How To Calculate Your Calorie Intake

March 18, 2016

 

Whatever you goals are you need to start by calculating how many calories per day you need.

 

The easiest and quickest way to actually work out roughly how many calories you need is to use a calculation of your current bodyweight in kilograms (KG’s) and an activity factor.

 

Take your bodyweight in kilograms and multiply it by 30 to 35. (30cals to 35cals). Depending on how active you are will indicate what number best to choose.

 

That will give you roughly how many calories you need each day to maintain your current weight.

 

 

Now time to choose an activity level.

 

Here’s a guide of activity level:

 

• lighter females = 28 cals per kilogram

• Sedentary = 30 cals per kilogram

• Moderately active = 32 cals per kilogram

• Active 35 cals per kilogram

• Very Active = 36-40 cals per kilogram

 

 

Now you have your calorie intake if you are looking to get leaner subtract 300-500 calories from this.

 

Alternatively, if you are looking to build muscle increase of up to 500 calories.

 

This will give you enough of a surplus that you’ll be building muscle, but not so much that you add a heap of unwanted body fat, whilst allowing you to retain as much muscle mass as possible should you be looking to get leaner.

 

The only way to know if your macros are calculated correctly is to be consistent in tracking and take progress updates weekly, if you are losing weight too quickly increase them a little if you not gaining muscle quick enough increase a little more.

 

Its a calculated estimate.

 

Next week ill explain how to calculate your macro split.

 

Check to my earlier blog post about protein.

 

Please reload

Featured Posts

[Case Study] Nicole Went From a Lost PT to a Confident Buisness Owner In Less Than 6 Months.

February 1, 2019

1/4
Please reload

Recent Posts
Please reload

GET IN CONTACT TODAY

  • Grey Instagram Icon
  • Grey Facebook Icon
  • Grey YouTube Icon

© 2016 EllaMartyn. All Rights Reserved. Terms of Use.

Site powered and designed by @SquareDen