Flighted Iron
A number of issues can impact the HR readings of a horse—such as those you mention. But what you do is develop a baseline for an individual horse that consists of resting, pre-work-out; work-out and recovery HR (within a range). In addition, you record other information impacting the work—temperature, track condition, meds, etc. Over a period of time patterns become recognizable and a trainer will be able to truly understand the athletic progress/performance of his/her horse. With our horses, I could foresee illness/problems in advance due to variations from my baseline readings. I also would know when my horse was fit and be in position to deliver improved/peak performance.
We did this years ago with the onboard HR monitor, and keeping paper records. Now you can download all the data from the monitor onto your computer and use very specific software to manage/analyze the information. Some monitors are integrated with GPS systems so you can accurately manage distance/velocity/etc.
I cannot see how a trainer can design/manage a fitness program with out this essential data. Cardiovascular fitness is probably the most important and practical way to assess fitness. I bet most trainers would not know what their horses resting HR, aerobic zone, Anaerobic threshold and Max HR are. In my book, you need this information to train...(by the way here are the ranges for horses: Resting HR 30-40 BPM; Aerobic HR 150-170; Anaerobic HR—170+; Max HR 220-250).
Even for Life
A number of issues can impact the HR readings of a horse—such as those you mention. But what you do is develop a baseline for an individual horse that consists of resting, pre-work-out; work-out and recovery HR (within a range). In addition, you record other information impacting the work—temperature, track condition, meds, etc. Over a period of time patterns become recognizable and a trainer will be able to truly understand the athletic progress/performance of his/her horse. With our horses, I could foresee illness/problems in advance due to variations from my baseline readings. I also would know when my horse was fit and be in position to deliver improved/peak performance.
We did this years ago with the onboard HR monitor, and keeping paper records. Now you can download all the data from the monitor onto your computer and use very specific software to manage/analyze the information. Some monitors are integrated with GPS systems so you can accurately manage distance/velocity/etc.
I cannot see how a trainer can design/manage a fitness program with out this essential data. Cardiovascular fitness is probably the most important and practical way to assess fitness. I bet most trainers would not know what their horses resting HR, aerobic zone, Anaerobic threshold and Max HR are. In my book, you need this information to train...(by the way here are the ranges for horses: Resting HR 30-40 BPM; Aerobic HR 150-170; Anaerobic HR—170+; Max HR 220-250).
Even for Life
