Lumber Weight Calculator: Board Weight by Species

When loading lumber into the back of a pickup, be careful of how heavy it is. Wet lumber are extremely heavy because it still has all its water content. This is why green lumber is so heavy different than dry. If you don’t factor that into the equation, it could ruin your pickup’s frame and throw off balance of the load. Always consider the weight before picking up the lumber and save your axle.

After selecting the dimensions and species, calculator does the rest. It eliminates guesswork when trying to estimate how dense something is. We see many folks who rely on name of what’s in the package and not size of actual board. Two-by-four implies two inches by four inches, right? Nope! That’s the nominal size (the one we bill you for). The actual planed size are 1-1/2 inches by 3-1/2 inches. If you use nominal size, you’ll end up overestimating the load by almost sixty percent. It is not such a big deal unless you are checking whether your roof rack can holds what you want to carry or are trying to stay below payload limit.

How to Calculate Wood Weight

The last part of the equation is species. Framing lumber are often softwood. Southern Yellow Pine and Spruce-Pine-Fir are common choices because of their strength-to-weight ratio. They is easy to carry by hand, but they still hold nails well. Hardwoods are another story altogether. Due to their tighter grain, hardwoods such as Red Oak or Hickory pack more mass in the same space. A red oak board can weighs nearly double that of a pine board of identical dimensions. Knowing the weight gives you an idea of number of trips required to move the furnitures upstairs.

Another factor in any calculation is moisture content. Until wood reaches equilibrium with surrounding atmosphere, it will soak up surrounding humidity. Out of the mill, green wood contains more than twice as much water (by weight) than dry. That water resides in the wood’s cavities and cell walls of its fiber. When kiln dried, which is typically 12-percent moisture, the wood sheds this load. Web-based calculators accounts for such conditions by changing their baseline densities with a multiplying factor to reflect the additional mass of water. Because pressure treated is delivered with water under high pressure, the wood is both heavier and wetter, treated with chemicals, in comparison to regular stud lumber. These chemicals arrive dissolved in water, which remains inside the wood for months, even after your departure from home center lot.

Weight is another line item that will fall into your materials budget. Consider it with cost and availability. If you go with a heavy wood like a hardwood, it’s durable, but keep in mind that extra weight mean more work for your body to move. A light weight softwood is easy to handle, but make sure the lighter weight doesn’t affect strength of the structure under shear wall and wind load. The density adjustments in the reference tables demonstrates how species and conditions impact density. To calculate an accurate transport estimate, simply adjust the weight per board by your actual quantity of pieces and multiply the two values together. You should of used a calculator for this.

So, how do we make sense of it all? Let’s break down weight. What exactly is being weighed? Water, density and volume. If you’re able to distinguish those elements in your head, weight becomes a limitation you can handle. For instance, if you know an eight-foot stud weighs approximately ten pounds, you can go ahead and put 50 of ’em in your truck with confidence. That way, when you carry a load, you won’t risk damaging your vehicle along the way. It also ensures your car or truck stays intact. At the same time, your load remains protected. You will recieve actualy better results if you plan ahead.