Key Questions About Farm Machinery --Chapter 22
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Transcript Key Questions About Farm Machinery --Chapter 22
Key Questions About Farm
Machinery --Chapter 22
1. What are the alternatives for acquiring machinery
2. What are the advantages of new versus used?
3. What factors influence the best size of machinery?
Machinery Costs per Acre (Iowa Farm Business Association)
$100
$90
$80
$70
Interest
$60
Depreciation
$50
Hire
$40
Repairs
Fuel & lube
$30
$20
$10
$< 320 a.
320-479 a.
480-719 a.
720-1299 a.
1300 + a.
Machinery Costs per Acre
High 1/3 Mid 1/3
Total cost / acre $89
Investment /acre $289
$100
$294
Low 1/3
$106
$346
Acquiring Farm Machinery
Ownership
Rental (short-term)
Leasing
Rollover
Custom Hire
Joint Ownership
Trade Labor
Advantages of Owning
More control over use
More convenient
Less expensive for high use or long
life machines
Tax benefits from depreciation and
interest
Build up equity value
Short-Term Rental
Pay only for time
machine is actually
used
Pay by the hour or day
No investment
Cheaper for low use or
specialized machines
Long Term Leasing
Make annual lease payments
(20-25% of new price)
First payment when lease begins
Leases usually run 3-5 years
Option to purchase at end of lease
Operator pays for repairs, insurance, etc.
Example on page 433
Leasing Machinery
Advantages
Lower initial investment
Can trade frequently
Payments usually lower
than loan payments
Know machine before
purchasing
Payments tax deductible
Disadvantages
More expensive if
you plan to own it
Do not build equity
Locked into lease
period
No tax depreciation
deduction
Advantages of Custom Hire
No long term investment
No repairs or maintenance
Cheaper for low use items
Get operator labor
Pay only for acres actually
farmed
Own vs. Custom Hire
$ per acre
$90
$80
$70
Own
$60
Custom Hire
$50
$40
$30
$20
$10
$300
400
500
600
700
800
900 1000 1100 1200 1300 1400 1500 1600 1700 1800 2000
Acres per year
Rollover Purchase
New machine is purchased , usually by
company credit plan
Used one season, then traded for a new
model
Difference paid depends on hours of use
on old unit
Joint Machinery
Ownership
Spread ownership costs over more acres
Increase labor supply
Owner/operators can specialize
Less investment for each owner
Must be able to schedule use
Must adjust costs if use is not proportional to
ownership
Some farmers form machinery co-ops.
Trade Labor for Machinery
No investment or debt
No cash costs
Use excess labor
Takes about 5-8 acres
of labor to equal the
value of one acre of
machinery use
Used Machinery
Lower investment
and ownership costs
Higher repair costs
Lower reliability
Must trade more
often
Requires more
mechanical skills
Machinery Costs Decrease
$35,000
Repairs
Fuel & lube
Interest
Deprec.
$30,000
$25,000
$20,000
$15,000
$10,000
$5,000
$0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Age
Figure 1. Annual costs for a 180-hp tractor
Machinery Capacity
Small machinery causes timeliness losses
Large machinery has excess ownership
costs
Bottleneck is suitable field days
Least-cost machinery set can complete:
tillage and planting in 20-25 days
harvesting in 25-30 days
Least-cost Machinery Set
Machinery cost per acre
$160
$140
$120
Total costs
$100
$80
$60
Timeliness costs
Minimum
cost
point
Ownership costs
$40
Operating costs
$20
Labor costs
$0
Machinery size
Least-cost size
Figure 1. Effect of increasing machinery size on machinery costs
% of maximum
yield
100%
Effect of planting date on corn yields
90%
80%
70%
60%
Source: ISU Extension publication PM 1885
% of maximum
yield
95%
85%
75%
65%
55%
45%
35%
25%
Effect of planting date on soybean yields
Northern Iowa
Central Iowa
Source: ISU Extension publication PM 1851 .
1-Jul
24-Jun
17-Jun
10-Jun
3-Jun
27-May
20-May
Southern Iowa
23
-J
un
16
-J
un
9Ju
n
2Ju
n
26
-M
ay
19
-M
ay
12
-M
ay
5M
ay
28
-A
pr
50%
Some days you just can’t farm!
Machinery Capacity
(Acres covered per hour)
Acres per hour =
width (ft.) x speed x field efficiency %
8.25
Field efficiency allows for time to turn around,
make adjustments, and overlap.
30-ft. field cultivator x 5 mph x 85% = 15 a/hr
8.25
Matching Tractor and Implement
Horsepower needed depends on:
Width of implement
Draft requirement—pounds of force)
Type of soil (firm or tilled)
Speed
HP = width x speed x draft x soil factor
375
Example: Chisel Plow
Width: 20 feet
Draft: 500 lb/foot
Soil factor (corn stalks): 1.5
Speed: 5 mph
HP = 20 ft . X 500 lb/ft x 5 mph x 1.5 / 375
= 200 hp
When to Trade Machinery
Repair costs are high
Machine is unreliable
Machine is obsolete
Need more capacity
Cash flow is favorable
Need tax deductions