How much meat on a deer (field dressed)

The Weight of Meat on a Field Dressed Deer calculator approximates the weight of meat on a deer based on its field-dressed weight.

INSTRUCTIONS: Choose your preferred weight units and enter the following:

• (fdW)  This is the field-dressed weight of the deer.

Weight of Meat: The calculator computes the approximate weight (W) of meat on the deer in pounds.   However, this can be automatically converted to other weight units (e.g. kilograms) via the pull-down window.

To compute the amount of meat on a deer, CLICK HERE.  This is the weight before field dressing, live or freshly killed.

The Math / Science

The amount of meat yielded from a field dressed deer can be generally calculated based on some approximations of meat, bone, and hide ratios. The initial field dressed weight is first multiplied by .75 to give us the approximate carcass weight. This is the weight of the deer minus: hide, head, and lower part of the legs that have very little meat. This value is then taken and multiplied by 0.67 to give us the ideal boneless weight. This value is multiplied by 0.70 to give us the final realistic venison yield.  To simplify it you can basically expect about 35% of the field dressed weight in meat. 

Obviously it is impossible to calculate exactly how much meat a deer will yield before hand, and other people may assume a higher or lower percentage of the field dressed deer will be meat  but this equation will give you a decent ballpark idea of what you can expect.

Meat Product Calculators:

• Weight of meat on a hog
• Weight of meat on a steer
• Weight of meat on a sheep
• Weight of meat on a goat
• Weight of meat on a deer (field dressed)
• Weight of meat on a deer (live weight)
• How many people will and amount of meat feed?

Read our Blog about the deer meat calculators: How much meat is on my deer

Firearm Calculators

• Sectional Density: Computes the factor used in the computation of the ballistic coefficient called sectional density.
• Bullet Ballistic Coefficient: Computes factor that represents a bullet's ability to overcome air resistance in flight.
• Ballistic Coefficient from Bullet's Mass, Diameter and Form Factor: Estimates the ballistic coefficient from the mass, diameter and form factor
• Miller Twist Rule: Computes the optimal barrel twist rate for stabilizing a bullet's flight given the bullet's diameter, length and mass.
• Taylor Knock-out Factor: Calculates a factor indicating the power of a round,.
• Greenhill Formula for Optimal Rifling Twist Rate: calculate the optimal barrel twist rate for stabilizing a bullet's flight given the bullet's diameter, length, specific gravity and velocity. 
• Bullet Flight Range: Computes the maximum range (horizontal distance) traveled by a bullet based on the muzzle velocity, elevation angle and shooter height.
• Muzzle Energy of a Projectile: Calculates the kinetic energy in a bullet immediately after leaving the barrel given the bullet's mass and velocity.
• Recoil Velocity of a Gun: Computes the velocity at which a gun will move in the opposite direction in relation to the projectile that it fired.
• Cost per Round: Computes cost per round of ammunition based on the cost of a container of cartridges and the number of rounds in the container.
• Rifle Sight Correction Angles: Computes the Minutes of Angle corrections for rifle sights.
• Shotgun Shell Reloading Cost: Computes the cost to reload used shotgun shells (hulls) with powder, shot, wads and primers.
• Shotgun Shell Loading Cost: Computes the cost to load new pre-primed shells (hulls) with power, shot and wads. 
• Metal Ball Weight: Computes the mass (weight) of a spherical metal (e.g., steel) ball based on the size (diameter).
• Metal Cylinder Weight: Computes the mass (weight) of a metal cylinder based on the size (diameter and length).

For more information on processing deer and eating venison see:

• http://www.butcher-packer.com
• 27 benefits of harvesting eating wild venison: a look at venison vs beef
• health benefits of eating venison