Iâ€™ve always been fascinated by the seemingly arbitrary ways farmers measure quantities of hayâ€”specifically, hay bales. A â€śload of hayâ€ť could be a fixed number of bales (100 small squares, for example), or it might reference a jam-packed hay wagon or trailer.
At first glance, measuring by the wagon might seem less precise than counting individual bales. But in some cases, I would argue the opposite is true. If â€śa bale of hayâ€ť were a fixed unit of measurement, then counting bales would certainly be an effective approach.
But since bales can vary significantly in size, counting them as though theyâ€™re all the same isnâ€™t as precise as it seems.
A Barn of Bales
Letâ€™s crunch some numbers to demonstrate. Suppose you keep horses on your farm, and you know that filling a hay barn measuring 17.5 feet tall, 22.5 feet wide, and 30 feet long will provide enough hay to last for one year.
Now letâ€™s imagine youâ€™re baling small square bales measuring 14 inches tall, 18 inches wide, and 36 inches long. If you pack your hay barn to the brim, youâ€™ll fit exactly 2,250 bales.
That’s a nice, tidy way to measure your farmâ€™s annual hay consumption, right?
But what if you decide to start baling slightly smaller bales, measuring just 30 inches long? This seemingly subtle shift would add up quickly. All of a sudden, you would need 2,700 bales to fill the same hay barn.
As you can see, the size of each hay bale has a big impact on how many youâ€™ll feed in a given year. This is important to keep in mind whether youâ€™re baling your own hay or purchasing your supply from another farmer.
Small square bales are typically priced by the bale. But unless you know their size, itâ€™s hard to directly compare prices.
A bale costing $4.50 is 12.5 percent more expensive than a bale costing $4.00. But if itâ€™s 20 percent larger (36 inches long instead of 30 inches), it might actually be a better value.
Deal in Density
I say â€śmightâ€ť because the density of each bale is another factor to consider. A tightly-packed bale will contain more hay (and weigh considerably more) than a loose, fluffy bale of the same size.
Unfortunately, gauging the weight of a bale isnâ€™t an infallible means to measure its value. A heavy bale might contain more hay, true â€¦ or it might simply contain more moisture.
And we all know a moldy hay bale isnâ€™t worth much at all.
Over the last few years, Iâ€™ve experimented a lot with producing different bale sizes, trying to find the right density and length for easy handling with a small crew. For the 2020 hay season, we produced slightly smaller and fluffier bales to make stacking easier.
The results were satisfactory. But it was striking to see how we needed 2,400 bales to fill our hay barn instead of the usual 2,000.
It felt like we produced way more hay. And a strict interpretation of the bale count would have agreed with this belief, but measuring by volume (as gauged by the size of the hay barn) revealed a different story.
So to circle back to where we started, a â€śload of hayâ€ť measured in the form of a single hay wagon or trailer load can actually be more accurate than counting individual bales. Volume can cut through the confusion of varying bale sizes and provide a more accurate picture of how much hay you have (or need).
That’s always a benefit for farmers stocking up for the year.