Sprint Calorie Calculator

Sprinting requires a great deal of effort for a short amount of time. When sprinting, the amount of effort and the energy used by the body dont matches. It is difficult to estimate the calories burned during sprinting due to the short amount of time spent sprinting, but the body continue to use energy after sprinting has ceased.

Enter the weight in pounds, the distance of the sprints, the number of reps, and the amount of rest between those reps. Each of these inputs will change the number of calorie burned by the sprinter. The body weight will have the most greatest effect on the calories burned due to the amount of effort required to move that much body mass.

How Many Calories Do You Burn Sprinting

The heavier the athlete, the more calories will be burned. Using body weight in the calculation of calories burned, two individual of different weights will burn different amounts of calories even if they complete the same sprinting session. Height wont play a role in the calculation of calories burned.

Instead, the body weight and the amount of sprinting will be the only factors that determines the energy used in sprinting. The distance for each sprint will affect the type of energy used by the body. For example, the first twenty meters use energy from the power system in the body.

For the next forty or sixty meters, the body uses energy for speed endurance. The distance entered into the calculator will change the MET value used to calculate the calories burned. Additionally, if the sprint is performed on a hill or with resistance, the body will burn more calories.

The format field will change the intensity coefficient for the calculation. Reps and sets will determine the amount of time spent sprinting in one session. The calculator will calculate the amount of time spent sprinting based off the distance of each sprint and the format in which they is to be performed.

Additionally, the calculator will calculate the amount of time spent recovering between each sprint. Many athletes will not account for the amount of time spent resting between each sprint. Using the rest style field in the calculator will account for the calories burned during the resting portion of the sprinting session.

Another factor that will influence the number of calories burned is the density of each sprint session. Many people will overlook this factor when performing the calculation of the calories burned during sprinting. However, the higher the density of the sprint sessions, the more calories the sprinters will burn.

This factor is accounted for by the density factor that is built into the calculation of the MET load. Performing more sprint reps or shortening the rest time between sprint efforts will increase the number of calories burned as calculated by the calculator. The goal for sprinting sessions will impact the number of calories burned by the sprinters as well.

A goal of performing sprints for fat-loss conditioning will result in a higher number than a goal of conditioning for technique in sprinting. The output of the calculator is an estimate of the total number of calories that will be burned during the entire sprinting session. This number includes the calories burned during sprinting, resting periods, warm-up and cool-down periods, and the anaerobic add-on for afterburn effect.

The calculator will include a line item for the work performed by sprinting. Additionally, a line item for anaerobic will provide an estimate of the extra calories that are burned due to the high level of effort required of the sprinters during sprinting. These estimates are an approximation to the measurements from wearable devices.

However, the numbers can be used to compare the calories burned between sprinting sessions. The true number of calories burned may be different than the estimate provided by the calculator. The effect of heat or fatigue on sprinters will change the number of calories burned during sprinting.

Additionally, if sprinters choose to jog the last ten meters of their sprint, the calculator will not recognize this choice. Instead, it will still account for the ten meters of sprinting effort. The calculator is a planning tool that can be used to estimate the number of calories that should of been burned during sprinting sessions.

The tables of reference provide information regarding the balance of the volume of sprinting and rest between each sprint effort. For example, acceleration sprints will be short in distance but have longer periods of rest between each sprint. Repeat sprints will be performed at different distances and with different recovery periods between each sprint.

Tempo sprinting will fall somewhere in the middle of the volume and rest balance for sprint sessions. Each of these types of sprinting will burn a different amount of calories. These factors will influence the number that is calculated and the effect that each type of sprinting will have on the body.

The type of surface that is used for sprinting will influence the calories burned by sprinters. Grass and turf fields will require a small amount of energy to sprint on. However, sand will require a dramatically high amount of energy to sprint on.

The calculator will account for this by applying a multiplier to the number of calories burned by sprinters on these types of fields. However, the actual number may be even higher if the sand is deep. Again, the calculator is an estimate only of the energy that sprinters will expend on the fields.

The fields for warm-up and cool-down are included in the calculator because warm-up and cool-down periods do require energy, even though sprinters are not sprinting during these periods. For example, a warm-up that includes jumping or mobility exercises may last for fifteen minutes. Such activity will be accounted for in the calculation of calories burned.

The calculator will not inflate the total calories burned by the sprinters, but it will account for the warm-up sprinters perform. If the field for warm-up is left blank, the total number of calories will be underrepresented. One of the most common mistakes when using this calculator is treating it as a predictor of the distance that sprinters can sprint in a race.

The calculator does not have any information about the sprinters top sprinting speed or fatigue. All that it knows is the inputs that are typed into the calculator. For instance, changing the amount of time sprinters rest between each sprint will have a greater impact on the number of calories burned than increasing the number of sprint reps.

This tool allows individuals to see the impact of their choices. The value of the calculator over time will allow sprinters to compare the amount of calories that are burned during sprinting sessions of similar difficulty. The estimates can be used to compare conditioning and speed sprints.

Additionally, they can be used to compare sprinting on hills versus flat areas. The usefulness of the calculator will appear when sprinters use the estimate to make decisions. For instance, they can use the estimate to decide how many sprint reps to complete during a training session.

Once sprinters understand how to use the calculator, the estimate will be very close to the actual number of calories that are burned during sprinting sessions.