Blitar’s egg farmers buy corn to mix into their chickens’ feed. At a November 5 meeting, cooperative chair Yesi Yuni Asuti reported commercial corn reaching Rp7,800–7,900 a kilogram, while discounted grain from the state logistics agency Bulog could be bought for about Rp5,000. She wanted that cheaper supply to arrive more smoothly. [1]
That is a large difference for a farm buying repeatedly. It also makes private corn supply look deceptively simple: buy cheaply elsewhere, combine farmers’ orders and deliver. But the low price is subsidised, and organised buying already happens. The business worth examining is whether a supplier can make the ordinary commercial delivery cheaper, after paying for everything needed to get suitable grain to the farm. [2][6]
Cheap grain comes through a different system
Under the government’s SPHP price-stabilisation programme, Bulog manages government corn stocks and sells discounted grain through channels including cooperatives and associations. The Agriculture Ministry’s August account put the price at Rp5,000/kg collected from a Bulog warehouse and a maximum Rp5,500/kg at the farmer. Public support helps reconcile affordable feed with the government’s purchase price for corn growers. A private supplier cannot treat that discounted selling price as its own available buying price. [2]
Farmers who mix their own feed still need suitable ingredients when programme deliveries do not cover their purchases. Corn supplies energy; it needs other ingredients to make a balanced ration. Grain also has to be dried, handled and stored appropriately: the ministry’s feed-testing agency describes mould toxins as a risk during production, storage and distribution. The useful purchase is grain fit for feeding, delivered when needed. [1][12]
Existing businesses already do much of this work. Putri Agro Pertiwi, an East Java commodity supplier, advertises direct sourcing, drying facilities, storage, lot checks and scheduled delivery. Its published corn minimum is ten tonnes, with smaller orders open to discussion; prices require a quote. These are company claims, but they establish the offer a challenger must compare against. [3]
Cooperatives can also buy for themselves. In May 2024, detik reported that 75 tonnes had travelled from Bima to Blitar, with eleven cooperatives and farmer associations in the wider buyer network. Jaton Mandiri has a local distribution business and a historical offer of dry corn to Blitar layer farms—farms keeping hens for eggs. Neither that old offer nor the Bima shipment supplies a current, comparable delivered price. They do show why “remove the middleman” is an incomplete business argument: buyers already have ways to organise purchasing, and someone must still do the work. [4][5][6]
The company would sell a delivery it can stand behind
Scheduled corn supply for Blitar layer farms would be a regional grain merchant serving clusters of farms with recurring commercial needs beyond the discounted grain they can actually obtain. The proposed change is to book those needs before buying the matching lots, then group nearby deliveries. That could reduce unwanted stock and scattered truck journeys. Whether it improves on existing merchants’ costs remains a hypothesis. [3][6]
The owner would approve a rolling quantity, price, delivery date, cancellation terms and quality specification. The merchant would compare buying already-dry corn with buying wetter grain and paying a dryer, arrange transport and quality checks, then deliver for agreed weighing and acceptance. The farm would pay the merchant for accepted grain; the merchant would pay suppliers, contractors and any financing costs, taking responsibility under the delivery contract. A moisture reading alone would not establish that a lot is free of mould toxins. [12]
An experienced grain buyer and dispatcher could build this operation with contracted drying, haulage and testing rather than owning every facility. Suppliers would be offered repeat purchases and clear settlement; contractors, planned paid work. Those arrangements would have to be negotiated. The first sales route would be direct offers to farm owners, with voluntary cooperative introductions where available: show the actual delivered saving, secure an authorised order, then earn the repeat purchase. No cooperative access or purchase commitment has been secured.
The commercial promise would be a lower comparable bill with dependable delivery. Farmers should compare moisture and quality, quantity, delivery and payment timing together. Obtainable SPHP corn comes first. For the rest, a dealer’s credit or a cooperative’s own purchasing may be worth more than the new merchant’s cash discount. The investigation has not established which is cheapest on those matched terms. [1][2][3][6]
A small margin has to pay for a lot of work
Consider an illustration: sell at Rp7,000/kg and retain Rp300/kg after every variable cost, including acquiring and keeping the customer. That leaves a maximum Rp6,700/kg for grain and all the work around it. The selling price is below the commercial price Yesi reported, but neither it nor the Rp300 remainder is a market quote or measured margin. [1]
| Item | Rupiah per kg |
|---|---|
| Assumed customer price | 7,000 |
| Maximum total variable cost | 6,700 |
| Target remainder for fixed costs and profit | 300 |
Even the grain purchase needs care. Suppose corn could be bought for Rp5,500/kg at 20% moisture. Removing water to reach a 14% accounting basis leaves about 0.93kg from each original kilogram, before other losses. The grain alone would then cost Rp5,912.50 per kilogram on that basis, leaving only Rp787.50 for drying, transport, testing, handling, finance, customer acquisition and everything else that varies with the sale. The Rp5,500 input comes from a government procurement benchmark, not an offer available to this company. The calculation shows the ceiling a real quotation must clear. [2]
Volume decides whether the remainder can support a company. RRI reported Blitar’s deputy regent citing 3,168 layer farmers and corn needs of 900–1,000 tonnes a day in January 2026. Keeping that daily rate unchanged would mean 328,500–365,000 tonnes a year. That is the regional starting point, not the proposed supplier’s market. [7]
In a deliberately conditional sizing exercise, assume 40% suits the intended farm segment, 30% remains outside obtainable SPHP supply and a quarter lies within an initially reachable cluster. That leaves about 9,855–10,950 tonnes a year. Winning 15–30% would mean roughly 1,478–3,285 tonnes: Rp10.35–23 billion in annual sales at the assumed price, but only Rp443.5–985.5 million left at Rp300/kg before fixed overhead. These shares are assumptions, not customer demand. [7]
That could support a lean merchant, depending on its actual fixed costs. An illustrative Rp600 million annual fixed budget would need 2,000 tonnes at the assumed remainder, so the low-volume case would fall short. Grain finance matters too: an assumed 200 tonnes held at Rp6,000/kg ties up Rp1.2 billion. The supplier would need capital even with booked orders. Full workings and sensitivities are in the notes.
A booked order also costs the farmer flexibility
The strongest objection is that the farmer may be right to keep buying flexibly. A commitment can become expensive if discounted grain arrives later or the market price falls. A deposit uses cash the farm might need elsewhere. Booking orders shifts risks; it does not erase them. Existing merchants could also copy the schedule or offer better credit. Putri Agro Pertiwi already advertises an integrated operation, while established cooperative buyers have their own supply relationships. [2][3][6]
Policy could reduce the remaining commercial demand. On November 5 the Agriculture Ministry announced a planned system linking growers, cooperatives and Bulog reserves for lean-season supply. That is an announced plan, not evidence that every farm’s future need has been covered. It is still a reason to measure what farmers actually expect to buy commercially before financing stock. [10]
If a supplier earns dense routes, reliable acceptance records and repeat customers, those relationships might lower its costs further. No durable protection from imitation has been demonstrated. Expansion to nearby East Java farming districts has a historical trading-network precedent, but each new route would need to earn its own margin. [6]
Investigate the scheduled supplier first: it addresses farmers’ existing corn bill, and its central uncertainty can be tested before buying grain. Collect recent farm invoices and cooperative cost records for one practical delivery area; obtain same-week source, drying, haulage and testing quotes; then ask owners for a priced quantity commitment. Compare the resulting offer with the cheapest adequate dealer delivery or cooperative purchase, including credit and cancellation terms. If a lower customer bill leaves too little per tonne, or too few recurring tonnes to pay a realistic operating budget, stop.
Repeated buying and organised supply are documented. The proposed cost saving is an inference still to prove. Farm owners, authorised cooperative buyers and grain operators who can provide comparable costs and genuine purchasing terms would answer the question that matters: can this merchant save farmers money and keep enough of the saving to stay in business?
Research Notes
The sources, calculations and evidence records behind this investigation. Numbered citations in the article link here; ↩ returns to the text.
Alternatives and the evidence behind them
| Alternative | Offer, customers and channel | Price and outcome evidence |
|---|---|---|
| Bulog SPHP | Subsidised corn through warehouses, cooperatives and associations for participating farms; government procurement and stock management. | August 2026 terms: Rp5,000/kg at warehouse, maximum Rp5,500 at farmer. Cheaper when obtainable; November reporting includes continuity complaints. [1][2] |
| Putri Agro Pertiwi | Wet/dry corn, sourcing, drying, storage, quality checks and logistics; industrial/feed buyers, East Java sourcing and claimed national delivery; direct quotation/WhatsApp sales. | Quote required; ten-tonne minimum, smaller needs discussable. Company describes capabilities; independent delivery performance, actual credit and margins unverified. [3] |
| Jaton Mandiri | Blitar agricultural/livestock distributor, direct contacts and website. Dry-corn offer to local layer farms documented historically. | 2015 offer: 2.5-tonne local and eight-tonne bulk minimum. Current site confirms distribution, not those corn terms or today’s price. [4][5] |
| Cooperative self-provision | Members fund origin purchase and arrange delivery; eleven cooperative/association buyers in a multi-district network reported in 2024. | Historical Bima purchase Rp5,000/kg; 75 tonnes sent to Blitar. Not a 2026 dry delivered quotation. Current cost/continuity unknown. [6] |
| Charoen Pokphand manufactured feed | Factory/distribution alternative to buying separate ingredients and mixing; Blitar factory described by RRI. | No current complete-ration quote read. Compare nutrition and whole-ration cost, not its kilogram price with corn alone. [7][12] |
| Use stocks and wait | Farm defers purchases pending programme supply, for as long as usable stocks last. | No immediate new invoice; no measured stock duration or output loss in the case. Continuity concern is reported, not quantified. [1] |
Economics: assumptions, denominators and limits
All proposed prices, narrowing shares, acquisition costs, margins, fixed budgets and capture volumes below are illustrations or untested assumptions. Observed anchors are the reported commercial price [1], programme/procurement terms [2], regional count and daily need [7], projected national volumes [8], historical average prices [9] and historical drying study [11]. None is a matched current entrant cost sheet.
- Price and water: standard-moisture weight = incoming weight × (1 − actual moisture)/(1 − reference moisture). At 20% to 14%, 0.80/0.86 = 0.9302326; Rp5,500 ÷ 0.9302326 = Rp5,912.50/kg before non-water losses. The 14% basis is an accounting illustration, not a safety certificate: the agency advises drying below 14% and describes wider toxin controls. Pure dry matter and grain at a reference moisture are different units. [2][12]
- Merchant cost ceiling: assumed Rp7,000 selling price − Rp300 contribution = Rp6,700/kg total variable ceiling; minus Rp5,912.50 grain = Rp787.50 remaining. Include drying, shrink/loss beyond water, sorting, freight, testing, rejected lots, loading, storage, financing, collection, sales and cancellations. Compare already-dry purchase against wet-plus-drying. A Pati study conducted in 2020–21 reported Rp175/kg drying cost; it is not a current Blitar tariff or a verified matching throughput denominator and is not inserted in this cost stack. [11]
- Acquisition: illustrative Rp2 million account acquisition ÷ assumed 100 tonnes retained annual purchases = Rp20/kg. Direct sales require owner/board approval, travel, staff and samples. Count realised tonnes; include this cost inside the ceiling, without deducting twice.
- First market: reported 900–1,000t/day × assumed 365 days = 328,500–365,000t/year; × 40% segment fit × 30% residual non-SPHP × 25% reachable = 9,855–10,950t/year. At Rp7,000/kg that is Rp68.985–76.65 billion annual catchment spending. × 15–30% assumed capture = 1,478.25–3,285t, or Rp10.34775–22.995 billion sales and Rp443.475–985.5 million contribution at Rp300/kg. The non-SPHP share and actual matched cost are especially weak inputs. [7]
- Survival sensitivities: Rp400 million fixed annual costs ÷ Rp300,000/t = 1,333.33t; Rp600 million needs 2,000t. These are budget sensitivities, not observed operating budgets. Every extra Rp100/kg variable cost removes Rp147.825–328.5 million annual contribution at the scenario volumes. An assumed 200t × Rp6,000/kg = Rp1.2 billion inventory; assumed 12% annual finance costs Rp60/kg for a 30/360 month. Deposits reduce merchant exposure by consuming buyer liquidity.
- Own provision: cooperative direct buying must include its sourcing, testing, shrink, storage, finance and transport. Grain is consumed, so there is no repeated-use asset breakeven for owning corn. For a dryer, annual ownership breakeven tonnes = incremental annual fixed ownership cost ÷ (outsourced drying tariff per tonne − internal variable cost per tonne), if the denominator is positive. Include capital/finance and losses consistently. No current comparable machine cost and tariff pair supports a numerical ownership threshold; ownership has not been shown inferior.
Wider market scenarios, rather than secured sales
The commissioned sizing is retained for context. The 2025 ministry bulletin projected about 13.60 million tonnes of feed-corn need, including 8.25 million for feed mills; their rounded difference is 5.35 million tonnes. This is a rough non-industrial remainder, not an audited layer-only market. The 2026 trade-publication summary reports 2025 average prices of Rp5,208/kg for corn growers and Rp6,446/kg for livestock buyers. Different stages, quality, dates and geography mean their spread is not a merchant margin. [8][9]
Total annual supplier-revenue scenario (TAM): 13.60m tonnes × 1,000 × Rp6,446–7,900/kg = Rp87.6656–107.44 trillion, across all feed-corn channels. Model-serviceable scenario (SAM): 5.35m tonnes × assumed 20–35% suitable accessible residual commercial volume × 1,000 × the same price range = Rp6.89722–14.79275 trillion. The upper price is a current local report, not a measured national average. [1][8][9]
Year-five company sales scenario (SOM): assumed 10,000–20,000t × Rp7,000/kg = Rp70–140 billion/year, about 0.47–2.03% of the SAM endpoint combinations. Both endpoints follow the same expansion path—Blitar, adjacent East Java clusters and selected Central Java buyers—at different adoption levels. The historical network and Bima-to-Solo trade support route plausibility, not adoption or profitability. Each corridor needs new costing and customer commitments; no incremental adjacent-market total is added. [6]
Service alternative and routes considered
Cooperative corn procurement desk is the separate fee-service hypothesis. An experienced buyer would compare sources, coordinate sampling/testing and haulage, and document acceptance. The authorised cooperative would approve and fund grain, retain title and pay contractors separately; the desk would earn a disclosed fee. Suppliers/haulers would gain coordinated repeat orders, testing providers paid work. Those partnerships and approvals are uncommitted. Actual cross-region cooperative buying establishes the work, but not waste or willingness to outsource it. The business would capture a smaller purchasing-time/error burden, not the whole corn bill. [3][6]
Its illustrative fee Rp200,000/t minus Rp100,000/t variable service cost leaves Rp100,000/t. At the same assumed 1,478.25–3,285t, annual fee revenue is Rp295.65–657 million and contribution Rp147.825–328.5 million before fixed costs/owner pay. An assumed Rp120 million fixed budget needs 1,200t and leaves Rp27.825–208.5 million at those volumes. Sales travel, staff, sampling/testing and coordination must be costed; acquisition is unquoted. This could be an owner-operated service, but no observed fee or avoided cost establishes it. Fee-equivalent broad job TAM: 5.35m tonnes × Rp200,000 = Rp1.07 trillion; SAM at 20–35% = Rp214–374.5 billion. Year-five assumed 10,000–20,000t on the same corridor gives Rp2–4 billion fee revenue. These are fee scenarios, not measured service spending, and exclude grain pass-through. [8]
Its decisive business test is a records-backed, separately priced one-lot agency offer to authorised boards. Reconstruct time and actual rejection/dispute expense; compare board self-provision and equivalent merchant-bundled offers, including quality and credit. Measure authorised fee acceptance, recurring tonnes and staff/travel/testing cost. If the cheapest adequate alternative leaves no fee covering true service cost, or too few tonnes to support an owner-led firm, the agency hypothesis fails. No offer or trial has been conducted.
- Procurement execution service: merged into the desk; same buyer, work and fee economics.
- Forward commitment club: a supplier contract variant; keep bounded bookings, price carry and cancellation risk rather than promise guaranteed seasonal savings.
- Dry-lot pooling, demand-led buying, destination moisture/weight acceptance and cross-district buying: combined into the scheduled supplier as delivery responsibility, order matching, acceptance and an expansion route; not four additional companies.
- Separate certified transit warehouse: not retained; stock capital and carry costs need a customer benefit beyond the integrated offer already advertised by PAP. [3]
- Subsidy-aligned deferred payment: rejected because SPHP supplies purchased discounted grain, not a cash payment available to collect an invoice. Ordinary credit would need its own cash-flow and default analysis. [2][10]
Evidence, tests and source records
Observed: reported price pressure, programme terms, advertised supplier capabilities and historical cooperative purchases. Inferred: demand matching may lower cost. Unknown: recurring non-SPHP quantities, comparable current dealer/self-provision costs, willingness to commit, actual contractor/credit terms and any lasting advantage. High grain prices can reflect sourcing, quality, seasonal supply and financing, rather than a removable intermediary margin.
The merchant’s proposed business test uses one feasible catchment’s recent invoices and cooperative costs, same-week firm supplier/contractor offers, and priced next-cycle owner commitments. Compare equal moisture/quality, accepted weight, delivery size, reliability, payment dates and cancellation rights; exclude obtainable subsidised tonnes. Measure customer saving, contribution/kg after every variable cost, capital tied up, recurring committed tonnes and the annual fixed budget those tonnes support. If no cheaper adequate offer pays that budget, reject the merchant hypothesis. Only after this clears would a matched load test execution. No outreach or operating test was performed.
The saved evaluation completed three public-site searches and read the latest five articles’ titles/headings. It found no same customer-and-offering opportunity; the layer-farm result concerned cage-free assurance, a different service. This is a bounded repeat check, not proof that all related coverage was absent.
[1] Amran Turun Tangan, BUMN Sebar Jagung Pakan Murah dan Borong Telur ↩
Original source. Liputan6, November 5, 2026 reporting: full supplied article body and saved retrieved body read. Supports Yesi’s reported prices and continuity request, and the Blitar meeting; these are attributed reports, not invoices.
[2] Kementan Kawal SPHP Jagung bagi Peternak, Penyaluran Telah Mencapai 127 Ribu Ton ↩
Original source. Directorate General of Livestock and Animal Health, August 26, 2026: full relevant article body read. Supports SPHP warehouse/farmer prices, government buying at Rp5,500/kg for 18–20% moisture, and subsidised distribution. August totals and terms are dated.
[3] Putri Agro Pertiwi — commodity supply ↩
Original source. Company website, undated, saved November 6, 2026: products, process and FAQ read. Supports advertised integrated functions, channels and minimum orders; price, independently measured performance and actual supplier margins are not public here.
[4] Jaton Mandiri — Home ↩
Original source. Company website, undated, saved November 6, 2026: current business description read. Supports agricultural/livestock distribution and Blitar contact location; does not reconfirm current corn stock, prices or credit.
[5] Jaton Mandiri Distribution — corn and bran offer ↩
Original source. Jaton distribution blog, July 21, 2015: full offer read. Historical dry-corn product, farm segments and minimum orders only; not current commercial terms.
[6] Bima Jajaki Kerja Sama Tata Niaga Jagung dengan Blitar ↩
Original source. detikBali, May 17, 2024: full article body read. Actual 75t Blitar shipment, eleven-group network, Rp5,000 purchase and Solo shipments distinguished from the proposed government memorandum. No current Blitar delivered cost inferred.
[7] Wabup Kunker Pabrik Pakan Ternak, Tekankan Stabilitas Pasokan ↩
Original source. RRI, January 13, 2026: full article body read in saved retrieval. Reports deputy regent’s regional count and daily corn need, and Charoen Pokphand factory visit. Annualised and narrowed volumes are our assumptions.
[8] Buletin Konsumsi Pangan Vol.16 No.1 2025
Original source. Agriculture Ministry/Pusdatin, 2025 bulletin: printed pages 32–35 read from saved PDF text. Projected feed-corn volumes, not realised 2026 use; rounded volume differences used consistently in scenarios.
[9] Analisis Kinerja Perdagangan Jagung Tahun 2026
Original source. Pusdatin, July 31, 2026: publication-page summary read, not the underlying 70-page report. Supports reported 2025 farmer/livestock-buyer averages; not a like-for-like trading margin.
[10] Mentan Amran Siapkan Sistem Baru agar Peternak Happy, Perkuat Sinergi Petani Jagung dan Koperasi ↩
Original source. Agriculture Ministry, November 5, 2026: full article body read. Supports announced Bulog/cooperative reserve system and attributed price reports; plans are not verified implementation.
[11] Analisis Kinerja Teknis dan Biaya Operasional Pengeringan Jagung dengan Mesin Pengering Tipe Bak Datar
Original source. UGM thesis abstract, 2022: abstract only, describing November 2020–February 2021 Pati tests. Supports historical drying cost of Rp175/kg; no current tariff, capex or matching accounting denominator established.
[12] Peran Jagung Sebagai Bahan Pakan Utama: Potensi dan Keterbatasannya ↩
Original source. BPMSP feed-testing agency, May 8, 2026: full article body read. Supports corn’s energy role, need for balanced nutrients, moisture/storage and mould-toxin risks; does not validate this proposed acceptance protocol or certify any lot.
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