juicemonkey34
New member
First and foremost I am no expert on the topic of front loading, but after much research and analytical thinking I have created 2 charts which support the effectiveness of front loading longer ester AAS.
After much research, there seems to be much debate on the topic of front loading longer esters. I use test E as my example with an assumed half life of 5 days exactly. To show the benefit of front loading, I have created two excel spreadsheets. The cycle is a basic cycle of 500 mg test E, pinned twice a week (250 mg on Tuesday and 250 mg on Friday)
The spreadsheet with no front load shows that peak blood levels occur (and stabilize) at around day 18, with testosterone in the blood maxing out at around 650 mg after pinning.
The spreadsheet with a 600 mg front load on the first pin of the cycle shows that testosterone levels reach the desired 650 mg at around day 4 and fluctuate in very similarly to the same cycle with no front load.oad
No Front Load is the top picture, With front load is the bottom.
After much research, there seems to be much debate on the topic of front loading longer esters. I use test E as my example with an assumed half life of 5 days exactly. To show the benefit of front loading, I have created two excel spreadsheets. The cycle is a basic cycle of 500 mg test E, pinned twice a week (250 mg on Tuesday and 250 mg on Friday)
The spreadsheet with no front load shows that peak blood levels occur (and stabilize) at around day 18, with testosterone in the blood maxing out at around 650 mg after pinning.
The spreadsheet with a 600 mg front load on the first pin of the cycle shows that testosterone levels reach the desired 650 mg at around day 4 and fluctuate in very similarly to the same cycle with no front load.oad
No Front Load is the top picture, With front load is the bottom.
