Read early harvest signals
Early shaking is a timing signal, not a volume signal. August field notes from California describe shakers that “started early this year,” which lines up with faster heat-unit accumulation and earlier hull-split timing. That kind of start date can happen even when the crop is not bigger, so it is a weak proxy for total supply.
Negotiations will still anchor to the official baseline. USDA NASS put the 2026 California almond production forecast at 2.70 billion lbs (shelled basis), down 1% year over year. The important nuance for buyers is that this is a Subjective Forecast, and the industry no longer has an Objective Measurement report funded the same way, so forecast dispersion risk is higher when you are deciding how much to cover for H2.
Late-season demand pull matters because it determines how much old-crop buffer is left. The 2025/26 season close showed Europe at 681.2M lbs (+5% YoY) and a sold position around 92.1% of total marketable supply. When sold position is that high, the remaining uncommitted supply heading into Q4 can be thin, even before you debate whether the new crop is “big” or “small.”
Weekly August to September visibility is where EU buyers can get an edge. Ask suppliers for county receipts by variety, especially the Nonpareil versus NPX mix, plus huller/sheller throughput and reject or cleanup rates. Cross-check those updates against the Almond Board position report cadence, since it is refreshed shortly after publication and gives a consistent rhythm for tracking how quickly supply is being committed.
Treat early receipts carefully if processor chatter is below the 2.7B lb baseline. If intake looks fast but internal estimates stay lower, the risk is a timing squeeze: more flow earlier, less cushion later. That is the scenario where Q4 coverage gets harder even though September looks “busy.”
Expect sizing and defects shifts
Sizing language should be explicit because it drives both price and plant performance. In almonds, sizing is defined as count per ounce, and common Nonpareil screen ranges include 18/20, 20/22, 23/25, 25/27, 27/30, 30/32, 32/34, 34/36, 36/40. When orchards face heat or water stress, buyers often see a shift toward smaller kernels, which can change roast uniformity and finished appearance.
Smaller kernels are not just a commercial issue, they are a processing issue. Blanching breakage can rise, “broken/split” percentages can move, and optical sorting settings may need adjustment. If your product depends on whole-kernel appearance, like snack, dragée, or premium bakery inclusions, pre-agree what happens if the crop pushes you from 23/25 into 25/27 or 27/30.
Quality compliance also needs to be framed around EU contaminant rules, not generic “good quality” language. Commission Regulation (EU) 2023/915 sets aflatoxin maximums, and for almonds “to be subjected to sorting/physical treatment” it lists B1 12.0 µg/kg and Total 15.0 µg/kg. Align your incoming COAs and sampling plans to the destination use, because the expectations for ready-to-eat versus further processing are not the same conversation operationally.
Defect caps are where disputes usually start, so push for clarity before the first containers ship. If sizing skews smaller, ask what defect cap is guaranteed for total defects, insect damage, doubles, chips, and scratches, and what the commercial remedy is. Real-world remedies are usually mechanical: price deductions per 0.5% defect over cap, replacement lots for blanch-grade failures, or a split risk-sharing approach on rework.
Earlier harvest windows can compress drying and stockpiling time, which is a quiet risk factor. Ask how moisture is controlled during peak intake, what in-hull drying practices are used, and how hot spots and mold are prevented in storage. Even when aflatoxin results remain compliant, those controls are part of credible risk management.
Plan H2 pricing and coverage
Separate your buying into two lanes because the market behaves differently. Manufacturing-grade inputs like paste, meal, and diced are less sensitive to size, so you can often stay more flexible. Whole-kernel programs are where sizing and appearance drive premium and where substitution later is harder.
End-of-season structure suggests less uncommitted supply late. With shipments up and sold position high at the season close, and Europe a growth driver, EU buyers competing for Q4 loadings should expect firmer basis and fewer truly prompt offers. That does not mean prices must spike, but it does mean optionality can disappear quickly.
A practical template for Oct to Dec 2026 is to cover 60 to 80% of baseline demand by September or early October, especially for Nonpareil and NPX in the 23/25 to 25/27 range. Keep 20 to 40% flexible for spec-driven opportunities once actual grade and defect data is clearer. The goal is to avoid being forced into late-season substitutions that your customer spec will not accept.
Flexibility is valuable when your application can tolerate smaller sizes or pieces. If you can run 27/30 or 30/32, or you can use splits and diced, negotiate conversion flexibility up front and keep packaging options open between 25 kg cartons and 1,000 kg big bags. That is how you turn crop variability into a purchasing advantage instead of a production disruption.
Negotiation levers that matter in tight H2 windows are simple and measurable. Use differential pricing by shipment month, call-off contracts with defined allocation, and clauses tying price adjustments to sizing distribution and defect analysis on arrival. Avoid paying for subjective “crop talk” when the real issue is what arrives at your dock.
Manage Italy processing bottlenecks
Italy often feels the squeeze as a throughput-and-yield problem, not just a raw material price problem. When blanching and roasting lines are at capacity, sizing variability forces more line changes and increases give-away through over-roast fines or uneven color. That raises the effective €/kg input cost even if raw almonds are only slightly higher.
Smaller kernels can run faster, but they can also increase skin retention and breakage. Larger kernels can under-blanch at standard dwell times, which pushes you into rework or acceptance compromises. For Q4 planning, specify a target size band for blanching, such as 23/25 to 25/27, and agree in advance on split tolerance for blanch-grade lots.
Off-spec lots create costs that do not show up on the purchase order. Re-sorting and re-blanching consume labor and energy, and they can push deliveries beyond retailer promo windows. For industrial users, off-spec whole-kernel lots often get downgraded into paste, creating a realized value gap versus the whole-kernel contract price.
Contaminant compliance can also turn into a capacity issue. If a lot is close to aflatoxin limits under Regulation (EU) 2023/915, additional sorting or physical treatment may be needed to meet final-use specs. Clarify who pays for reconditioning and who owns the by-products before the first quality claim happens.
Secure logistics and shipment timing
The H2 risk is a timing squeeze, not just a crop-size debate. An earlier harvest can pull some volume into September and October, but if total supply is not expanding versus the 2.70B lb forecast, Q4 can still tighten as buyers chase the same packer schedules and vessel space. That is when “available” supply exists on paper but is not shippable on your timeline.
Reserve pack dates and container bookings earlier if you need EU Q4 arrivals. Put a latest ship date into the contract that matches your production calendar, especially for bakery peak and confectionery holiday runs. If you leave ship timing open, you often end up paying for urgency later.
Routing risk should be written into the deal in plain language. Build contingencies for alternate US gateways and feeder options into the Mediterranean versus North Europe, and define who bears incremental freight if the seller misses the agreed sailing. That keeps logistics from turning into a quality dispute.
Shelf-life controls are part of logistics, not an afterthought. Specify moisture targets, liner type, palletization, and temperature and condensation precautions for winter arrivals. Require pre-shipment inspection and photo documentation of container loading so claims can be resolved quickly.
Staged arrivals reduce the chance of a Q4 availability gap. Split H2 coverage into at least two ETAs, such as late October and late November, and track performance with simple KPIs like on-time delivery percentage, documentation completeness, and claims response time.
Build the 2026-27 buyer checklist
- Request recent crop-year defect analytics: size distribution, whole versus broken percentage, insect damage, and foreign material, plus aflatoxin management SOPs and traceability from grower lots to finished cartons aligned to Regulation (EU) 2023/915.
- Define contract specs that prevent disputes: sizing method (count per ounce), defect definitions, sampling plans on arrival, and remedies such as credit, replacement, or downgrade pricing, including “spec drift” language if sizing shifts smaller.
- Diversify origin with credible context: INC statistics show meaningful almond production beyond California, including Australia and Spain, which can be practical secondary origins when EU Q4 coverage is tight.
- Build a dual-sourcing playbook: keep California as primary for Nonpareil and NPX whole-kernel consistency, and pre-approve Australia or Spain for industrial formats or when lead times favor closer origins.
- Set governance for 2026/27: quarterly supplier business reviews, a KPI dashboard for claims rate, OTIF, and defect variance, plus trigger points that move you from spot buying to coverage buying using signals like sold position and freight lead-time pressure.