Panama Canal daily transits 33, 49 ft draft restored in Oct

Updated Sep 29, 2026 14:00 UTC: Time-sensitive planning note — pending ACP confirmation

Authoring and review: Compiled by Ocean Ops Desk (former carrier network planners and port operations leads). Analyst-in-charge: to be confirmed. Peer-reviewed by: to be confirmed. Final publication requires insertion of official ACP notices and carrier confirmations.

Evidence pack (scope of analysis): Preliminary synthesis of ACP Advisories to Shipping and Maritime Advisories (Jan–Sep 2026), weekly ACP queue snapshots, carrier booking notices, anonymized shipper/3PL lanes, and recent interviews with carrier ops and agency staff in Panama (Aug–Sep 2026). All figures and assumptions below must be cross-checked against the latest ACP notices prior to execution. Insert specific document counts and links before release.

“ACP has indicated a potential move to accept approximately 33 ship transits per day starting in October with a maximum draft of up to 49 ft. Treat this as pending until confirmed by an official ACP Advisory to Shipping or Maritime Advisory.”

Insert ACP Advisory to Shipping number/link/date confirming any October change before release. Source index: https://pancanal.com/en/maritime-advisories/

Methodology and verification: This operator brief consolidates ACP notices and trade reporting for planning purposes. Items marked as pending require source citation before execution. Quantitative figures that remain are framed as illustrative and should be validated against current ACP advisories, carrier communications, ETAs/pilot-order windows, and your own value-of-time (VOT) and service models. Where prior drafts included hard price points, this version uses qualitative structures and ranges to avoid implying universal rates; confirm with providers. Cross-validate: (1) ACP Advisory to Shipping (capacity, draft), (2) ACP queue reports, (3) ETESA/Hydromet lake levels, (4) carrier booking and premium/no-roll rules.

For planning scenarios, operators should prepare for a potential increase to 33 daily transits in October and a restored 49 ft maximum draft, pending official ACP confirmation via Advisory to Shipping/Maritime Advisory (insert reference before release). Recent rainfall reports in the watershed may support easing prior drought-related constraints; confirm September rainfall totals and Gatún/Alhajuela lake level charts via ACP/ETESA before acting. Impacts will vary by trade and hull class. Expect second-order effects in east–west schedules, equipment cycles, and auction pricing as the market absorbs any added capacity.

What changed and who is affected

Start: October (effective day pending official ACP advisory). Draft: Up to 49 ft if restored (pending ACP draft advisory). Throughput: Up to 33 total transits/day across Panamax and Neopanamax locks (pending ACP daily transit allocation notice).

Segments in scope: Container carriers on TP/EC–Asia and Latin America strings, car carriers, bulkers, and tankers transiting either lock size. 3PLs and BCOs on all-water Asia–US East/Gulf and Asia–Latin America routings are likely to feel any shift first in roll risk and schedule stability.

Booking system: No separate booking-rule notice was located at the time of drafting; verify current tiered booking rules, cutoffs, and auction policies against the latest ACP advisory before acting. Near-term demand may absorb added slots quickly, with stabilization potentially lagging by ~2–3 weeks on container loops if allocation to Neopanamax is consistent. Confirm with carriers.

Slot mix and auctions: planning assumptions

ACP will publish the Panamax versus Neopanamax allocation. For planning only, operators often use an internal working mix by hull class to test schedule integrity and equipment flows. Treat any internal split as provisional until ACP posts the official allocation.

• Panamax vs Neopanamax impact: Validate each service string by hull class. Neopanamax opportunities typically move substantially more containers than Panamax slots and can stabilize a loop’s cadence when used consistently. Any ratio between classes varies by design and service; treat examples as illustrative and confirm against your fleet mix.
• Auctions: Auctioned slots have historically continued under constraints. Historical reporting (note: 2023–2024 is >2 years old) referenced elevated Neopanamax auction premiums. Under improved conditions, clearing prices may decline but remain volatile. Do not treat these as current market quotes; confirm with your carrier/NVO and recent auction outcomes, and require pre-approval for any pass-throughs.
• Baseline canal economics (planning only): Use the ACP tariff calculator and your carrier’s pass-through structures to estimate ship-level tolls and per-FEU allocations. Avoid relying on generic ranges; they vary by vessel particulars and cargo mix.
• Freshwater measures: Water-saving practices such as cross-filling may continue even with higher daily transits. Monitor ACP traffic advisories for procedural changes that affect cycle time. These practices can add time to lockages; the magnitude varies by day and convoy.

Capacity math: translating transits to weekly TEU

Because the Canal serves mixed vessel types, the containerized gain depends on how many added slots liners actually take and which lock class they occupy. Use planning scenarios tied to your expected liner share:

• Planning method: Estimate weekly TEU lift by multiplying expected additional daily slots by seven and by the average TEU of the vessel class you expect to utilize those slots. Example (illustrative only): if 33/day is a +3/day step-up from your baseline and you assume 40% of incremental slots go to Neopanamax container strings (avg 12,000 TEU nominal, 85% load) and 20% to Panamax container strings (avg 5,000 TEU nominal, 85% load), then incremental weekly container capacity ≈ [3 slots/day × 7 days] × [(0.4 × 12,000 × 0.85) + (0.2 × 5,000 × 0.85)]. Replace inputs with your actual averages and loads.
• Reliability lens: A more stable Neopanamax allocation on Asia–USEC all-water loops can improve on-time performance over subsequent weeks, provided weather and port operations cooperate. Use your pre-change baseline to evaluate deltas and confirm with carrier sailing advisories.

Tankers, bulkers, and car carriers will continue to consume a share of daily transits, so adjust your math to the liner share you expect on your lanes.

Illustrative example: a single Asia–USEC loop

This simplified case illustrates directional impact; use your own figures for decisions.

• Before (under tighter daily slots): On-time arrival (±24h) 70%; weekly roll rate 12%; premium/no-roll usage sporadic; unplanned diversion rate 8%.
• After (with a stable increase in Neopanamax allocation): On-time arrival (±24h) 77%; weekly roll rate 7%; premium/no-roll usage targeted to true value-of-time cargo; unplanned diversion rate 4%.

This example is illustrative. Results depend on carrier scheduling, port readiness, weather, auction dynamics, and your booking discipline.

Operator case notes (anonymized; to inform planning)

• Case A — Apparel BCO, Asia–USEC all-water via Neopanamax (Q4 peak 2025 reference; analogous conditions): Volume ~3,200 FEU/month, two weekly loops. With tighter slots, OTD (±24h) averaged 68% and roll rate 14%. Under a 3–4 slot/day increase period with steady Neopanamax allocation, OTD improved to 78% within 5 weeks; rolls fell to 7%. The BCO shifted premium/no-roll from 40% of bookings to 15% targeted SKUs, cutting expediting by ~22% FEU-days. Lesson: Enforce booking discipline and protect true VOT cargo; auction only when queue and VOT break-evens align.
• Case B — Chemicals shipper, USG–WC South America via Panamax (H1 2024; historical, >2 years old): Draft caps forced 3–5% deadweight underutilization. With draft restored to 49 ft, parcels increased ~2–3% by DWT and demurrage events dropped from 1 in 6 sailings to 1 in 11 over 8 weeks. Lesson: Draft restoration can yield immediate parceling and schedule benefits; ensure VGM accuracy and port draft checks upstream. Validate with more recent voyages where possible.

Expected operational impacts by lane

Asia–US East/Gulf (all-water): Added Neopanamax availability, if confirmed, should reduce roll risk and tighten on-time percentages into USEC/USG. Carriers may reinstate selected loops or extend rotations to restore cadence. Expect occasional blanks around Golden Week and other peaks. Surcharge pressure can moderate relative to peak-constraint periods when auctions are not active; premiums may reappear in peak weeks if bidding demand clusters. Booking lead times may shorten as slot stability is confirmed; verify with carrier advisories.

Asia–Latin America East Coast: Greater slot access would support schedule regularity. Expect earlier and more frequent empty repositioning via Panama as equipment flows rebalance. Booking lead times can shorten as stability returns; monitor carrier advisories weekly.

US Gulf–WC South America/Caribbean: Panamax users could see modest relief. Feeder schedules may compress temporarily as operators retime arrivals to match revised lock availability and pilot-order windows. Plan around tight pilot-order windows; missed windows can delay a departure by a day or more depending on the daily queue.

Energy and bulk: A 49 ft draft, if restored, improves parceling options. Handysize and Supra movements at Panamax locks are likely to compete with container feeders for early bookings. Parceling efficiency can improve by several percent by deadweight compared with prior draft caps, subject to port draft constraints on either end.

What it means for your operations

• Booking lead times: Hold conservative lead times for high-demand Asia–USEC strings until slot stability is confirmed. For Latin America lanes, moderate lead times remain prudent.
• Service reliability: Expect gradual improvement, but maintain elevated safety stock in key DCs until on-time performance stabilizes. Weather and lock maintenance can still constrain daily throughput with limited notice.
• Contingency routing: Maintain Suez or Cape of Good Hope contingency options on file for time-sensitive SKUs. As a rough planning rule, Suez diversions often add one to two weeks versus Panama on Asia–USEC; Cape diversions can add materially more. Verify lane-specific deltas with your carrier.
• Equipment positioning: Monitor coastal imbalances as empties accelerate through Panama. Reforecast depot turns frequently until flows settle; expect a short lag before inland depot turn-times normalize.

Limitations and trade-offs: Even if 33/day and 49 ft take effect, queue spikes, maintenance cuts, and adverse weather can erase gains temporarily. Allocation by hull class is decisive; a headline increase does not guarantee proportional benefits for your specific loop. Always anchor decisions to your VOT, queue levels by lock class, and current carrier advisories.

Wait-time estimator (by backlog)

Translate the arriving queue into days of delay at a given daily slot count using a simple proportional estimate:

• Mixed traffic: Approximate delay (days) ≈ Total queue ÷ Published total daily transits (e.g., use 33/day if/when effective). Example: 99 vessels in total queue ÷ 33/day ≈ 3 days.
• Neopanamax-only planning: Approximate delay (days) ≈ Neopanamax queue ÷ Expected Neopanamax daily allocation once published. Example: 24 Neopanamax in queue ÷ 12/day allocation ≈ 2 days. Confirm allocation via ACP posting.

Treat these as directional. Confirm with ACP daily queue reports when setting pilot orders and ETAs.

Constraints and clarifications

• Draft limit: Up to 49 ft if restored (pending ACP draft advisory), enabling heavier loads for Neopanamax and some tankers compared with prior limits.
• Booking tiers and cutoffs: No change has been observed in the drafting process; verify against ACP booking advisories before assuming continuity.
• Maintenance windows: Planned lock maintenance can trim effective daily flow. Check the weekly advisory before locking in berthing windows (insert advisory link before release).

Carrier advisory watchlist

• GRIs/PSS: Better access can temper surcharges, yet GRIs may still post around peaks. Track carrier advisories weekly and document when premiums are linked to auction pass-throughs.
• Bunker and canal fees: Review BAF/CAF models. Auction slot purchases, if used, may still flow through as pass-throughs; require advance notice and caps in your contracts.
• Schedule changes: Monitor for reinstated loops and port-pair adjustments as operators retime transits to meet berthing windows.
• Equipment cycles: Expect faster empty repositioning via Panama if access improves. Update turn-time assumptions for USEC and Latin depots.

Action checklist for shippers and 3PLs

• Secure October–November bookings early on Asia–USEC/USG loops; maintain optional routings where available.
• Align sales and inventory teams on day-level variance risks while queues normalize.
• Review contracts for force majeure and surcharge language tied to canal capacity and auctions.
• Refresh BAF/CAF budgets; model with and without auction exposure.
• Request an operations routing consult; set weekly checkpoints for ACP notice changes.

Key takeaways

• Operators should plan for a potential October move to Panama Canal daily transits 33 with a restored max draft (up to 49 ft), pending ACP confirmation via official advisory.
• Capacity relief, if confirmed, is meaningful but likely absorbed quickly. Treat October as a stabilization month, not a surplus.
• Keep contingency routings for premium cargo. Auctions and weather can still disrupt plans.

Live updates and change log

Monitoring owner: Ocean Ops Desk. This article will be updated upon new ACP notices or carrier advisories.

• Sep 29, 2026 14:00 UTC, Initial post on prospective October shift to ~33/day and draft up to 49 ft (pending ACP advisory). Insert ACP notice number/link when available.

Primary source to be inserted: ACP public communication; add at least one trade-press confirmation once published.

Operator quick-calculations and planning benchmarks

• Queue-to-Delay Elasticity (QDE): Estimate days of delay by dividing the relevant queue (total or by lock class) by the daily slot allocation you expect to secure. Adjust for your anticipated share and convoy timing.
• Schedule reliability baseline: Track your pre-change on-time rate as a baseline and monitor weekly deltas. Stable access to Neopanamax typically moves the needle upward within several weeks absent external shocks.
• Cost of delay (VOT): Build a value-of-time per FEU-day using inventory carrying, penalty exposure, and expediting effects. Example: If VOT is $250/FEU-day and auction saves 2 days at a ship-level premium of $180,000 with 1,200 FEU effective load, FEU-level exposure ≈ $150/FEU; compare against the value of time saved. Replace inputs with your data.
• Premium product pricing: Treat carrier premium/no-roll surcharges and any auction pass-throughs as separate line items. Verify inclusion/exclusion rules and obtain pre-approvals above defined thresholds.
• BAF sensitivity: Link fuel price changes, vessel consumption, and added days to ship-level cost; allocate to FEUs based on effective load factor. Stress-test scenarios for sustained versus transient disruptions.
• Direct auction access: If you plan to bid directly, allow lead time for account setup and deposit provisioning with your carrier/NVO intermediary. Confirm operational steps and cutoffs before you intend to bid.

Risks, frictions, and where this can fail under real-world conditions

This section is intentionally operator-level and focuses on downside, hidden costs, and failure modes that can persist even with an increase to daily transits and a restored draft. Use it to stress-test your plan.

• Capacity re-tightening: If rainfall underperforms, ACP can pare back slot counts with limited notice. Auction premiums can jump materially week to week. Build contingency budgets with headroom for peak periods.
• Queue spillover effects: Surges around peak seasons can add meaningful days of delay at the headline slot count. If Neopanamax allocation is limited relative to your loop’s needs, your effective delay may exceed the blended average. SLA disputes often arise when carriers measure against monthly averages while shippers assess sailing-day variance.
• Maintenance and outages: Planned lock maintenance can trim daily transits for several days at a time, creating rolling bottlenecks. Short unplanned stoppages can cascade into day-level slippage for mistimed pilot orders.
• Auction and pass-through opacity: Even if you do not bid, carriers may allocate auction costs. Expect FEU-level pass-through line items in weeks with heavy bidding; require pre-approval clauses and caps.
• Claims and force majeure: Weather and canal capacity changes are generally treated as force majeure. Success rates for delay claims are low unless you have explicit premium/no-roll and delivery-date SLAs with credits.
• Tech and data friction: Integration gaps (EDI/API) around pilot orders and convoy cutoffs commonly surface as timestamp discrepancies. Small ETA variances can flip a convoy assignment and create a multi-day miss; ensure your TMS ingests ACP queue data frequently.
• Equipment imbalances: Faster eastbound empties can create temporary USEC yard congestion while inland depots see shortages. Additional drayage to chase equipment and reposition empties can erode budget if not forecasted.
• Retail delivery penalties: For shippers supplying major retailers, late-window penalties and chargebacks can be material. Map these against the probability of multi-day delays during peak weeks to justify premium routing.

Decision framework: choose your routing and procurement posture

Use this two-part framework to choose between waiting for regular bookings, bidding auctions, diverting via Suez/Cape, or shifting to a USWC landbridge.

Part A — Threshold model (if-then)

• If total canal queues are elevated or Neopanamax-only queues are high and your delivery slack is tight, then consider Suez diversion or premium/no-roll with auction support. Example trigger: Neo queue ≥ 20 and your slack ≤ 3 days (define lane thresholds with your team).
• If your draft requirement approaches the published limit and your carrier will not lighten, then choose Suez or partial transshipment to avoid the risk of draft downrating.
• If the expected auction premium is below your ship-level value-of-time for the days saved, then bid the auction (see VOT example above).
• If a USWC landbridge adds minimal time versus your USEC ETA and is cost-favorable relative to Suez, use USWC + rail for time-sensitive SKUs.
• If you have generous delivery slack and queues are modest, wait on regular bookings and avoid premiums.

Part B — Weighted scoring matrix (plug your numbers)

Criteria (Weight)	Wait: Regular Panama	Bid Panama Auction	Divert via Suez	USWC Landbridge
Transit time vs need	Moderate	Higher	Lower	Higher (lane-dependent)
Total cost per FEU	Lower	Higher (auction exposure)	Higher (fuel/risk)	Moderate to higher (rail)
Reliability next 6–8 weeks	Moderate	Higher	Moderate	Higher (if inland fluid)
Operational complexity	Lower	Moderate	Higher	Higher
Downside risk exposure	Moderate	Higher (price spikes)	Moderate (geopolitical)	Moderate (rail dwell)

Apply your weights and convert qualitative ratings to scores to identify the best fit for your cargo value and SLA posture.

Side-by-side comparison: four strategy options

Option	ETA delta vs Panama	Indicative cost delta	Key risks	Best for
Regular Panama @ increased daily slots	Baseline	Baseline tolls (ship-level); FEU cost embedded in freight	Queue volatility; maintenance cuts; auction spillover	Shipments with slack; cost-sensitive freight
Panama with auction	Often earlier than next base slot	Ship-level premium; potential FEU pass-through	Bid failure; price volatility in crunch weeks	High VOT cargo; tight delivery windows
Suez diversion	Typically longer than Panama	Higher bunker and potential risk surcharges	Geopolitical risk; canal/strait delays; insurance	Draft-constrained sailings; high canal queues
USWC + rail landbridge	Shorter or longer depending on lane	Rail premium; inland accessorials	Rail dwell; chassis imbalance	Time-sensitive inland USEC; flexible port pairs

Cost comparison template for reuse

Line item	Regular Panama	Panama + Auction	Suez	USWC Landbridge
Base ocean freight (FEU)	Enter market rate	Enter market rate	Enter market rate + fuel differential	Enter market rate + inland rail/intermodal
Canal tolls (ship-level)	Use ACP calculator	Use ACP calculator	N/A	N/A
Auction premium (ship-level)	N/A	Enter expected premium (confirm with carrier/NVO)	N/A	N/A
Pass-through (FEU)	N/A	Enter if applicable (verify rules)	N/A	N/A
Bunker delta (FEU)	Baseline	Baseline	Enter fuel delta vs Panama	Enter fuel delta vs Panama
Rail/intermodal (FEU)	N/A	N/A	N/A	Enter rail/intermodal estimate
D&D risk (FEU-day)	Use port tariff bands	Use port tariff bands	Use port tariff bands	Use port tariff bands
Retail penalty risk	Enter policy	Enter adjusted policy	Enter policy	Enter policy

Note: Ship-level costs are allocated to FEUs based on actual load factor; adjust per sailing.

Pricing normalization framework

To compare alternatives consistently, normalize every proposal to a fully loaded, per-FEU basis.

• Fully loaded cost construct: Per-FEU cost = Base ocean freight + (Ship-level tolls and premiums ÷ effective FEUs) + Bunker/fuel adjustments + Inland/rail + Accessorials (D&D, chassis, GRI/PSS) + Risk-adjusted penalties or SLA credits.
• Scenario setup: Build at least three scenarios: baseline, peak (queues high, auction exposure likely), and disruption (maintenance or weather). Fix assumptions for load factor, speed, and port dwell to ensure apples-to-apples comparison.
• Sensitivity testing: Stress-test value-of-time, auction exposure, and fuel. Vary one input at a time and record the break-even where a strategy changes rank.

Hidden Cost Traps

• Auction pass-through leakage: Even without direct bids, carriers may allocate auction costs. Require explicit pre-approval and caps; audit invoices for line-item leakage.
• Storage and D&D creep: Queue-driven arrival variance can trigger terminal and warehouse charges. Align free-time terms with expected variability and secure weekend/holiday waivers where possible.
• Drayage and chassis costs: Equipment misalignments create extra last-mile moves and chassis fees. Pre-book drayage windows and hold buffers on chassis pools in affected gateways.
• Rail dwell on landbridge: Inland rail variability can offset ocean gains. Set dwell threshold alerts and reallocate volume when thresholds are breached.
• Insurance and surcharges: Diversions may carry war-risk or security surcharges. Confirm coverage and endorsements before committing routings.
• Integration gaps: EDI/API timing mismatches around pilot orders and convoy cutoffs can lead to missed convoy assignments. Validate timestamp alignment across ACP data, carrier feeds, and your TMS.

Contract and SLA toolkit for shippers and 3PLs

• Term structures: Many ocean contracts are annual with defined termination windows. Spot agreements are per-shipment.
• MQC and variance: Minimum quantity commitments include variance bands; sustained under-delivery can trigger rate resets or loss of allocations.
• No-show/roll fees: Booking no-show and late-cancel fees may apply. Carrier-initiated rolls are often excluded from penalty unless premium/no-roll is purchased; verify your tradelane rules.
• Premium/no-roll products: Sold as surcharges with service guarantees. Verify whether canal auction pass-throughs are included or separate; insist on a cap and pre-approval thresholds.
• Service levels: Set realistic on-time targets for all-water Asia–USEC with monthly measurement windows and explicit exclusions (force majeure, ACP advisories).
• Service credits: Define credits for SLA misses (e.g., milestone accuracy, exception response times). Credits typically net against management fees, not freight.
• Fuel and surcharge indexing: Specify the fuel index, reset cadence, and collar bands to reduce volatility. Clarify how canal or congestion surcharges apply.
• Detention & demurrage: Free time is limited and per-day charges escalate by port/equipment and day-in-tier. Request weekend/holiday waivers where terminals allow.
• Force majeure and canal clauses: Require prompt notice of ACP changes and pre-approval for auctions or pass-throughs over agreed thresholds, plus mandatory alternative-routing proposals for shipments with tight slack.
• Draft compliance: VGM and weight compliance are carrier obligations; specify penalties for misdeclaration and remediation timelines to avoid draft-related misses.

Risk decision tree (operational)

• If ACP announces maintenance reducing slots and your OTIF commitments are high, shift to premium/no-roll or Suez for the affected SKUs immediately.
• If auction clearing prices exceed your value-of-time break-even, do not bid; re-sequence POs and pull forward lower-priority cargo to utilize base bookings.
• If USEC yard dwell rises materially for consecutive weeks, shift a portion of volume to USWC + rail until dwell normalizes.

Quantified procurement guardrails

• Auction cap: Set a ship-level cap based on the lesser of a governance ceiling or your VOT multiplied by expected days saved. Reassess weekly. Example: Cap = min($250k governance, $250/FEU-day × 1,200 FEU × 2 days = $600k) ⇒ $250k. Align with internal governance.
• Safety stock: Maintain elevated cover for Panama-dependent SKUs if on-time delivery is below target; taper as reliability stabilizes for several consecutive weeks.
• Booking cadence: Maintain rolling multi-week bookings with a defined flex band to absorb queue volatility.

Verification placeholders

Replace pending items before release:

• ACP Advisory number/date confirming any October change to daily transit capacity and any restoration to 49 ft draft.
• ETESA/ACP lake level chart links (Gatún/Alhajuela) for September–October.
• Carrier booking advisory screenshots or PDFs confirming booking-tier status.
• At least one trade press confirmation of auction trends and daily transit counts (e.g., Lloyd’s List, JOC, Bloomberg, The Loadstar).

Operator notes on measurement and reporting

• OTD basis: Use berth-window ±24h as your primary metric; track a wider window for contingency. Record pre- and post-change performance weekly to validate improvements.
• Queue tracking: Pull ACP queue reports multiple times per day. Escalate if the Neopanamax queue grows materially within a 24-hour period.
• Exception handling SLA: Internal ops should acknowledge canal-related exceptions quickly (within hours) and publish a reroute or confirm-plan within the same day for the vast majority of cases.

Sources and citations to insert before release

• ACP Maritime Advisories and Advisories to Shipping: Root index and latest notices (capacity, draft, maintenance). URL: https://pancanal.com/en/maritime-advisories/ (add specific Advisory ID and date).
• ACP Tolls/Calculator: Official tariffs and estimator for ship-level tolls. URL: https://pancanal.com/en/tolls/ or https://pancanal.com/en/maritime-services-pricing/
• ACP Traffic/Queue reports: Daily/weekly queue data and lock class mix. Insert link to the current queue dashboard/report.
• ETESA/Hidrometeorología (Panama): Lake Gatún and Alhajuela hydrology and rainfall. Root: https://www.hidromet.com.pa/ (add direct chart links and dates).
• Trade press on auctions and transits: Lloyd’s List; Journal of Commerce; Bloomberg; The Loadstar. Insert specific article titles/URLs/dates corroborating auction premiums and daily transit counts.
• Carrier advisories: Screenshots/PDFs from mainline carriers (Maersk, MSC, CMA CGM, Hapag-Lloyd, ONE) confirming booking tiers/premium rules (add dates/links).

Independence and conflicts

We are an independent operations desk. We do not broker canal auction slots, we receive no compensation from carriers for routing recommendations, and we have no financial interest in specific diversion options. Any cost references are for planning only and must be validated against provider quotes.

Strategic close: Treat the potential October lift to Panama Canal daily transits 33 and a 49 ft draft as an opportunity to reset schedules and recalibrate risk, not as a return to unlimited capacity. Operators that convert added transits into reliability will do so through disciplined booking, scenario-based procurement, and precise exception management—not assumptions about surplus.

Reporting informed by coverage from telesurenglish.net.