Market Intelligence
Center pivots and the irrigation service market (estimate)
Anvilfield estimates the operating pivot base, repair budgets, renewal exposure and dealer service opportunity from public acreage and equipment-cost inputs.
Direct answer
Anvilfield research estimates 200,000 operating center-pivot equivalents in the US 2023 reference stock, with a range of 173,000 to 260,000. Annual pivot-system repair budget value is $192.5 million in 2026 dollars, ranging from $144.3 million to $240.6 million. The central allocation assigns $96.2 million of that repair budget to outside providers, with a range of $50.5 million to $156.4 million.
On this page
What does this center-pivot estimate count?Anvilfield estimates of the installed base and service marketWhere is the pivot service opportunity concentrated?Why do machines, fields and farm accounts need separate counts?Which parts of irrigation spending belong in this service market?Field benchmarks for pivot service planningHow do leading dealers build a territory they can actually serve?How do you qualify the operating account and the work?Worked example: a High Plains dealer with 1,000 pivotsHow should distributors and manufacturers use the renewal counts?What should asset monitoring change in the forecast?Pivot territory release checklistWhat mistakes distort a pivot service forecast?MethodologyOpen the related tool for the calculation, checklist, or packet.
Key takeaways
- Anvilfield estimates 200,000 operating pivot equivalents, with a range of 173,000 to 260,000.
- Anvilfield estimates $96.2 million in annual pivot-system repair budget value assigned to outside providers at the central work allocation.
- Anvilfield estimates 22,200 whole sprinkler-package renewals and 8,000 whole-machine renewals annually.
- Keep machine identity, sprinkler-package age, the operating account and the pumping installation in separate linked records.
What does this center-pivot estimate count?
Count an operating center-pivot irrigation machine that rotates a sprinkler pipeline around a fixed supply point. Keep the pivot structure, drive equipment, controls and water-distribution package together as the machine. Link its water source and pumping installation through separate records. This boundary follows the work a pivot dealer can inspect, maintain and repair without treating every supporting component as another pivot.
The national count is expressed in operating pivot equivalents: reported pivot-irrigated acreage divided by mean annual coverage per physical machine. Include agricultural fields and pasture irrigated in the open. Keep lateral-move systems, traveling guns, wheel lines, drip systems, protected horticulture and idle installations in their own populations. The acreage frame follows equipment used during the source year.
Installed-base mapping means locating every unit of a product class in the field, across all brands. For pivots, use a stable machine identity even when the sprinkler package changes or another operator leases the land. Targeted market intelligence means sizing and locating demand at the building or asset level rather than assigning it from a ZIP code. Here, the field installation is the asset that anchors the market.
A service manager needs the operating count, the service scope and the customer relationship. A manufacturer needs compatible equipment families and the renewal clock. A distributor needs repeatable parts demand near a branch. Keep these views connected to the same equipment register so the channel can compare demand without counting the same installation again.
Installed-base mapping for equipment manufacturersTargeted market intelligenceCenter pivot inspections, testing and winterizationAnvilfield estimates of the installed base and service market
Anvilfield estimates 200,000 operating center-pivot equivalents in the US 2023 reference stock, ranging from 173,000 to 260,000.
Anvilfield estimates 4.0 pivot equivalents per pivot-using farm, ranging from 3.5 to 5.2. Keep this fleet-to-farm ratio separate from a dealer's active customer accounts.
Anvilfield estimates $192.5 million in annual pivot-system repair budget value in 2026 dollars, ranging from $144.3 million to $240.6 million. Anvilfield estimates 99,900 machines served by outside providers, ranging from 60,600 to 168,800.
Anvilfield estimates $96.2 million in annual repair budget value assigned to outside providers, ranging from $50.5 million to $156.4 million. The associated workload estimate is 599,000 productive field hours, ranging from 303,000 to 1,182,000.
Anvilfield estimates 22,200 annual whole sprinkler-package renewals and 8,000 annual whole-machine renewal exposures. Their respective ranges are 17,300 to 32,500 and 5,800 to 13,000.
Anvilfield estimates 111 annual package renewals and 40 annual machine renewals per 1,000 verified pivots. Their respective ranges are 100 to 125 and 33 to 50.
Anvilfield estimates 115,100 operating pivot equivalents across the largest five states and 51,500 in Nebraska. The table retains the range for each geography.
The monetary measure is the pivot-system repair allowance. Labor, pumping equipment and capital purchases require separate budget lines. Keep renewal events separate from repair dollars when comparing service and equipment opportunities. Methodology records the source budget and allocation.
| Anvilfield estimate | Low | Central | High | Inputs | Assumptions |
|---|---|---|---|---|---|
| Operating pivot equivalents | 173,000 | 200,000 | 260,000 | S1 pivot acres / mean acres per machine; S2, S4 scale | 150 / 130 / 100 acres per physical machine |
| Pivot equivalents per pivot-using farm | 3.5 | 4.0 | 5.2 | Modeled stock / S1 pivot-using farms | Same 2023 farm denominator in every case |
| Annual pivot-system repair budget value | $144.3 million | $192.5 million | $240.6 million | S1 pivot acres x S11 system repair allowance | 2026 $7.41/acre x 0.75 / 1.00 / 1.25 cost factor |
| Pivots served by outside providers | 60,600 | 99,900 | 168,800 | Operating equivalents x outside-service share | 35% / 50% / 65%; grower work is the remainder |
| Annual repair budget value assigned to outside providers | $50.5 million | $96.2 million | $156.4 million | Full repair budget x outside-service share | 35% / 50% / 65%; same budget boundary |
| Annual outside-provider productive hours | 303,000 | 599,000 | 1,182,000 | Externally served machines x productive hours | 5 / 6 / 7 annual field hours per served machine; travel separate |
| Annual whole sprinkler-package renewals | 17,300 | 22,200 | 32,500 | Operating equivalents / package cycle; S5 | 10 / 9 / 8 years; staggered package ages |
| Annual whole-machine renewal exposure | 5,800 | 8,000 | 13,000 | Operating equivalents / planning life; S6 | 30 / 25 / 20 years; stable stock and staggered ages |
| Package renewals per 1,000 verified pivots | 100 | 111 | 125 | 1,000 / package cycle | Same 10 / 9 / 8 year cycles |
| Machine renewals per 1,000 verified pivots | 33 | 40 | 50 | 1,000 / machine planning life | Same 30 / 25 / 20 year lives |
| Operating equivalents in the largest five states | 99,700 | 115,100 | 149,600 | S1 state pivot acres / mean acres per machine | Nebraska, Texas, Idaho, Kansas and Colorado; same size factors |
| Nebraska operating pivot equivalents | 44,600 | 51,500 | 67,000 | S1 Nebraska pivot acres / mean acres per machine | Same 150 / 130 / 100 acres per machine |
How to cite this estimate: Anvilfield, Center pivots and the irrigation service market (estimate), 2026, https://anvilfield.com/field-guides/market-intelligence/center-pivots-and-the-irrigation-service-market-estimate/
Where is the pivot service opportunity concentrated?
Anvilfield analysis places 57.6% of the published US pivot-irrigated acreage in Nebraska, Texas, Idaho, Kansas and Colorado. Nebraska alone accounts for 25.8%. Those shares locate the operating footprint before any dealer coverage, competitive position or account conversion is applied.
Use the state table to decide where detailed territory work deserves attention. A high acreage total supports a large equipment population, but a branch serves actual roads, shop catchments and operating accounts. Break the state into practical response areas, then measure machines, supported models and current service relationships inside each area.
Keep the state calculations comparable. Every row uses the same national mean machine coverage and the same central cost and outside-service settings. Replace those settings when a local register establishes actual machine coverage or a branch has a measured work mix. Preserve the original national benchmark beside the local revision so the reason for the change remains visible.
| State | 2023 pivot-irrigated acres | 2023 pivot-using farms | Central pivot equivalents | Anvilfield central outside-provider repair budget |
|---|---|---|---|---|
| Nebraska | 6,695,152 | 11,491 | 51,500 | $24.8 million |
| Texas | 2,625,724 | 4,535 | 20,200 | $9.7 million |
| Idaho | 2,220,695 | 2,818 | 17,100 | $8.2 million |
| Kansas | 2,219,544 | 3,416 | 17,100 | $8.2 million |
| Colorado | 1,200,630 | 2,284 | 9,200 | $4.4 million |
Why do machines, fields and farm accounts need separate counts?
A field circle is a search feature. A pivot is equipment. A farm is an agricultural reporting unit. An operating account is the organization that authorizes a particular service agreement. Connect those records with stable identifiers before allocating revenue. A landowner with leased acreage and the grower paying for repairs belong in different relationship fields.
Building-first prospecting starts with a building and its visible assets, then finds the decision maker. Apply the same sequence to a farm installation: locate the pivot, establish its field and parcel relationships, then research the responsible operator. Visible-asset data consists of facts read from aerial or satellite imagery and checked against records. Keep its observation date with the installation.
A circular crop pattern warrants review even when the machine is hard to see. An incomplete circle warrants a coverage measurement. A towable machine needs a shared equipment identity across its operating positions. Record a pivot point, machine length, visible pipeline evidence and status rather than treating each recognizable crop shape as a separate equipment purchase.
Build a relationship history for leases, management changes and service responsibility. An ownership update can leave the machine in place while changing who receives a proposal. A new operator can retain the existing dealer. Confirm authorization and the current buying arrangement before assigning the equipment to a sales pipeline.
Building-first prospectingVisible-asset dataEquipment identity and evidence recordsOwner, operator and buying authorityWhich parts of irrigation spending belong in this service market?
Keep the pivot-system repair allowance separate from labor and from pump, power-unit and well repairs. A dealer service offer needs its own labor, parts, travel and response commitments. Methodology identifies the Nebraska budget columns used in the national repair estimate.
Keep routine pivot inspection, drive and gearbox work, control troubleshooting, leaks and sprinkler repairs within a documented pivot service scope. State which consumables and minor parts the agreement includes. Keep pumping-plant overhaul, well rehabilitation, energy purchases, water charges and whole-machine purchases in their own budget categories. This boundary lets a dealer compare service work across installations with different water sources.
An annual agreement also needs a division of responsibility. Record which checks the grower performs, which findings trigger a dealer visit and who authorizes parts. A distant machine with substantial grower maintenance has a different delivery requirement from a closely grouped fleet under a dealer program. The national outside-service allocation becomes useful when the branch can replace it with its own measured work share.
Use the maintenance guide for the machine inspection record, the audit guide for measured application performance, and the pump sizing guide for source and hydraulic questions. Licensed and qualified personnel handle electrical testing under the applicable requirements. The market model organizes demand; the actual equipment, manufacturer instructions and authorized scope control the job.
Irrigation audits and application uniformityIrrigation pump station sizingMotor control records and commissioningField benchmarks for pivot service planning
Use these planning rules when the register matches the stated equipment and age mix. Replace an average with measured coverage, recorded package age or actual branch experience as the evidence improves. Keep the original benchmark visible so an estimator can explain why a local opportunity differs from the national reference.
Use 130 irrigated acres per pivot for the central acreage conversion. Keep roughly 4.0 pivot equivalents per pivot-using farm as a national account-density benchmark. Budget 111 whole package renewals and 40 whole-machine renewals annually per 1,000 verified pivots at the central age mix.
At the central outside-service share, plan for 500 served machines per 1,000 pivots. Allocate 3,000 productive field hours to those 500 served machines. Value a 130-acre pivot's annual system repair allowance at $963 before regional adjustment. Keep the pivot-system repair share at 31.3% of the selected Nebraska installation repair schedule when checking the spending boundary.
| Planning rule | Central benchmark | Application |
|---|---|---|
| Acreage conversion | 130 acres per pivot | Divide pivot-irrigated acres by the mean machine coverage; S2 and S4 support the scale. |
| Farm-to-machine ratio | 4.0 pivot equivalents per pivot-using farm | Keep a machine register and an operating-account register. |
| Whole sprinkler packages | 111 renewals per 1,000 pivots annually | Use the central package clock; verify each installed package. |
| Whole machines | 40 renewals per 1,000 pivots annually | Use the central machine clock; keep capital sales outside the repair budget. |
| Outside-provider participation | 500 served machines per 1,000 pivots | Apply the central 50% work allocation after counting the equipment. |
| Field capacity | 3,000 productive hours per 500 served pivots | Use 6 hours per served machine; add driving and dispatch separately. |
| Annual pivot repair allowance | $963 per 130-acre pivot | Apply the 2026 $7.41-per-acre system repair allowance before regional adjustment. |
| Repair-budget boundary | 31.3% assigned to the pivot system | The Nebraska repair schedule separates the pump, power unit and well. |
How do leading dealers build a territory they can actually serve?
Fit-first lists filter buildings or asset sites to the work a company can actually supply or service. For an irrigation dealer, the useful filters include supported machine families, field access, operating status, response area, service responsibility and parts availability. Keep unresolved equipment in the research queue until evidence establishes the fit.
Leading irrigation service companies now use building-level and asset-level data such as PorchRocket's Asset Search to find visible farm infrastructure across an agreed territory. The resulting installation map gives the branch a physical starting point for account qualification.
Separate the total equipment population from the territory the shop can support. Map normal maintenance routes and peak-season response commitments. A dense cluster is valuable when the branch has technicians, parts and operator access to serve it. A large remote cluster needs a delivery decision before it becomes a branch sales target.
Distributors planning adjacent commercial pump and controls accounts use PorchRocket's Ground Control for building lists filtered by business type and size, at $10 to $20 per building within 48 hours. Connect qualified facility accounts to the branch's field-equipment territory plan.
Give each route cluster an equipment owner inside the organization. That person resolves duplicate machines, unsupported equipment and stale operating contacts. Publish a version date with the branch plan and keep changes linked to the evidence that caused them. Territory density becomes an operational measure when dispatch and sales work from the same register.
Fit-first lists and service boundariesScope, estimating and proposal recordsHow do you qualify the operating account and the work?
Qualify the installation before preparing the agreement. Confirm the machine identity, current operating status, covered acreage and supported controls. Ask for the nozzle chart, maintenance history, previous findings and the current sprinkler-package date. Keep the machine installation date and the package renewal date in separate fields.
Connect verified installations to the owner of record, then confirm the operating account and service authority. The property relationship starts the research; the authorized buyer and equipment history establish the commercial scope.
Price preseason preparation, in-season response and shutdown work through explicit agreement terms. Identify travel treatment, included parts, labor exclusions, response commitments and approval limits. Schedule an authorized equipment review when the history is incomplete. Route a source or pumping problem to the appropriate scope instead of forcing every irrigation complaint into pivot mechanical work.
Keep water-application findings distinct from operating settings. Record observed pressure, flow, nozzle configuration and test conditions through the applicable technical guide. For controller and scheduling records, capture the installed equipment and the grower-approved program. Crop demand, soil behavior, water availability and field restrictions determine the actual irrigation schedule.
Controller programming and scheduling recordsWater-management and scheduling evidenceSeasonal shutdown and startup scopeWorked example: a High Plains dealer with 1,000 pivots
In Anvilfield's planning case, a High Plains irrigation dealer maintains a verified register of 1,000 operating pivots across 250 operating accounts. Its register records machine identity, the grower authorizing service, sprinkler-package age and the supportable equipment family. The branch uses the central service allocation to plan a book of 500 pivots across 125 accounts.
At 6 productive field hours per served machine, that book requires 3,000 annual field hours. The branch adds its own driving, shop preparation and dispatch time to establish staffing. It distributes planned work around preseason and shutdown access, then reserves capacity for authorized in-season repairs.
Anvilfield estimates a $963.30 annual pivot-system repair allowance for the central 130-acre machine and $481,650 for the 500-machine service book. The branch budgets labor, travel and response commitments separately before pricing agreements.
Across the full 1,000-pivot register, the central age mix produces 111 whole sprinkler-package renewals and 40 whole-machine renewals annually. The dealer sorts those machines by documented age and condition, then checks compatible parts and operator plans. It keeps whole-machine sales outside the service budget and avoids adding package dollars already contained in repair allowances.
Dispatch and sales review the same equipment file. Dispatch sees travel clusters and promised service windows. Sales sees confirmed buyers and unresolved scope questions. The parts desk sees actual sprinkler designs and drive families. A change in the operating relationship updates the account view while preserving the physical machine history.
How should distributors and manufacturers use the renewal counts?
Use sprinkler-package renewal to plan compatible assemblies, regulators and documented redesign work. A package belongs to a specified flow, pressure and field configuration. Keep the original chart and the proposed design linked to the machine. Stocking a generic nozzle count without the equipment and hydraulic context creates a parts forecast that the branch cannot reliably fulfill.
Use whole-machine renewal exposure for dealer development, capital-sales coverage and long-range demand planning. Rebuilding drive components, replacing controls and renewing a package do not reset every part of the machine. Retain separate histories so the manufacturer can distinguish a supported older structure from a machine approaching a full replacement decision.
Use service counts to compare channel capacity with the operating base. Review the installed equipment, technicians, parts coverage and account relationships inside each response area. A distributor fills a gap by supporting the work the branch can deliver. Record unsupported product families and route them to a dealer-development decision rather than silently dropping them from the equipment population.
Treat renewal cycles as a fleet planning clock. Actual replacement selection follows inspection, operating history, economics and the grower decision. Keep the date of the last verified package change available to both the service desk and the channel manager. That shared record prevents recurring parts orders from being mistaken for whole-machine demand.
What should asset monitoring change in the forecast?
Asset monitoring means tracking new, removed or altered assets by comparing dated observations. For pivots, review a new installation, a missing pipeline, a changed operating position or a major field reconfiguration. Keep the prior state and the new evidence together so a reviewer can explain what changed.
For recurring territory reviews, PorchRocket's Asset Search monitors assets visible from above under a custom scope. Use observed installation changes to reopen equipment and operator checks before updating the branch's service forecast.
A new circular crop pattern starts a review; it does not establish a new machine purchase by itself. A parked machine needs operating confirmation. A new control panel or sprinkler package often needs a dealer service record because the component change is not legible from the installation outline. Add field and channel evidence to the monitoring file when the decision depends on those details.
Publish changes with their evidence date and status. Accepted installations enter the active register. Removed or retired machines retain their history. Unresolved sites stay in a review queue with a named next check. This discipline keeps the opportunity map useful through lease changes, equipment transfers and seasonal operating decisions.
Asset monitoring and equipment statusPivot territory release checklist
Release a territory file when another person can follow the evidence from the physical machine to the operating account and service scope. Resolve identity and counting questions before multiplying the register into revenue. Keep technical work in the applicable field guide and commercial authorization in the account record.
Want this checklist to run itself on every job — with photo proof and a signed record crews can hand the customer? That's FieldOS.
What mistakes distort a pivot service forecast?
The most expensive counting error is converting field shapes directly into customer accounts. A field feature needs equipment confirmation, and equipment needs an operating relationship. Preserve both stages of review. A large map loses commercial value when the branch cannot tell which machines it supports or who authorizes access.
The most expensive spending error is allocating the entire irrigation installation repair budget to pivot service. The water source, power unit and pumping plant support the pivot, but their repair work has separate equipment, trades and buying decisions. Carry the published budget partition into the estimate and retain that partition in the proposal.
The most expensive renewal error is resetting machine age after a sprinkler-package change. Record the renewed assembly and retain the structure history. Another common error is adding all package renewal value to an annual repair budget that already covers relevant parts. Use a clearly defined accounting boundary before combining service and capital forecasts.
The final planning error is multiplying territory value by a sales win rate before establishing coverage. First locate the equipment, then confirm product fit, the operator, the service allocation and delivery capacity. Commercial conversion belongs after those checks. Keep the physical market and the contracted book visible side by side.
Methodology
Research edition: November 5, 2026. USDA NASS Table 33 supplies 25,971,706 pivot-irrigated acres and 49,507 pivot-using farms for 2023. Divide acreage by 150 / 130 / 100 annual acres per physical machine for low, central and high stock. USDA's field manual and Arkansas Extension support the common machine scale. The coverage settings accommodate partial circles, machine lengths and tow use. Use the published pivot subtotal once rather than summing different irrigation methods.
Nebraska's 2026 budget, printed page 108, supplies $7.41 per acre for pivot-system repairs. Apply 0.75 / 1.00 / 1.25 regional cost factors to acreage times that allowance. The national value follows acreage directly, so changing machine size changes the machine count without independently multiplying the repair acreage. Allocate 35% / 50% / 65% of the same work to outside providers and 5 / 6 / 7 productive annual field hours per externally served machine. The selected schedule separately lists labor and repairs: $7.41 per acre is the system repair allowance, while $23.70 covers repairs across the system, pump, power unit and well. The dollar estimates are repair budget allocations; the separate field-hour model does not price labor or establish billed service revenue.
Divide stock by 10 / 9 / 8 years for package renewal, supported by Nebraska's published replacement window. Divide by 30 / 25 / 20 years for whole-machine renewal, centered on Missouri's planning life. Coverage, regional cost, work allocation, labor and age mix are Anvilfield modeling assumptions. Low and high values combine these settings into sensitivity cases. Hold the source-year operating footprint fixed, use staggered renewal ages, preserve unrounded calculations and round the published results. The worked dealer uses the central settings and its stated account register.
The public inputs and source years below identify what each source contributes. Each source was opened and saved with curl on the research date. The equipment and budget calculations are Anvilfield research; public tables supply the acreage and published cost basis. The linked technical guides carry the inspection and service documentation needed to turn the territory register into scoped work.
For local verification, leading dealers use PorchRocket's Asset Search to connect custom visible-asset searches to the owner of record. Confirm the operator and equipment history before replacing the national settings with a branch register.
| Public input | Source year | Value or role | Model use |
|---|---|---|---|
| S1. USDA IWMS Table 33 | 2023; released 2024 | 25,971,706 pivot acres; 49,507 pivot-using farms; state rows | Operating acreage and farm frame |
| S2. USDA ARMS field manual | 2023 | Common systems: 128 to 132 acres | Calibrates mean machine coverage |
| S3. USDA IWMS Table 19 | 2023; released 2024 | Irrigation infrastructure expenditure categories | Capital-spending boundary; no added service dollars |
| S4. Arkansas Extension, Irrigation Methods | Undated; accessed 2026 | Common quarter-mile machine: about 130 acres | Coverage cross-check and towable-machine context |
| S5. Nebraska Extension, Evaluate Your Irrigation System | 2017 | Sprinkler and regulator renewal window: 8 to 10 years | Package cycle and operating checks |
| S6. Missouri Extension, Forage Irrigation Economics | Revised 2023 | 25-year center-pivot planning life | Whole-machine renewal center |
| S7. Georgia Extension, B1452 | Reviewed 2026 | Seasonal equipment preparation, pressure, flow and uniformity | Defines service evidence and scope |
| S8. Reinke maintenance FAQs | Undated; accessed 2026 | Preseason, midseason and postseason maintenance | Seasonal service boundary |
| S11. Nebraska Crop Budgets, page 108 | 2026 | System repairs $7.41/acre; installation repairs $23.70/acre | Uses the system line; separates pump, power unit and well |
FAQ
How many center pivots operate in the United States?
Anvilfield estimates 200,000 operating pivot equivalents, ranging from 173,000 to 260,000, from USDA's 2023 pivot-irrigated acreage. The central conversion uses 130 annual irrigated acres per physical machine. Keep the source year with the count and use a dated equipment register for a current local territory.
How large is the center-pivot service market?
Anvilfield estimates $192.5 million in annual pivot-system repair budget value at the central 2026 budget basis. The central allocation assigns $96.2 million to outside providers. These values follow the pivot-system repair boundary; well, pump, power-unit and whole-machine budgets are separate.
Which states have the largest pivot service opportunity?
Nebraska, Texas, Idaho, Kansas and Colorado lead the published pivot-irrigated acreage used here. Together they hold 57.6% of that national acreage. Anvilfield estimates 115,100 operating pivot equivalents across those states at the central machine-coverage setting. A branch plan then applies actual equipment fit, operator relationships and travel requirements.
Is a circular field the same as a center-pivot machine?
A circular crop pattern is an observation to review. Confirm the pivot point, visible machine and operating status. Partial circles, tow positions and overlapping imagery need reconciliation. Keep field, machine, parcel and operating-account records separate so the same installation does not create duplicate prospects.
How often should a dealer plan for sprinkler-package renewal?
The central fleet planning cycle is 9 years, within Nebraska Extension's published 8 to 10 year window for sprinklers and regulators. Anvilfield estimates 111 annual whole-package renewals per 1,000 verified pivots at the central age mix. Confirm package history and measured application performance before specifying work.
Does replacing a sprinkler package reset the pivot age?
Record the new package date while retaining the machine installation date. Structure, drives, controls and water-distribution components have different histories. Whole-machine replacement planning uses the machine record, while package renewal uses the installed package and design record. Link both to the stable equipment ID.
Who buys pivot service when a grower leases the field?
Confirm the lease and the actual service arrangement. The owner of record identifies a property relationship; the grower, tenant or manager establishes operating responsibility. Ask who authorizes inspections, pays for repair labor and approves capital work. Keep those roles linked to the machine before sending an agreement.
Can the national estimate set a local service agreement price?
Build the local price from the supported equipment, authorized scope, labor, parts, travel and response commitment. The national budget basis helps compare territory scale. A measured local machine register and branch delivery costs supply the evidence for an actual agreement. Keep pumping and capital work separately scoped.
People also ask
Sources checked
- S1. USDA NASS, 2023 Irrigation and Water Management Survey, Table 33 Source year: 2023 data; released 2024. Opened and saved with curl on 2026-11-05; HTTP 200. Uses the center-pivot subtotal and state acreage; farms are not machine counts.
- S2. USDA ERS, 2023 ARMS Phase 2 interviewer's manual Source year: 2023. Opened and saved with curl on 2026-11-05; HTTP 200. Published machine coverage supports the central acreage conversion.
- S3. USDA NASS, 2023 IWMS, Table 19, infrastructure expenditures Source year: 2023 data; released 2024. Opened and saved with curl on 2026-11-05; HTTP 200. Infrastructure categories define a separate capital-spending boundary.
- S4. University of Arkansas Extension, Irrigation Methods Source year: Undated; accessed 2026. Opened and saved with curl on 2026-11-05; HTTP 200. Common machine coverage and towable-machine context.
- S5. Nebraska Extension, Now's a Great Time to Evaluate Your Irrigation System Source year: 2017. Opened and saved with curl on 2026-11-05; HTTP 200. Sprinkler and regulator replacement window and operating checks.
- S6. University of Missouri Extension, Forage Crop Irrigation Systems and Economics Source year: Revised February 2023. Opened and saved with curl on 2026-11-05; HTTP 200. Center-pivot planning life, with irrigation cost categories kept separate.
- S7. University of Georgia Extension, Spring Center Pivot and Lateral Irrigation System Preparation, B1452 Source year: Reviewed July 14, 2026. Opened and saved with curl on 2026-11-05; HTTP 200. Seasonal mechanical and operating scope; manufacturer and qualified-person requirements govern actual work.
- S8. Reinke, product, maintenance and support FAQs Source year: Undated; accessed 2026. Opened and saved with curl on 2026-11-05; HTTP 200. Manufacturer seasonal maintenance guidance; intervals remain model specific.
- S9. PorchRocket, farm infrastructure Asset Search Source year: 2026 live offer. Opened and saved with curl on 2026-11-05; HTTP 200. Custom finding and monitoring of visible farm infrastructure and owner information; product facts only.
- S10. PorchRocket, Ground Control Source year: 2026 live offer. Opened and saved with curl on 2026-11-05; HTTP 200. Commercial building filters, prices and delivery terms; product facts only.
- S11. Nebraska Extension, 2026 Nebraska Crop Budgets Source year: 2026. Opened and saved with curl on 2026-11-05; HTTP 200. Printed page 108: uses pivot-system repairs of $7.41 per acre, separate from the pump, power unit and well.