New archers often ask for a recommendation as to the proper draw weight to start with. The common recommendations for adult males that I observe are 25, 30, 35, 40, and 45 pounds (25 and 45 pounds being the least recommended, though common enough across the forums).
Many encourage trying different bows to determine a good starting point, preferably under the eye of an observant teacher. This is an ideal situation of localized opportunity and is often impossible. The new archer commonly resides in a vacuum of opportunity, and therefore needs to rely upon the advice of others, often via a forum question, in order to guesstimate their initial purchase.
The fact that a draw weight question is being asked on a forum is an indication that the new archer may have no local archery resources or mentors to consult, or simply hasn’t found them yet. Sometimes we start, then seek.
I thought it would be interesting to create some charts indicating subjective draw weight perception amongst differing body weights. This is not scientific, but rather a single and speculative scenario assuming the equal proportional strength within various body weights as a percentage when compared against an average constant. I then calculate what a particular draw weight may feel like to one archer in comparison to another based upon the percentage difference of their weight and, therefore, strength.
No conclusions are made. This does not take into account anything other than proportional strength and the possible subjective feel of draw weight. This does not assume trained archery musculature. All muscles are on equal proportional footing. I don’t know if the percentage differences between body weights applies to the nature of muscular strength and its percentage increase or decrease. Science this is not … food for thought this is.
(Since making the charts I’ve discovered the statistic from several sources that the average American male weighs about 195 pounds, but that’s still observable within the charts by reading between the lines.)
Click the pics for a larger version that's easy to read.
Chart A sticks a 45# bow into all archer’s hands and assumes that the average guy weighs 180 pounds. The right column indicates what a 45# draw weight may feel like to different muscles when compared to how it feels in the hands of the 180 pound average guy.
Note that the little guy, possessing only 78% of the weight of the average guy, may perceive the average guy’s 45# draw weight as feeling like 55# on his own smaller musculature.
The 220 pound fellow at the top of the chart with 122% of the average guy’s weight may perceive that 45# draw weight as 35# on his larger musculature compared to the average guy’s feel.
Chart B shows what draw weight is needed for each archer to feel as if they are pulling the same as the 180 pound average guy’s 45# bow.
Based upon the little guy’s 78% weight status, he needs to pull 35# in order to feel his draw the same as the average guy does for his 45# draw.
The 220 pound fellow and his 122% proportion over average needs to pull 55# to match the feel of the average guy at 45#.
Chart C flips the concept. Here the little guy is pulling 45#, and the average guy needs to pull 58# to match what the little guy perceives upon the draw, since the average guy possesses 129% of the little guy’s weight.
The 220 pound fellow, being 157% of the little guy’s weight, would need to pull a 71# bow to feel what the little guy feels with his 45# draw.
The Non-Conclusion's Conclusion
I conclude nothing from the above illustrations other than that it is nearly impossible to recommend an accurate starting draw weight to a new archer based upon speculation alone. Even the ballpark recommendations are difficult to nail down due to differing individual physiques and strength potentials. Erring too high in recommending draw weight is as easily performed as erring too low.
The charts above assume a “sameness” for comparison … real life musculature and strength is nothing but variable.
We often use our own personal draw weight feel as a reference in speculating what weight may well-serve a new archer, but even then we are biased in that our archery muscles have already been developed for that particular draw weight, possibly over decades, and it is hard to re-imagine what that particular weight – or any weight – would actually feel like to an undeveloped archery physique.
I believe those who teach archery and have had the hands-on experience of fitting draw weights to students of various age and physical abilities are able to make some fairly educated and safe blanket guesses based upon that experience. If an archer has fitted only himself with equipment, their reference is singular, and calculating for another archer perhaps far more difficult. Here is where calculated imagination must be carefully employed.
I now bow out. Hopefully others of more scientific bent and anatomical knowledge can provide a more accurate analysis of comparative strength and clarify any points upon which I was sorely inept.
Many encourage trying different bows to determine a good starting point, preferably under the eye of an observant teacher. This is an ideal situation of localized opportunity and is often impossible. The new archer commonly resides in a vacuum of opportunity, and therefore needs to rely upon the advice of others, often via a forum question, in order to guesstimate their initial purchase.
The fact that a draw weight question is being asked on a forum is an indication that the new archer may have no local archery resources or mentors to consult, or simply hasn’t found them yet. Sometimes we start, then seek.
I thought it would be interesting to create some charts indicating subjective draw weight perception amongst differing body weights. This is not scientific, but rather a single and speculative scenario assuming the equal proportional strength within various body weights as a percentage when compared against an average constant. I then calculate what a particular draw weight may feel like to one archer in comparison to another based upon the percentage difference of their weight and, therefore, strength.
No conclusions are made. This does not take into account anything other than proportional strength and the possible subjective feel of draw weight. This does not assume trained archery musculature. All muscles are on equal proportional footing. I don’t know if the percentage differences between body weights applies to the nature of muscular strength and its percentage increase or decrease. Science this is not … food for thought this is.
(Since making the charts I’ve discovered the statistic from several sources that the average American male weighs about 195 pounds, but that’s still observable within the charts by reading between the lines.)
Click the pics for a larger version that's easy to read.

Chart A sticks a 45# bow into all archer’s hands and assumes that the average guy weighs 180 pounds. The right column indicates what a 45# draw weight may feel like to different muscles when compared to how it feels in the hands of the 180 pound average guy.
Note that the little guy, possessing only 78% of the weight of the average guy, may perceive the average guy’s 45# draw weight as feeling like 55# on his own smaller musculature.
The 220 pound fellow at the top of the chart with 122% of the average guy’s weight may perceive that 45# draw weight as 35# on his larger musculature compared to the average guy’s feel.

Chart B shows what draw weight is needed for each archer to feel as if they are pulling the same as the 180 pound average guy’s 45# bow.
Based upon the little guy’s 78% weight status, he needs to pull 35# in order to feel his draw the same as the average guy does for his 45# draw.
The 220 pound fellow and his 122% proportion over average needs to pull 55# to match the feel of the average guy at 45#.

Chart C flips the concept. Here the little guy is pulling 45#, and the average guy needs to pull 58# to match what the little guy perceives upon the draw, since the average guy possesses 129% of the little guy’s weight.
The 220 pound fellow, being 157% of the little guy’s weight, would need to pull a 71# bow to feel what the little guy feels with his 45# draw.
The Non-Conclusion's Conclusion
I conclude nothing from the above illustrations other than that it is nearly impossible to recommend an accurate starting draw weight to a new archer based upon speculation alone. Even the ballpark recommendations are difficult to nail down due to differing individual physiques and strength potentials. Erring too high in recommending draw weight is as easily performed as erring too low.
The charts above assume a “sameness” for comparison … real life musculature and strength is nothing but variable.
We often use our own personal draw weight feel as a reference in speculating what weight may well-serve a new archer, but even then we are biased in that our archery muscles have already been developed for that particular draw weight, possibly over decades, and it is hard to re-imagine what that particular weight – or any weight – would actually feel like to an undeveloped archery physique.
I believe those who teach archery and have had the hands-on experience of fitting draw weights to students of various age and physical abilities are able to make some fairly educated and safe blanket guesses based upon that experience. If an archer has fitted only himself with equipment, their reference is singular, and calculating for another archer perhaps far more difficult. Here is where calculated imagination must be carefully employed.
I now bow out. Hopefully others of more scientific bent and anatomical knowledge can provide a more accurate analysis of comparative strength and clarify any points upon which I was sorely inept.