swing out to a large arc around each balloon stake rather than making a tighter, more efficient arc that keeps the horse closer to the stake throughout the turn. A wide arc requires the horse to travel more total distance than a tight arc covering the same course points, adding time to the run without any corresponding benefit. Learning to collect the horse's turn, keep it closer to the stake, and drive forward sooner out of the turn compresses the geometry and reduces total distance traveled. Transitions — the rate point before each balloon and the acceleration point after it — affect course geometry as much as the turns themselves. A horse that rates too early begins its acceleration too far from the balloon, adding wasted distance. A horse that rates too late reaches the balloon with too much momentum and must make a wider, slower arc. Finding the correct rate point for each position in a specific pattern is a skill that develops through repetition and careful attention to what produces the most efficient, accurate run. Watching footage of experienced mounted shooting competitors on the same patterns is one of the most effective ways to study efficient geometry, because it shows directly the lines and transition points that fast, accurate runs use.