galloping speed, for instance every 400 m over a period of time of 2 - 3 minutes, until exhaustion. The following table is a representative example but it must be remembered that the speeds and distances chosen by you depend on

the type and fitness of your own horse! Untrained horses will start relatively slowly! All the same, don’t start too low, otherwise the test will last a long time before reaching maximum speed. Horses used to more training and thoroughbreds start straight away at a higher departure speed of 500 - 700 metres per minute. The first tests serve to establish the appropriate steps when to increase speed, and to set down your individually adapted test requirements.

Only the last three steps should really be strenuous, and peak performance should only be maintained for 5 to 10 seconds. In our example below highest performance lasts for 6.5 secs. Maximum heart rate is reached at the last step which lasts only for a few seconds before the end of the test.

TABLE 5: Speed test: example of a continuous progressive speed test, increased in 6 steps of 400 m each:

Step

Speed

Speed

time to cover

Accumulated

heart rate

 

m./min.

min/km

400 m

time

per min.

1

500 m/min.

2.00 min/km

48.00 s

48.00 s

174

2

550 m/min

1.50 min/km

43.50 s

91.50 s

188

3

600 m/min

1.40 min/km

40.00 s

131.50 s

193

4

650 m/min

1.32 min/km

37.00 s

168.50 s

201

5

700m/min

1.26 min/km

34.00 s

202.50 s

210

Test c): hill test

In hilly country it is often difficult to find a suitable flat track, so a different test may be helpful. However, the horse must be used to training in hilly environment before using such a track for a test. Easy, regular climbs call for longer test tracks, steep climbs necessitate shorter stretches. Preferably, you should reach the hill at a good basic speed which will be gradually increased until you reach the top, or until your horse gets tired. It would be ideal if the top value of the horse’s performance would coincide with reaching the top of the hill. The heart rate at the end of the climb indicates HRmax.

It does not matter whether you decide to use one or the other test possibilities - it is much more important to follow the following indications: To achieve standardization, rules concerning warm-up and cool-down (see next chapter) must be kept to and the feeding routine maintained, that is, the last feed should consist in the usual food and be given 3 to 5 hours prior to testing.

Only well-rested horses are able to reach their maximum heart rate. On the day before the test, exercises should be easy; if your horse worked hard for one or two days before the test, or if it even ran a race, there is little hope to establish the correct maximum heart rate value.

If you have any doubts about the result, or if you want to be absolutely sure about your horse’s Max HR, repeat the test under the same conditions some days later to double-check the data.

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Polar CS600X user manual m Time Per min, Test c hill test

CS600X specifications

The Polar CS600X is a highly regarded cycling computer designed for serious cyclists who seek to enhance their training experience and monitor their performance metrics accurately. This advanced device seamlessly integrates cutting-edge technology with user-friendly features, making it an excellent choice for both competitive cyclists and fitness enthusiasts.

One of the most prominent features of the Polar CS600X is its advanced heart rate monitor. The device uses Polar’s proprietary WearLink technology, which provides accurate heart rate readings to help users manage their training intensity. By monitoring heart rate, cyclists can optimize their workouts and avoid overtraining, thus improving overall performance.

In addition to heart rate monitoring, the CS600X includes speed and distance measurement capabilities. The speed sensor, which can be mounted on the bike’s wheel, allows for real-time feedback on speed and distance traveled, enabling users to set personal bests and track progress over time. Cyclists can also customize their training zones, which helps in targeting specific physical goals.

Another standout characteristic of the CS600X is its ability to track cadence, providing crucial information about pedal revolutions per minute. Tracking cadence enables cyclists to improve their efficiency and power output, as it can indicate whether they are riding at an optimal speed.

For the tech-savvy cyclist, the CS600X is equipped with a user-friendly interface that boasts an easy-to-read display, making it simple to navigate through various functions and data screens. The device also features a versatile data export option, allowing cyclists to download their training data to computers or compatible applications for further analysis. This can prove invaluable for tracking long-term progress and adapting training regimens accordingly.

The CS600X also supports Polar’s Smart Coaching features, which offer tailored training guidance and advice based on individual fitness levels and goals. This adaptive training recommendation can help cyclists plan their sessions more effectively and achieve a higher level of fitness.

With its robust construction, the Polar CS600X is weather-resistant, making it suitable for all types of riding conditions. Moreover, the device enjoys a lengthy battery life, ensuring that cyclists can rely on it during long rides without the concern of running out of power.

In summary, the Polar CS600X is a feature-rich cycling computer that excels in performance tracking and training optimization. Its advanced heart rate, speed, distance, and cadence monitoring, combined with a user-friendly interface and robust construction, make it an indispensable tool for cyclists serious about improving their performance.