Per Acre Equipment Calculation

In the June 8, 2017 edition of the Western Producer, columnist Kevin Hursh penned Per acre equipment calculation can be revealing. As is typical, Hursh hits the nail on the head with this piece by suggesting farms should know their equipment investment per acre. His column goes on to describe how new equipment has seen significant increases in SRP (suggester retail price) over the last few years, contributing greatly to the elevating of the “per acre equipment calculation.”

First, let’s figure out where you are at. Add up the current value of all your equipment, owned and leased. If that total is $2.5million, and if your farm is 5,000 acres, your equipment investment per acre is $500. If we compare that to a 2,500 acre farm with $1million invested in equipment (therefore $400/ac), who is better off?

Measure it against earnings

Last year, I had a client tell me about a meeting with his lender. This particular client is small acreage, relatively speaking (under 1,000ac in crop) and yet was quite well equipped for his acres. He carried minimal debt, and despite some cash flow challenges over the previous two years, his working capital was still very strong. He was seeking a high-clearance sprayer so that he could ensure timely fungicide applications for his lentils, and other high value crops. The feedback he received from his lender was that his “equipment investment per acre was to high.” On the basis of that single calculation, it most certainly was. What the lender failed to evaluate was the entire farm profitability. Because of the small acre base, my client was able to produce a rotation of high-management high value crops. His net profit per acre was almost double a typical grain farm. His ability to justify a high equipment investment per acre was evident. Needless to say, he acquired his sprayer (a used model valued at just north of $100,000) pushing is equipment investment per acre from $484 to $644.

Let’s go back to the 2 fictional examples above.
If we only looked at equipment investment per acre, we would likely conclude that Farm B is in a better situation by only having $400/ac invested in equipment versus Farm A having $500/ac. Yet when we dig further by bringing EBITDA into the calculation (EBITDA is Earnings Before Interest Taxes Depreciation & Amortization) we discover that Farm A generates stronger EBITDA per acre than Farm B, and is therefore possibly justified in having a higher investment per acre in equipment. In practical applications, even this doesn’t go far enough to determine which is better, but it’s a start.

To Plan for Prosperity

Delving into management calculations can be daunting and confusing. If we don’t know what to look for, how it compares, or even if we’re not measuring anything, we’re already behind before getting started. Begin by measuring the many facets of your business; in this case, “What is your equipment investment per acre?” How has is changed over the last five to ten years?

Relating back to my client, his EBITDA was a whisker under $120/ac, so his EBITDA to Equipment Investment on a per acre basis was about 0.186:1. This means that with his equipment investment of $644/ac will generate about $0.186/ac in EBITDA. Is that a good metric? As Kevin Hursh closed his column, “It’s unfortunate that more information isn’t available on the typical investment levels in each region. That would allow producers to make more relevant comparisons.”