We all complain very loudly about the cost of equipment and how hard it is to buy and pay for today. Came across a old 1981 Pami Report. Largest IHC combine made 1480 Axial Flow cash cost:$110,000. In 2017 largest CASEIH combine made 9240 Axial Flow cash cost:$575,000. Based on inflation, respective yields, price of grain and combine capacity, is a combine cheaper or more expensive today in real dollars and purchasing power? I am interested to see your math and your comments?
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Question: Is a combine cheaper in 2017 than in 1981?
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Fun!!!
inflation - [URL="https://www.bankofcanada.ca/rates/related/inflation-calculator/"]https://www.bankofcanada.ca/rates/related/inflation-calculator/[/URL]
$281,230.47 in 2017 dollars.
i'll leave the capacity to the gear heads but i'm pretty sure its at least twice as fastLast edited by tweety; Dec 16, 2017, 10:46.
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i would be surprised if 3 1480's would keep up to a 9240. you are right $110000 was a lot of dough then
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I doubt the brand new 9240 would do twice as much as a brand new 1480 would. After all the rotor is the same size. One question is what kind of headers are in the price. D****r headers make all combines more productive than the auger header typical of 81. Grain carts make older combines more productive as well. Larger hopper sizes do increase practical capacity of a combine as well as larger fields do. Often capacity comparisons are done on a new machine vs a worn older machine. As interest rates rise, it will become apparent that the farm machinery industry is not producing machines for the real industry like in the 80's when large machinery depreciated very fast.
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Originally posted by ajl View PostI doubt the brand new 9240 would do twice as much as a brand new 1480 would. After all the rotor is the same size. One question is what kind of headers are in the price. D****r headers make all combines more productive than the auger header typical of 81. Grain carts make older combines more productive as well. Larger hopper sizes do increase practical capacity of a combine as well as larger fields do. Often capacity comparisons are done on a new machine vs a worn older machine. As interest rates rise, it will become apparent that the farm machinery industry is not producing machines for the real industry like in the 80's when large machinery depreciated very fast.
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Originally posted by food4u View PostDo not forget that at that time you were able to claim a business investment tax credit on new machinery purchases, on top of full depreciation for the first year.
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Dad bought a NEW 7720 for $105,000 in 1982. 400 bu/hr in 25' 40 bu. wheat. About 4 gal/ hr.
Ran it 10 years, only rub bars and feeder chain, cheap harvests. Ran with a 1680 and capacity over the whole day was close except in barley, 1680 ran away.
9870 does DOUBLE that in 60 bu wheat, 35'. 12-14 gal/hr, speed costs nearly double per bu.
Rotary takes power, but ZERO cracking of grain, pays for cost IMHO.
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What was the price of grain on 1981....I think some are forgetting some of the important pieces of the equation.....
5 dollar wheat then would be 15 today....
Yield doesn't factor in because if the manufacturers make to many. (yield for deere and case collectively) they don't drop the price.
The work got done in 1981 but had more neighbors.....
Some things are priceless....Last edited by bucket; Dec 16, 2017, 14:13.
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And fuel was? Fertilizer costs? No comparison at all. Many farmers who did not borrow, made more in interest than they did off the farm. Remember, those were the years when a quarter could pay its way very quickly, often within the first year. And they were good, dry years. At least here they were. The eighties were as difficult as you made them on yourself...
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