Combined Training
Before entries are open, if you are interested in competing please register your interest with our Team Manager Tamsyn by emailing krctamsyn@gmail.com
Combined Training consists of a dressage test and a show jumping round.
SEIB Combined Training competition for Mixed teams of 4 and Individuals to be run under BRC rules.
Novice Combined training team is a mixed class of 3 scores to count. One team member will ride Prelim 1 and jump 60cms, another different Prelim 2 and jump 60cms, another Prelim 2 and jump 70cms and fourth member rides Novice 2 and jumps 80cms.
Open Combined Training Team is a mixed class with 3 scores to count. One member will ride Prelim 1 and jump 80cms, one Novice 1 and jump 80cms , one prelim 2 and jump 90cms and fourth member to ride Novice 2 and jump 90cms.
Individuals can ride any test/height combination.
Horses can compete twice - either as part of a team and as an individual OR they can enter twice as an individuals – in both cases, the dressage test-height MUST be different.
Dressage Phase
The good marks from 0 to 10 awarded to a competitor for each numbered movement of the Dressage Test are added together with the collective marks. Then any error of course is deducted. Half marks may be awarded. The percentage of the maximum possible good marks obtainable is then calculated. This percentage is obtained by dividing the total good marks of the judge (minus any error of course or test) by the maximum possible good marks obtainable, then multiplying by 100 and rounding the result to one decimal place. In order to convert average percentage into penalty points, this must be subtracted from 100, with the resulting figure being rounded to one decimal point. The result is the score in penalty points for the test.
Show jumping phase
The Show Jumping phase of the Combined Training competition will be run under the Show Jumping rules in the BRC handbook
Elimination from one phase will result in elimination from the other.
The winning team will be decided from the best three scores in both phases.