Why is hops so expensive?

The total cost of running a hop farm is one of the highest in European agriculture. It is an extremely labor- intensive and capital-intensive crop.

In 2026, in France, for a medium-sized mechanized farm (approximately 10 to 15 hectares), the total cost of production is between €18,000 and €25,000 per hectare per year .

Here is the detailed breakdown of costs (per hectare):

Labor (The primary expense): 40% to 50% of the budget

Hops require between 500 and 700 hours of work per hectare .

  • Tasks: Spring pruning, putting on wire (manual hanging), monitoring, harvesting and drying.
  • Cost: Between €10,000 and €12,000 / ha .

Note: Even with advanced mechanization, attaching the vines in the spring remains a manual task that requires a lot of manpower.

Inputs and Raw Materials: 15% to 20%

  • Fertilizers (NPK + Bio-stimulants): €1,000 to €1,800 (more expensive in organic).
  • Protective products (Fungicides/Insecticides): €800 to €1,200.
  • Trellising wire (steel, plastic or coconut fiber): The wire is for single use only. Expect to pay around €600 to €800 per hectare .
  • Total: Around €3,000 – €4,000/ha .

Energy (Electricity and Diesel): 10% to 15%

This is where prices have fluctuated the most recently.

  • Electricity (Drying): Drying hops is energy-intensive. Fans and extractors run 24/7 for a few days to a few weeks. Cost: €800 to €1,200/ha .
  • Diesel (Tractor and Heat): Fuel for passes (approximately 15 to 20 passes per year) and often fuel oil for the dryer burner. Cost: €1,500 to €2,000/ha .

Depreciation and Maintenance: 15%

The equipment for a hop farm is specific and very expensive (picker, dryer, press).

  • Equipment depreciation: Approximately €2,500/ha .
  • Maintenance of the structure (posts, cables): €500 / ha .

Profitability analysis

In order for the producer to break even, he must calculate his cost price per kilo :

  • If the yield is 1.5 tonnes/ha , the cost price is approximately €14.60/kg .
  • If the yield falls to 1 tonne/ha (bad year), the cost price climbs to €22/kg .

When yields are low, the producer has an incentive to maximize the value of their production, particularly by investing in analyses…

Why is organic hops even more expensive?

Producing hops using organic farming methods is significantly more expensive and risky than conventional production. The cost per kilo is generally 30% to 50% higher .

Here’s why the organic producer’s wallet is under much greater strain:

The Workforce: The fastest-growing sector (+20-30%)

In organic farming, chemical herbicides cannot be used.

  • Mechanical and manual weeding: Where a conventional producer uses a sprayer, the organic producer must mechanically weed between the rows and often finish with a manual hoe around the plants so as not to damage the stumps.
  • Leaf removal: To prevent mildew without harsh chemicals, the lower parts of the vines often need to be removed by hand to allow air circulation. Some producers use sheep for this task, but this also represents a cost (feed, veterinary care, etc.).
  • Estimated cost: We go from 600h/ha in conventional to 800h-900h/ha in organic.

Inputs: Less efficient, more expensive

Organic fertilizers are less concentrated than synthetic fertilizers.

  • Logistics: To deliver the same unit of nitrogen, tons of organic pellets (manure, oilseed cakes) must be spread where a few bags of chemical pellets would suffice. This means more tractor passes, and therefore more diesel fuel. And no, organic farming isn’t perfect.
  • Crop protection: Biocontrol products (essential oils, sulfur, copper, bacterial strains) are expensive and less persistent. More frequent treatments are required (often after each rainfall), further increasing fuel consumption. Hmm

Yield: The Achilles’ heel

  • Conventional: Approximately 1.8 to 2.2 tonnes / hectare .
  • Organic: Approximately 0.8 to 1.2 tonnes / hectare .

Since the fixed costs (poles, cables, dryer electricity, taxes) are the same, the production cost is divided by a smaller number of kilograms. The cost price per kilogram skyrockets.

Comparative cost analysis (Estimate)

Expenditure item Conventional (per ha) Organic (per hectare)
Workforce €10,500 €14,000
Fertilization (Inputs) €1,200 €2,200
Protection (Phyto/Bio) €1,000 €1,800
Energy (Diesel/Electric) €2,500 €3,200
Equipment Depreciation €3,000 €3,500
TOTAL CHARGES €18,200 / ha €24,700 / ha
Average yield 2000 kg 1000 kg
COST PRICE / KG €9.10 / kg €24.70 / kg

Again, in the event of a poor harvest, to ensure a minimum profitability, the producer relies on analyses…

What are the differences from one country to another?

There are massive cost differences from one country to another, mainly related to: labor costs , access to land and economies of scale .

By 2026, three main economic models are expected in organic hop production:

The European Model (France, Belgium, Germany)

This is the most expensive option, as farms are often small-scale (5 to 20 hectares) and social standards are high.

  • Cost price: Approximately €22 to €28 / kg .
  • Labor: This is the critical cost (approximately €11 to €14 per hour minimum employer cost). Manual weeding in organic farming represents a significant expense here.
  • A distinctive feature: Germany (Hallertau) dominates thanks to ultra-efficient mechanization which partially compensates for high wages, while France remains on a more artisanal and therefore more expensive model.

The American Model (USA – Washington, Oregon)

Here, everything is a question of scale. Organic farms often cover several hundred hectares.

  • Cost price: Approximately €18 to €22 / kg (despite the recent increase in costs).
  • Economies of scale: The use of weeding robots and giant harvesters reduces fixed costs.
  • The weak point: Transport costs (freight), import taxes to Europe and the fashion effect of certain varieties raise the final price for a European brewer.

The New Zealand Model

New Zealand has specialized in high-end organic products with unique varieties.

  • Cost price: Very high, often above €35/kg .
  • For what ? Geographic isolation makes imported organic inputs very expensive, and although climatic conditions are excellent for this crop, the highly aromatic varieties recently developed require constant attention.

 

SOURCES

Institutional and economic sources

  • Expense accounts of the Technical Institutes:
    • In France: Studies by the AFLH (French Hop Growers Association) and economic reports from the Chambers of Agriculture (particularly in Alsace). They regularly publish production costs per hectare which serve as a basis for cost prices.
    • In Germany: Lfl (Bayerische Landesanstalt für Landwirtschaft) . This is the global benchmark. Their reports on hop production costs in the Hallertau region are very detailed. They provide the most accurate data on the cost of mechanized versus manual labor.
    • In the USA: Washington State University (WSU) – Agricultural Economics . They publish “Enterprise Budgets” for hops which detail precisely the cost per acre of fertilizers, diesel, labor and infrastructure depreciation.

Market reports

  • BarthHaas Report: This annual report is the “bible” of the hop market. It compiles acreage, global yields, and analyzes the climatic factors that influence prices. Here you will find data on average yield (t/ha), which allows you to calculate the cost per kilogram.
  • Hop Growers of America (HGA) – Statistical Reports: They provide accurate yield data for each variety. If you combine this with WSU growing costs, you get a very reliable cost per kilogram.
  • International Hop Growers’ Convention (IHGC): They publish statistics on global production and trends, including differences between conventional and organic farming.

Studies on farming practices

To justify the cost difference between organic and conventional:

  • Studies on mechanization (IFH – French Hop Institute): Their technical publications document the labor time required for manual operations (stringing, leaf removal). This is the primary source used to justify why labor represents 50% of the budget.
  • Research on comparative yields (Organic vs Convention): Reports from ITAB (Technical Institute of Organic Agriculture) on perennial crops support the yield gap (often 30% to 50% lower in organic).