Just use the same formula for counting vaccine deaths:

To get an idea, we use "reported cases off covid" to measure and then we use "anyone who died within 28 days of a positive test" as a "covid death".

Using T-cells, we can get a better idea of how many people had covid:

https://www.bmj.com/content/370/bmj.m3563

Buggert’s study in Sweden seems to support this position. Investigating close family members of patients with confirmed covid-19, he found T cell responses in those who were seronegative or asymptomatic.10 While around 60% of family members produced antibodies, 90% had T cell responses. (Other studies have reported similar results.27) “So many people got infected and didn’t create antibodies,” concludes Buggert.

So, if we do a fair comparison:

90% of the Population developed covid specific T-cell responses, 60% had covid specific antibodies Only 4.6% of the people showing antibodies are used as reported cases

Assume 90% of the World population gets a vaccine on the same day A similar 60% will produce antibodies Then we use 4.6% of the 60% as "reported vaccines" And we count anyone who dies within 28 days of getting a vaccine a vaccine death, since vaccines are given 21 days apart that will be in the 49 days following e everyone getting the vaccine Average deaths per day world: 150,000 World Population = 7.8b

deaths during 49 days: 150,000 x 49 = 7.35m 4.6% of 60% of 7.8b = 215m

Covid vaccine death rate then equals 7.35m/215m = 3.4%

So, using the same method they use to count covid deaths, the vaccine will have a death rate of around 1 in 30 people.

^This!