freight forwarding

Gemini Alliance: What It Means for Asia-Europe Forwarders

Maersk and Hapag-Lloyd's Gemini Cooperation changed Asia-Europe routing in 2025. Here's what the hub-and-spoke shift means for forwarder bookings and transit times.


You have had the same sailing booked from JNPT to Rotterdam for three years. Direct, reliable, 22 days. Then your carrier sends a service advisory — your cargo now tranships at Port Klang before joining the mainline. Transit time: 26 days. You are on the phone with your customer explaining why their "direct service" has a hub stop in Malaysia that was never part of the conversation.

That scenario played out across freight forwarding offices in India, the UAE, and Southeast Asia when the Gemini Cooperation — the vessel-sharing partnership between Maersk and Hapag-Lloyd, widely referred to as the Gemini Alliance — went live in February 2025. Now over a year into operation, the network has settled and the real-world effects on Asia-Europe bookings are no longer theoretical. Forwarders who treated it as a carrier announcement to file away are still absorbing the consequences operationally.


What the Gemini Cooperation Actually Changed

This is not a merger. Maersk and Hapag-Lloyd maintain separate commercial operations — separate rates, separate surcharge schedules, separate service contracts. What changed is the physical network they share on the water. Together they represent roughly 27% of global container capacity, making Gemini one of the two dominant groupings alongside the Ocean Alliance.

The defining feature of Gemini is the deliberate pivot from port coverage breadth to schedule reliability. Their stated target at launch was 90% or better schedule reliability, at a time when industry-wide on-time performance was running below 60%. The mechanism for delivering that reliability is a hub-and-spoke model — a smaller number of mainline port calls, a tighter network, and more cargo funnelled through mega-hubs before connecting to secondary destinations via dedicated feeder services.

On Asia-Europe, the mainline concentrates on a handful of hub ports: Singapore, Port Klang, and Tanjung Pelepas in Southeast Asia; Hamburg, Rotterdam, and Felixstowe in North Europe. Ports outside this core network — including several Indian subcontinent origins — now receive their mainline access through feeder connections rather than direct deep-sea calls.


The Hub-and-Spoke Model: What Forwarders Are Actually Experiencing

The operational impact divides cleanly based on where your cargo originates and where it is going.

Ports That Now Run on Feeder Connections

Several subcontinental and smaller Asian ports that had direct mainline calls under the previous 2M and THE Alliance structures are now spoke ports under Gemini. For forwarders handling cargo from those origins, the day-to-day changes include:

  • Transit time adjustments — A feeder connection typically adds 3–5 days versus a direct mainline call, depending on the hub and the feeder frequency. Whatever transit time commitments you quoted to customers before February 2025 may no longer be achievable on the same routings
  • Transhipment risk exposure — Every additional vessel change is a new opportunity for a missed connection, documentation mismatch, or cargo delay. More legs, more exposure
  • Feeder connection dependency — If the feeder misses its mainline connection window at Port Klang or Singapore, your customer's cargo isn't waiting 48 hours for the next departure. On many services, the next mainline sailing is a week away
  • LCL sensitivity — For consolidated shipments, transhipment is particularly punishing. A split load or a missed feeder can mean a week's delay before the cargo makes the next mainline connection

What Changes in the Actual Booking Workflow

You now need to treat feeder movements and mainline movements as separate tracking events. House BL release instructions, cargo availability notifications at the transhipment hub, and arrival advisories to consignees all require a second leg of coordination that a direct service did not. For forwarders running manual workflows or tracking via email, this is where things fall through the gaps. Good freight forwarding software handles multi-leg milestone tracking automatically — setting a separate notification trigger when the feeder departs and again when the mainline vessel confirms departure from the hub.


Schedule Reliability: The Promise vs. What the Data Shows

Gemini's 90% reliability target was ambitious, and it drew scepticism from an industry that had lived through years of missed ETAs and blank sailings. By mid-2025, industry tracking platforms were showing Gemini mainline vessels outperforming most competitors on Asia-Europe, with on-time performance consistently in the 75–85% range — well above the industry average at the time. Through early 2026, as other alliances adjusted their own networks, the gap has narrowed but Gemini's mainline services continue to hold a measurable advantage in schedule adherence.

The important caveat: that reliability data applies to the mainline legs. Feeder services, many of which are operated by third-party regional carriers, run on their own schedules. The buffer built into transhipment connections does not always hold during peak season congestion or when a hub port faces equipment or berth delays. Forwarders booking feeder-mainline combinations through Gemini have found the mainline portion reliable and the feeder portion still variable — which means the reliability improvement does not always reach the final destination at the same rate.

The schedule reliability gains are real on the main haul. For ports that now depend on feeder connections, the improvement at the mainline does not always translate to the destination on a consistent schedule.


How Capacity Consolidation Affects Rate Negotiations

With Maersk and Hapag-Lloyd operating the same physical network on Asia-Europe, the practical carrier options for many origin-destination pairs have narrowed. This changes the dynamics of how you negotiate space and rates:

  • Spot market optionality has decreased on some lanes — On trade lanes where Gemini and Ocean Alliance are the primary coverage options, playing three or four competing mainline operators against each other is increasingly difficult for certain port pairs
  • Space commitments matter more — Forwarders who rely entirely on spot booking on Gemini-covered Asia-Europe lanes have less flexibility during peak season or capacity-tight windows. Volume commitments with guaranteed allocation protect your ability to keep moving cargo
  • NVOCCs and larger forwarders have an advantage — Operators with sufficient volume to negotiate quarterly or annual rate agreements are in a structurally better position than smaller CHAs or forwarders booking one or two containers at a time on the spot market
  • Surcharge signalling has consolidated — Because both carriers share the same network, a peak season surcharge or equipment imbalance fee announced by Maersk on Asia-Europe is a near-certain indicator that Hapag-Lloyd will follow on the same lane within days

A Concrete Example: A Chennai Forwarder Adapts

Consider a mid-size forwarder based in Chennai handling 150–200 TEUs per month to Rotterdam, Hamburg, and Felixstowe. Before the Gemini restructure, they had direct mainline options from Chennai on both Maersk and Hapag-Lloyd services, giving them flexibility and competitive transit times.

Post-Gemini, several of their Chennai sailings to North Europe now route via a Colombo or Singapore transhipment before joining the mainline. Here is how they adapted:

  1. They updated customer transit time commitments from 24 to 28 days on affected lanes, framing the change around the improved mainline reliability rather than the added feeder leg
  2. They mapped their booking workflow to track the feeder departure and mainline confirmation as two separate milestones, with automated customer notifications at each stage rather than a single arrival advisory
  3. They moved their highest-volume customer to a quarterly space commitment on Gemini's mainline, eliminating the spot booking risk during the pre-Christmas peak
  4. They used freight analytics to monitor transit time variance by routing — which gave them data to identify that their Colombo transhipment consistently added less delay than the Singapore routing, and to preference Colombo connections when booking

None of this required new carrier relationships or significant overhead. It required understanding that the network had structurally changed and building operational processes that matched the new reality rather than the old one.


What to Do Now If You Haven't Already Reviewed Your Bookings

  • Audit your active transit time commitments — Identify which origin-destination pairs in your Asia-Europe business are now feeder-mainline routings and update your customer SOPs accordingly. Outdated commitments are liability waiting to surface
  • Flag transhipment shipments in your operations workflow — Any shipment with an intermediate transhipment should trigger a different milestone tracking sequence than a direct service. Treating them identically creates missed notifications
  • Evaluate your carrier spread deliberately — On lanes where Gemini dominates, assess whether spreading bookings across Gemini and Ocean Alliance gives you genuine flexibility or just operational complexity without corresponding rate benefit
  • Use data to manage customer expectations proactivelyFreight analytics tracking actual transit time performance by carrier and routing gives you the numbers to have credible conversations with customers about what is achievable on each lane, rather than quoting theoretical transit times from rate sheets

Does the Gemini Cooperation affect LCL bookings differently from FCL?
Yes, significantly. LCL shipments are more sensitive to transhipment changes because a missed connection at a hub typically means waiting for the next weekly mainline departure rather than the next available vessel. FCL shippers can negotiate specific routings and sometimes secure direct connections; LCL consolidations follow the most operationally efficient path available, which under Gemini's network involves more transhipment. Forwarders handling LCL on affected lanes should build in a buffer of at least one additional week in their customer transit time quotes for cargo routing through hub transhipments.
Which Indian subcontinent ports were most affected by the Gemini network change?
The impact varies by port. Major hubs like JNPT, Nhava Sheva, and Mundra retain relatively strong direct mainline access given their volume. Secondary ports — including some south and east coast Indian origins — have seen a shift toward feeder-based connections to hub ports like Colombo, Singapore, or Port Klang before joining the mainline. Forwarders should verify current routing for each specific origin port rather than assuming that pre-2025 service patterns still apply, as individual port coverage has changed within the broader Gemini network.
Is Gemini's schedule reliability improvement real or marketing?
On mainline services, independent tracking platforms show Gemini consistently outperforming the industry average on Asia-Europe through 2025 and into 2026, with on-time performance running in the 75–85% range versus an industry average closer to 55–65%. The improvement is genuine on the main haul. The caveat is feeder services, which remain subject to regional variability and are not always operated by Maersk or Hapag-Lloyd directly. For ports that depend on feeder connections, the reliability improvement at the mainline does not always reach the final destination on the same schedule.
Do Maersk and Hapag-Lloyd now charge the same rates under the Gemini Cooperation?
No. Commercial terms remain entirely separate. Each carrier maintains its own tariffs, surcharge schedules, and rate negotiations. The Gemini Cooperation shares vessels and network infrastructure, not pricing. From a forwarder's perspective, you are still negotiating with two distinct commercial entities — but because they are operating the same physical network, space availability and capacity dynamics on affected lanes are now largely shared rather than independent.

If you want to see how tracking multi-leg shipments, managing transhipment notifications, and monitoring transit time performance by carrier can be handled without manual follow-up, book a demo and we can walk through how the Shipmnts platform handles Asia-Europe operational workflows in practice.

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