A structured roro lashing checklist is crucial for the safe shipment of heavy and high cargo on RoRo and PCTC ships. It includes technical inspection of attachment points, correct lashing equipment selection, documentation such as B/L and loading instructions as well as coordination with the shipping company and terminal. Errors in lashing often lead to delays, damage or liability risks. With clear processes, checked load attachment points and complete documentation, you minimise risks and ensure smooth operations.
RoRo transport is considered efficient and flexible. Vehicles, construction machinery, project cargo or overheight equipment are loaded via ramps and secured on special decks. However, the requirements for lashing and securing increase considerably, especially for heavy and high cargo.
In contrast to container shipments, securing is carried out directly on the ship's floor or on MAFI trailers. Incorrect lashing can lead to movement during the voyage, especially in heavy seas. In practice, it is often the case that unclear responsibilities or inadequate preparation in the POL lead to costly delays.
A structured roro lashing checklist creates clarity and reduces operational risks.
Lashing describes the lashing of the load with chains, straps or tensioning systems. Securing also includes blocking, wedges, welding points or special brackets.
Different systems are used for RoRo and PCTC ships:
The requirements depend on the weight, centre of gravity, dimensions and route. According to the UNCTAD Review of Maritime Transport 2025, the requirements for cargo securing are also increasing as project cargo volumes rise
https://unctad.org/system/files/official-document/rmt2025overview_en.pdf
The following data is required before delivery:
This data flows into the load planning and determines the deck position and lashing concept.
You can find additional preparation in the loading checklist: Error-free into the RORO harbour
https://odsorient.com/beladungs%E2%80%91checkliste-fehlerfrei-in-den-roro%E2%80%91hafen
Non-roadworthy or oversized goods are often placed on MAFI trailers. These enable flexible manoeuvring on board.
The terminal or ship team attaches lashing chains at defined points. The decisive factors are
A visual inspection is carried out after completion. Photos and lashing protocols are often created for security purposes.
The B L contains information on POL and POD, goods description and weight. Unclear or incorrect information can lead to changes in the stowage plan.
The shipping company often charges for overheight units:
Detailed instructions on the roro lashing checklist should be set out in writing.
Deviations in ETD can have an impact on cut-off times in the terminal. Late deliveries often lead to rebookings.
For individual costs and transport options, we recommend a direct enquiry via the quote calculator
https://odsorient.com/angebotsrechner
Incorrectly declared centres of gravity lead to inadequate security.
In practice, it is often the case that machines do not have certified lashing eyelets.
High Cargo sometimes exceeds the deck heights of PCTC ships.
If Securing does not meet the shipping company's specifications, reworking is carried out at the port of destination with a loss of time.
A clearly defined roro lashing checklist reduces these risks considerably.
This structured roro lashing checklist serves as a practice-orientated guide.
The focus is on weight and ground pressure. The decisive factors are
Height is the main focus here:
Both categories require individual security concepts.
Pure Car and Truck Carrier PCTCs have several adjustable decks. Decks are often fixed or customised for project loads.
The flexibility of these ships makes them attractive for:
At the same time, the requirements for lashing plans are increasing.
A structured checklist for securing rolling or non-rolling cargo on RoRo vessels.
Depending on the agreement, shipping company, terminal or shipper. The responsibility should be clearly regulated in the contract.
Depending on weight, route and type of ship. The shipping company specifies minimum requirements.
Possible consequences are transport damage, delays, additional costs and liability claims.
Transport insurance is strongly recommended for Heavy & High Cargo.
Heavy & high cargo requires precise planning, technical preparation and clear communication between shipper, forwarder, terminal and shipping company.
A standardised roro lashing checklist reduces operational risks, prevents delays in POL and POD and creates transparency along the entire transport chain.
As every project has individual requirements, safety concepts should always be checked and coordinated in detail. A personalised offer is required for a precise assessment of the route, equipment and costs.
All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
A mafi trailer roro is a specially designed rolling platform for the transport of non-roadworthy goods on RoRo ships. It is moved in the terminal by terminal tractor units and enables the safe shipment of construction machinery, project cargo and oversized units. Typical advantages are high load capacity, flexible dimensions and efficient processes in the RoRo terminal. Correct documents such as B L, clear POL POD information and precise ETD ETA planning are crucial for smooth handling.
A mafi trailer roro serves as a mobile loading platform for non-self-propelled goods in RoRo transport.
It is moved in the terminal by special tractor units and rolled on board.
Typical applications include construction machinery, transformers, steel structures and extra-wide loads.
Important documents are B L, freight documents and correct information on POL POD and ETD ETA.
The costs depend on dimensions, weight, route and terminal requirements and require a customised offer.
RoRo stands for Roll on Roll off and describes a shipping method in which cargo is driven or pulled on board via ramps. While cars or lorries roll independently, goods that are not ready to travel require a technical solution. This is where the mafi trailer roro comes into play.
The MAFI trailer plays a central role in modern RoRo terminals and on PCTC ships. It acts as a link between the terminal, ship and recipient. Especially with heavy project cargo, it often becomes clear in practice that the choice of the right trailer is decisive for safety, efficiency and cost structure.
A MAFI trailer is a robust steel platform without its own drive. It has solid axles, a low loading height and high load capacities. In contrast to standard semi-trailers, it is designed for extreme point loads and handling in harbours.
The term mafi trailer roro specifically describes the use of this platform in the roll on roll off system. The trailers are moved in the terminal with so-called tugmasters or terminal tractors. The load remains fixed to the trailer during the entire sea transport.
Low overall height for heavy machines
High load capacity, up to well over 100 tonnes depending on type
Sturdy steel construction for point loads
Multiple lashing points according to CTU code
In practice, different variants are used, including 40-foot, 60-foot and special versions for extra-long goods.
The dimensioning depends on the intended use. The following categories are particularly common in RoRo terminals:
40 foot MAFI trailer for medium-heavy machines
60 foot platforms for long components
Heavy-duty MAFIs for transformers or industrial plants
Important parameters for planning are
Total length of the load
Total weight including trailer
Point load distribution
Excess width or excess height
In practice, it is often the case that not only the total weight, but above all the axle load distribution is decisive. An incorrect weight specification can lead to delays in the terminal.
The cargo is delivered to the port by lorry or heavy transport. It is then reloaded onto the mafi trailer roro. Special ramps or cranes are used for this.
Lashing is carried out in accordance with international standards. Among other things, the IMO CTU Code is decisive. Proper securing prevents damage during the sea voyage.
In the next step, a terminal tractor pulls the loaded trailer on board via the rear or side ramp. There it is secured in a designated position.
The trailer is unloaded at the POD and the load is either taken over directly or transported onwards.
Precise coordination of ETD ETA and transparent communication between the shipper, shipping company and terminal are essential.
Complete documentation prevents delays and additional costs.
The B L is the central transport document. It contains information on:
Sender and recipient
POL POD
Description of goods
Weight and dimensions
Particularly in the case of construction machinery, information on:
Weight
Dimensions
Ground clearance
Centre of gravity
required.
Depending on the route, export declarations, certificates of origin or special authorisations are required.
In practice, it is often the case that incomplete dimensions lead to recalculations or delays.
Goods that are not ready to travel can be transported without complex containerisation.
The rolling principle reduces handling times. The mafi trailer roro remains under the load during the entire sea transport.
The stable construction minimises the risk of movement during the voyage.
RoRo is often more economical than breakbulk or flat rack containers, especially for oversized machines. However, specific costs depend on the route, weight and availability and require a customised offer.
Construction machinery
Agricultural machinery
Industrial plants
Transformers
Extra-wide steel structures
Further details on shipping construction machinery can be found here:
https://odsorient.com/roro-verschiffung-fuer-baumaschinen-der-umfassende-leitfaden
The quotation calculator can be used for a quick calculation enquiry:
https://odsorient.com/angebotsrechner
Unrealistic or estimated weights lead to congestion problems.
Missing lashing points or incorrect securing can cause damage.
Incomplete B L details or incorrect POL POD data will delay despatch.
Since the introduction of emissions trading for maritime transport, the EU ETS also affects RoRo transport within Europe. Information on this is provided by the EU Commission:
https://climate.ec.europa.eu/eu-action/transport-decarbonisation/reducing-emissions-shipping-sector/faq-maritime-transport-eu-emissions-trading-system-ets_en
In practice, companies should examine possible additional regulatory requirements at an early stage.
Measure dimensions precisely
Check total weight and axle load
Provide technical data sheets
Specify POL POD correctly
ETD ETA realistic planning
Coordinate lashing concept
Prepare customs documents
Early coordination with the shipping company or freight forwarder significantly reduces risks.
The costs depend on the route, weight, dimensions and terminal charges. It is not possible to provide a generalised quote. A customised offer is required.
In principle, yes, as long as the weight and dimensions are within the technical specifications and secure lashing is possible.
During container transport, the load is stowed in a closed container. With the mafi trailer roro, the goods remain open on a platform and are loaded on wheels.
The duration depends on the port, capacity utilisation and document situation. If the documents are complete, handling is usually very efficient.
ETD denotes the planned departure, ETA the expected arrival. Precise times are crucial for project planning and onward transport.
The mafi trailer roro is a central element of modern RoRo logistics. It enables the safe and efficient transport of heavy, non-roadworthy goods worldwide. Standardised processes in the terminal, clear documentation and professional load securing minimise risks.
Companies benefit from flexibility, predictability and efficient integration into global supply chains. Precise dimensions, complete documents and early coordination between all parties involved are crucial.
All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
The roro status milestones describe all operational steps of a ro-ro shipment from gate in at the port to release at the port of destination. This includes terminal acceptance, document verification, loading onto the PCTC vessel, departure ETD, arrival ETA, unloading and release. If you understand these status messages, you can recognise delays at an early stage, minimise risks and retain control of vehicle or project cargo at all times.
Transparency counts in vehicle and project logistics. In contrast to container transport, the cargo remains openly accessible with RoRo and is loaded while travelling or rolling. This is precisely why clearly defined roro status milestones are essential.
Whether cars, construction machinery, lorries or MAFI-loaded project goods: every status step affects the schedule, documentation, insurance cover and onward transport. In practice, it often turns out that delays are not caused by sea conditions, but by missing documents or misunderstandings in status reports.
Our guide RoRo Transport simply explained provides a solid foundation
https://odsorient.com/roro-transport-einfach-erklaert-alles-was-sie-wissen-muessen
In the following, we analyse the most important roro status milestones from Gate In to Release in detail.
Gate In is the first official status within operational processing.
At Gate In, the vehicle or rolling unit is physically accepted at the terminal in the Port of Loading POL. The following are recorded:
The load is only deemed to have been accepted at the terminal once it has been successfully recorded.
In practice, the following error patterns frequently occur:
A structured checklist helps to avoid delays.
Documents complete
Vehicle cleaned and empty
Refuelling according to specifications
Damage documented photographically
Booking number at hand
The roro status milestones are closely linked to international maritime trade terms.
The Bill of Lading B L is the central transport document. It confirms:
No release in the port of destination is possible without a correctly issued B L.
ETD Estimated Time of Departure refers to the planned departure from the POL.
ETA Estimated Time of Arrival refers to the planned arrival at the POD.
These times are planned values and may change due to weather, port congestion or regulatory measures.
Current departures and routes can be found under Timetables
https://odsorient.com/fahrplaene
POL Port of Loading is the port of loading.
POD Port of Discharge is the port of discharge.
Many misunderstandings arise when bookings are changed to alternative ports at short notice. Every change affects customs, transit times and subsequent processes.
RoRo stands for Roll on Roll off. Vehicles are moved on board independently or by terminal drivers via ramps.
PCTC Pure Car and Truck Carriers are specialised car carriers with several decks.
Securing is carried out in accordance with international guidelines such as the IMO CTU Code
https://www.imo.org/en/OurWork/Safety/Pages/CTU-Code.aspx
Correct lashing is crucial for insurance cover and transport safety.
Project cargo that is not ready to travel is often loaded onto MAFI trailers. These platforms enable the rolling handling of heavy goods.
Additional roro status milestones are created here, for example:
MAFI loading completed
MAFI secured on board
MAFI discharge confirmed
The sea voyage begins after ETD. During this phase, the status messages usually remain on Transit or On Board.
Weather conditions
Harbour congestion
Geopolitical events
Environmental regulations
One current example is the EU's FuelEU Maritime initiative to decarbonise maritime transport
https://transport.ec.europa.eu/transport-modes/maritime/decarbonising-maritime-transport-fueleu-maritime_en
Such regulatory requirements can influence route planning and driving speed in the long term.
The discharge phase begins when the POD is reached.
Vessel Arrived
Discharge Started
Discharge Completed
Available for Pickup
Release is the final step in the roro status milestones.
Prerequisites:
Only then is the vehicle or unit released from the terminal.
In practice, it often turns out that delays do not occur at sea, but due to missing original documents at the port of destination.
Incomplete B L data
Delayed dispatch of documents
Incorrect customs tariff classification
Communication gaps between sender and recipient
Early document review
Clear definition of responsibilities
Regular status check
Comparison of ETD and ETA with follow-up logistics
Those who actively monitor the roro status milestones reduce demurrage risks and operational uncertainties.
Status
Gate In
Cargo Received
Loaded on board
ETD Confirmed
Vessel Departed
ETA Updated
Vessel Arrived
Discharged
Customs Cleared
Released
Each of these steps marks an operational control point in the overall process.
The duration depends on the route, port and document processing. The time between gate in and release can range from a few days to several weeks.
Not mandatory. In the case of Telex Release or Express B L, physical documents can be dispensed with if agreed.
Yes, but existing damage must be documented at the gate in order to clarify liability issues.
Follow-up logistics and customs clearance must be adapted. Close coordination with the recipient is necessary.
An individual offer is required for specific transport costs, as the route, vehicle type, port and season are decisive.
The roro status milestones are far more than simple tracking messages. They form the operational backbone of every vehicle and project shipment.
From gate in to loading, ETD, ETA and unloading through to release, every status determines time, safety and predictability. Understanding and actively monitoring these milestones reduces risks, avoids downtime and optimises the entire supply chain.
Structured process control, clear documentation and regular status checks are the basis for successful RoRo transport.
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
Roro tracking in 2026 combines VIN-based vehicle identification, bill of lading references and AIS ship data into an integrated monitoring system. Linking ETD ETA, POL POD and document status in a structured workflow creates transparency across the entire ro-ro process. Clean master data, clear responsibilities and defined escalation channels in the event of deviations are crucial. This reduces risks, optimises throughput times and proactively informs customers.
Global vehicle logistics is under increasing pressure to be efficient. Increasing volumes, volatile schedules and stricter compliance requirements make transparency essential along the entire transport chain. According to the UNCTAD Review of Maritime Transport 2025, global maritime transport continues to be highly dynamic, particularly in the area of rolling cargo.
RoRo transports, often handled by PCTC vessels, require a different tracking logic than container transports. Vehicles travel independently on board, are distributed on decks and are often combined with MAFI trailers. Classic container tracking numbers are not sufficient here.
A professionally designed roro tracking system therefore combines three central data sources: VIN, B L and AIS. Below you will learn how these elements interact and how you can use them to develop a robust system for 2026.
Roro tracking describes the structured tracking of rolling cargo throughout the entire transport process. The focus is on individual vehicles or mobile units, not standardised containers.
The speciality lies in the identification. While the container number dominates in container transport, the Vehicle Identification Number, or VIN for short, is the most important key in the RoRo sector.
At the same time, each shipment is documented via a Bill of Lading. The B L links the shipper, consignee, shipping company, POL and POD as well as contractual details. This is supplemented by AIS data, which shows the current position of the ship almost in real time.
A modern roro tracking system brings these three levels together in a structured process.
The basis is a clean database. In practice, it is often the case that VIN numbers are recorded incorrectly or stored multiple times. Even a transposed number leads to tracking gaps.
A central database in which each VIN is clearly assigned to an order and a B L number is recommended. In addition, the following fields should be standardised:
ETD
ETA
POL
POD
Shipping company
Ship name
Voyage number
This structure forms the backbone for subsequent monitoring.
The Bill of Lading acts as a legal and logistical link. Each VIN must be clearly assigned to a B L.
Error images from practice:
Unclear allocation for groupage shipments
Several vehicles under false B L reference
Manual transfer errors between Excel and ERP
A digital system reduces these risks by automatically linking the VIN and B L.
AIS, the Automatic Identification System, provides the ship's position data. For RoRo and PCTC carriers, this source is essential for checking ETD ETA forecasts.
A tracking dashboard should display the following information:
Current position of the ship
speed
Course
Last port call
Prognostic arrival at the POD
This creates transparency about possible delays or route changes.
In addition to the VIN and B L, other documents also play a role:
Booking confirmation
Export customs documents
Vehicle documents
Dangerous goods documents for special units
Harbour instructions
Compliance with international guidelines on cargo securing is particularly important. The CTU Code of the International Maritime Organisation provides binding standards in this area: https://www.imo.org/en/OurWork/Safety/Pages/CTU-Code.aspx
Structured document storage should be digital and directly linked to the VIN.
ETD indicates the planned departure at the Port of Loading, ETA the expected arrival at the Port of Discharge.
In a professional roro tracking workflow, this data is not only recorded but also actively monitored. Deviations between planned and actual departures are automatically highlighted.
Typical practical problem: ETA is not updated even though the ship is travelling significantly slower according to the AIS. An intelligent system synchronises this data.
POL and POD structure the route. For international automotive logistics, it is crucial to map transhipment points transparently.
During transshipment processes, it must be clear which ship the vehicle is currently on. Information gaps often occur here if systems do not communicate with each other.
A well thought-out system reduces, among other things:
Loss of vehicles in the information flow
Unclear responsibilities in the event of delays
Lack of transparency towards customers
Problems with customs clearance
Reputational risks due to delayed status reports
In practice, it has been shown that media discontinuities between shipping company portals, internal systems and manual Excel lists in particular lead to errors.
A centralised dashboard provides a remedy here.
Structured preparation of the vehicles is also recommended before shipping. You can find practical instructions under Timetables → https://odsorient.com/fahrplaene and in the article What do I have to consider when shipping a RoRo? → https://odsorient.com/was-muss-ich-bei-einer-roro-verschiffung-beachten
This content helps to avoid operational errors even before tracking.
Not every RoRo load is a vehicle ready to travel. Construction machinery, project cargo or oversized units are often loaded onto MAFI trailers.
For roro tracking, this means
Enter additional identification numbers
Link MAFI reference with VIN or project number
Document special safety regulations
Close coordination with the terminal and shipping company is required here in order to avoid information gaps.
Modern systems rely on:
Cloud-based platforms
API connection to shipping companies
Automated AIS feeds
Dashboard visualisation
Mobile status queries
However, the software itself is less important than process clarity. Without defined responsibilities, even the best tool is ineffective.
In practice, there are recurring weak points:
Incomplete master data
No standardised spelling of ports
Manual data entry without validation
Lack of escalation rules
No synchronisation between AIS and ETA
A structured roro tracking concept therefore begins with clearly documented processes.
Container tracking centres on the container number. In RoRo tracking, the VIN is the central identification feature. Vehicles are recorded individually, not as standardised boxes.
Ideally automated and continuous. However, at least daily for time-critical consignments.
The B L links the vehicle, contract, shipping company and route. Without correct B L allocation, reliable tracking is not possible.
Technically, yes to a large extent. Nevertheless, human control and plausibility checks are essential, especially in the event of deviations.
The costs depend on the route, vehicle type, volume and additional services. A customised quote is always required for a reliable calculation.
Roro tracking is evolving from an operational tool to a strategic control instrument in 2026. Intelligently combining VIN, B L and AIS creates transparency across the entire transport process.
Clean data, clear responsibilities and digital integration are crucial. Companies that monitor their RoRo processes in a structured manner reduce risks, increase predictability and strengthen their position in international competition.
All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
The IMO CO2 fee for shipping is to take effect worldwide from 2028. However, the strategic, contractual and operational decisions will already be made in 2026 and shipping companies, shippers and logistics service providers will have to adapt their fleets, routes, charter contracts and reporting processes at an early stage. Those who do not react until 2028 risk higher cost pressure, capacity bottlenecks and contractual risks. Scenario planning, documentation security and sustainable transport strategies are crucial now.
International shipping is facing a historic turning point. The planned IMO CO2 shipping levy is intended to create a global mechanism that will make emissions more expensive and promote climate-friendly technologies.
Although the introduction is scheduled for 2028, regulatory processes, investment cycles and charter terms clearly show that 2026 is the actual decision year.
In practice, it is often the case that fleet modernisation, alternative fuels or new construction decisions require at least 24 to 36 months' notice. Those who only react when the regulation formally comes into force lose strategic flexibility.
The IMO CO2 charge for shipping aims to make greenhouse gas emissions more expensive per transported unit. Under discussion:
The International Maritime Organisation is driving these developments forward in regulatory terms. The relevant principles can be found in the framework of the IMO CTU Code
https://www.imo.org/en/OurWork/Safety/Pages/CTU-Code.aspx
RoRo and PCTC transport services transport vehicles, construction machinery and project cargo. These ships are
If emission costs rise, they have a direct impact on route calculations and timetables. You can find current departures at
https://odsorient.com/fahrplaene
Newbuildings or retrofits for alternative fuels such as methanol or LNG require years of planning. Shipping companies will have to decide in 2026 whether:
These decisions will determine the cost structure from 2028 and beyond.
Many framework agreements run for two to three years. Anyone concluding new contracts in 2026 must already factor in possible CO2 costs.
Important documents are
In practice, unclear regulations often lead to disputes about the passing on of costs.
To reduce emissions, shipping companies can:
This directly influences ETD ETA planning and supply chain stability.
Emission-intensive ports or long distances can become more expensive. Companies need to check:
The loading checklist Error-free in the RORO harbour offers practical preparation for RoRo transports
https://odsorient.com/beladungs%E2%80%91checkliste-fehlerfrei-in-den-roro%E2%80%91hafen
In practice, this is often the case:
Such errors can have a considerable economic impact when the IMO CO2 shipping fee is introduced.
Digital processes help to make emissions and performance transparent. In addition to maritime reporting obligations, digital visibility also plays a role.
Technical performance factors such as Interactivity to Next Paint INP will become more relevant for digital services in the future. Background information on this is provided by
https://web.dev/blog/inp-cwv-march-12
Efficient quotation and tracking processes also strengthen competitiveness. Customised transport can be requested via the quotation calculator
https://odsorient.com/angebotsrechner
A personalised quotation is always required for specific costs.
The introduction is expected from 2028. However, political decisions and detailed regulations will already be prepared and finalised by 2026.
Because investment decisions, charter contracts and fleet modernisations require lead time. Those who plan strategically for 2026 will secure advantages from 2028.
No. RoRo, PCTC and project transport are particularly affected, as they have large volumes and specific route structures.
A generalised statement is not possible. The effects depend on the route, type of ship, capacity utilisation and contract design. A case-by-case analysis is necessary for individual assessments.
The IMO CO2 shipping fee marks a structural change in international maritime transport. Even though the formal introduction is planned from 2028, the economically relevant decisions will already be made in 2026.
Companies that analyse, negotiate and adapt their processes now will reduce risks and secure strategic advantages. Sustainability is not just a regulatory obligation, but a competitive factor.
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient assumes no liability for the topicality, correctness and completeness of the information provided.
FuelEU Maritime obliges shipping companies to gradually reduce the greenhouse gas intensity of marine fuels from 2026. For the RoRo sector, this means new surcharge models, more complex timetable planning and stricter documentation requirements. The main keyword fueleu maritime roro is therefore becoming a central issue for shippers, charterers and shipping companies. If you want to reliably maintain ETD and ETA and efficiently manage POL and POD, you need to integrate emissions requirements into planning and contracts at an early stage.
FuelEU Maritime leads to new CO2-based surcharges in RoRo transport.
Timetables must be optimised to take account of emission values and alternative fuels.
Shipping companies need more precise data on bunker quality, consumption and transport performance.
Shippers should review their contract clauses on B L, ETD ETA and surcharges.
Early coordination between shipping company, terminal and customer reduces operational risks.
The European FuelEU Maritime Regulation is part of the Fit for 55 package and aims to significantly reduce the greenhouse gas intensity of maritime transport. Binding limits for the emission intensity of the energy used on board will apply from 2026.
The effects on traditional container transport have already been discussed in detail. However, there are particular challenges in the fueleu maritime roro sector. RoRo ships, PCTC units and MAFI trailers often operate with tight schedules, short lay times and high handling pressure. Every adjustment to speed, fuel or routing has a direct impact on ETD and ETA.
You can find more detailed information on operational processes under Timetables https://odsorient.com/fahrplaene as well as under What do I have to consider for a RoRo shipment? https://odsorient.com/was-muss-ich-bei-einer-roro-verschiffung-beachten.
FuelEU Maritime obliges ship operators to gradually reduce the greenhouse gas intensity of the energy used on board. The decisive factor is the energy consumption per transport performance. This is based on EU-wide monitoring, reporting and verification systems.
Ships of 5000 GT or more that call at EU ports are affected. For the fueleu maritime roro sector, this means that almost all larger ro-ro and PCTC units are covered.
The ordinance is based on a gradual reduction in emissions intensity.
It promotes alternative fuels such as LNG, methanol and biofuels.
It incentivises the use of shore-side electricity in EU ports.
It includes EU-relevant transport shares in order to avoid carbon leakage.
Official information is available from the European Commission at https://transport.ec.europa.eu/transport-modes/maritime/decarbonising-maritime-transport-fueleu-maritime_en. The IMO CTU Code also remains relevant for safe loading specifications https://www.imo.org/en/OurWork/Safety/Pages/CTU-Code.aspx.
Compliance with the emission limits causes additional costs through the use of alternative fuels, technical retrofitting and extended monitoring.
In the context of fueleu maritime roro, these additional costs are often passed on via specific environmental or decarbonisation surcharges. Unlike traditional bunker adjustment factors, they are based more on emissions intensity and regulatory target values.
There are different models in practice.
Flat-rate emission surcharges per vehicle or per MAFI unit.
Tonne-based surcharges per transported unit.
Route-dependent surcharges depending on POL and POD within the EU.
An individual quotation is always required for specific cost calculations.
Slow steaming is a common measure for reducing emissions. Lower speed reduces fuel consumption and thus the intensity of emissions.
For fueleu maritime roro this can mean
Postponement of ETD and ETA.
Longer transit times between POL and POD.
Adjustment of lead and lag times.
In tightly synchronised automotive supply chains, a delay of just 24 hours can have a significant impact.
Shipping companies are increasingly looking at route optimisation to minimise empty runs, better utilisation of PCTC decks and the integration of shore power.
This makes schedules more flexible, but also more complex. Shippers should request regular updates and adapt their internal planning processes.
The Bill of Lading remains the central transport document. In the context of fueleu maritime roro, additional information on emission categories or environmental surcharges may become relevant in future.
Shippers should ensure that weight, load type and routing are correctly specified, as these parameters can be included in emission calculations.
Exact specification of ETD and ETA.
Correct assignment of POL and POD.
Transparent consumption data from the shipping company.
In practice, it is often the case that data interfaces between the shipping company, terminal and freight forwarder need to be optimised in order to avoid compliance risks.
Existing framework agreements often do not contain specific regulations on emission surcharges. This leads to uncertainties and potential conflicts.
Without a comprehensible basis for calculation, it is difficult to check surcharges.
Simultaneous timetable adjustments by several shipping companies can lead to capacity bottlenecks, especially in the PCTC segment.
Incomplete or incorrect reports can lead to sanctions. Structured internal documentation is therefore essential.
Analysing existing contracts with regard to environmental surcharges.
Evaluation of alternative routes and shipping companies.
Early coordination with relevant contacts.
Regular checking of ETD and ETA deviations.
Synchronisation of POL and POD data with internal systems.
Documentation of all surcharges in your own ERP system.
Ensuring complete B L data.
Archiving of relevant evidence.
Training of employees on regulatory requirements.
emissions requirements have a direct impact on transport costs, transit times and contract design. Adapting processes at an early stage reduces risks.
Not necessarily. The development depends on the route, type of ship and fuel strategy. A personalised offer is required for individual calculations.
Yes, measures such as slow steaming or modified port calls can extend transit times and postpone schedules.
As a rule, the reporting obligation lies with the ship operator. Nevertheless, shippers should check and systematically archive relevant documents.
Through contract review, close coordination with the shipping company and regular monitoring of operational key figures such as capacity utilisation, transit time and surcharge structure.
FuelEU Maritime marks a profound change in European maritime transport. For the fueleu maritime roro sector, this means new surcharge models, changed timetable structures and increased transparency and documentation requirements.
Companies that adapt their processes at an early stage, review contractual clauses and systematically monitor ETD ETA and POL POD secure competitive advantages. The integration of emissions aspects into strategic and operational decisions is becoming standard in the RoRo business.
FuelEU Maritime is therefore not only a regulatory challenge, but also an impetus for more efficient and sustainable transport chains in European short sea and deep sea transport.
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
The eu ets shipping roro obliges shipping companies to fully include relevant CO2 emissions in EU transport from 2026. This will result in additional emissions costs, which are usually passed on via surcharges. For shippers and forwarders, transparency requirements, documentation obligations and the pressure to efficiently plan POL/POD, ETD/ETA and cargo concepts with RoRo, PCTC and MAFI are increasing. Structuring processes and taking emissions data into account at an early stage ensures planning reliability and reduces operational risks.
The expansion of EU emissions trading to include maritime shipping will significantly change the cost and planning structure in European short sea and deep sea transport. Emission costs have a direct impact on the transport chain, particularly in the roll-on/roll-off segment, i.e. for RoRo and PCTC ships.
The eu ets shipping roro applies to all journeys involving EU ports. Depending on the route, emissions are included in full or proportionately. For shippers and forwarders, this means that CO2 becomes a fixed calculation parameter.
At the same time, the International Maritime Organisation is also discussing further-reaching climate instruments, such as CO2-related fee models. Reuters provides an up-to-date overview of the IMO 2025 deal:
https://www.reuters.com/sustainability/boards-policy-regulation/un-shipping-agency-strikes-deal-fuel-emissions-co2-fees-2025-04-11/
From 2026, shipping companies will have to hold certificates for 100 per cent of the emissions recorded in EU-relevant voyages. In practice, this is often the case:
RoRo ships and PCTC carriers transport vehicles, machinery and project cargo. Depending on the stowage concept on MAFI trailers or rolling cargo, weight and energy consumption vary - indirectly relevant for the calculation.
The shipping company is legally obliged to do this. Economically, however, the costs incurred are regularly passed on to shippers and forwarders via surcharges.
Typical documents relating to the cost structure:
In practice, it is often the case that surcharges are dynamically adjusted and linked to market prices for emission allowances. Specific costs depend on the individual routing and the tonnage used. A personalised offer is therefore required for a valid calculation.
The selection of POL and POD influences the calculation of emissions. Direct connections can reduce emissions, while transhipments cause additional consumption.
Slower driving to reduce emissions can cause ETD/ETA shifts. Forwarders must realistically factor in buffer times.
Efficient use of deck space, correct weight specifications and optimised MAFI planning reduce operational inefficiencies. Incorrect information often leads to:
The checklist for RoRo shipping offers practical preparation:
https://odsorient.com/checkliste-fuer-die-roro-verschiffung
eu ets shipping roro is reinforcing the trend towards data transparency. Calculating emissions, reporting and cost breakdowns require clean data sets.
A structured digital workflow reduces sources of error, particularly with:
Find out more in the article Digital RoRo booking process:
https://odsorient.com/digitaler-roro-buchungsprozess-so-bereitest-du-deine-verschiffung-optimal-vor-2
Check before each booking:
This structured approach increases planning security and reduces subsequent renegotiations.
No. International transport with an EU port connection is also affected proportionately or completely.
Yes, both types of ship are covered by the emissions regulations, provided they fulfil the relevant criteria.
In practice, often yes. The specific structure depends on the carrier and the contract.
Yes, routing, distance and port sequence have an indirect effect on fuel consumption and thus on the cost structure.
No. The actual costs depend on the route, type of ship, capacity utilisation and market development of the certificates. A customised offer is required for a reliable calculation.
By 2026, eu ets shipping roro will no longer be a peripheral issue, but a structural component of transport costing. For shippers and forwarders, this means greater transparency, more precise data processes and a strategic view of routes, documentation and contract design.
Those who structure operational processes properly, use digital booking systems and take emissions aspects into account at an early stage create competitive advantages in an increasingly regulated market environment.
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
The choice between RoRo Jeddah Dammam in 2026 depends heavily on the target market, the onward transport route and the type of cargo. Jeddah is particularly suitable for imports to western and central Saudi Arabia, while Dammam is preferred for the east and industrial clusters in the Gulf. At roro jeddah dammam, POL and POD, ETD and ETA as well as customs and port processes play a central role in ensuring smooth operations.
When shipping RoRo to Saudi Arabia, the question often arises as to which port of destination is more suitable. The RoRo Jeddah Dammam decision influences transit times, on-carriage costs and operational risks. Both ports are established, but differ significantly in terms of location, infrastructure and connections.
Jeddah is located on the west coast on the Red Sea and is the most important gateway for imports to Mecca, Medina and the central regions. Dammam is located on the Arabian Gulf and primarily serves eastern Saudi Arabia as well as industrial and energy projects.
In practice, it is often the case that roro jeddah dammam is decided according to the final delivery address, not just the sea transit time.
Both ports are designed for RoRo, PCTC and MAFI traffic. Jeddah is called at more frequently by lines from Europe and the Mediterranean, while Dammam is heavily involved in Gulf and Asian routes. The differences between ETD and ETA are mainly due to round trips and port frequency.
The procedure is basically identical:
You can find the basics of the process here: https://odsorient.com/wie-funktioniert-roro
Regardless of the port of destination, the following documents are essential:
Incorrect information is one of the most common causes of delays at roro jeddah dammam. An in-depth overview can be found here: https://odsorient.com/was-muss-ich-bei-einer-roro-verschiffung-beachten
These points have a different impact in Jeddah and Dammam, as local processes and capacity utilisation vary.
Description and alt text for Visual Search
Comparison table RoRo Jeddah Dammam with location catchment area and typical utilisation
Jeddah
Dammam
New international regulations also influence the roro jeddah dammam decision. IMO decisions on emissions and CO2 taxes are changing route planning and ship sizes. This source provides an up-to-date categorisation: https://www.reuters.com/sustainability/boards-policy-regulation/un-shipping-agency-strikes-deal-fuel-emissions-co2-fees-2025-04-11/
This depends on the route, vehicle type and market situation. Specific costs require a customised offer.
Not all-inclusive. Transit times vary depending on POL, circulation and ship frequency.
In principle, yes, but import regulations and the final delivery address are decisive.
ETD and ETA are key planning parameters and have a significant influence on onward transport and project processes.
The RoRo Jeddah Dammam decision should always be based on the target market, the type of cargo and the overall logistics planning. Both ports are efficient, but offer different advantages. A thorough analysis before booking reduces risks and ensures a smooth import.
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
roro shipping saudi arabia continues to be one of the most efficient methods of transporting vehicles and rolling cargo to the Arabian Peninsula in 2026. The procedure follows clear process steps from booking to loading and unloading at the POD. Complete documents such as B/L and export papers, realistic ETD and ETA as well as compliance with local import regulations are crucial. Typical pitfalls arise from incorrect information, inadequate load securing or late documents.
Saudi Arabia is one of the most important target markets for vehicle and machinery exports in the Middle East. roro shipping saudi arabia offers a proven, flexible and comparatively fast transport solution. Especially in 2026, with increasing sustainability requirements and more complex import specifications, proper preparation is crucial for a smooth process.
In practice, the following standard process is often used:
The roro shipping saudi arabia is usually carried out by specialised ro-ro carriers with regular schedules. You can find current timetables here: https://odsorient.com/fahrplaene
The following documents are essential for smooth processing:
Incomplete or contradictory information is one of the most common reasons for delays in roro shipping saudi arabia.
International regulations such as the IMO's CTU Code provide clear guidelines for the safe transport of rolling cargo and help to minimise risks.
Description and alt text for Visual Search
Checklist RoRo shipping Saudi Arabia with vehicle inspection Document control and appointment coordination
You can find tips on tracking here: https://odsorient.com/so-trackst-du-dein-fahrzeug-waehrend-der-roro-ueberfahrt-4
International regulations are also increasingly influencing roro shipping saudi arabia. New IMO resolutions on emissions and CO2 levies are having an impact on route planning and ship deployment. This source provides an up-to-date categorisation: https://www.reuters.com/sustainability/boards-policy-regulation/un-shipping-agency-strikes-deal-fuel-emissions-co2-fees-2025-04-11/
RoRo stands for Roll-on Roll-off and describes the transport of ready-to-move units that drive onto the ship independently.
The transit time varies depending on the POL, POD and timetable, but is usually between a few days and several weeks.
Specific prices depend on vehicle type, route and market situation. A personalised quote is required for individual costs.
Yes, modern RoRo tracking enables transparency during the entire crossing.
roro shipping saudi arabia remains an efficient transport solution for vehicles and rolling cargo in 2026. Knowing the process, preparing documents carefully and avoiding typical pitfalls significantly reduces risks. Individual advice helps to optimise processes for the respective shipment. For personalised queries and offers: https://odsorient.com/kontakt
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
The shipping china is a central component of international supply chains for many companies. China will remain one of the world's most important trading partners in 2025 - not only as a production location, but also as a sales market. If you want to ship goods to China reliably and in compliance with the law, you need to take numerous aspects into account: Transport routes, customs regulations, cost structures and logistical peculiarities. This article provides a comprehensive overview of the most important factors for successful sea freight to China.
The year 2025 will bring numerous changes to international trade. The Chinese customs administration has introduced new digital procedures to check shipments more efficiently. At the same time, the requirements for sustainability and transparency along the supply chain are increasing.
The market is also reacting to global developments such as geopolitical tensions, volatile freight rates and changing trade agreements. Well-prepared shipments to China are therefore more important than ever.
Classic container freight - whether full containerised (FCL) or groupage (LCL) - is the most frequently chosen mode of transport for exports to China. It is suitable for almost all types of goods and offers a good cost-to-capacity ratio.
RoRo shipping is the ideal solution for rolling goods such as vehicles, construction machinery or agricultural vehicles. It enables direct loading without containerisation - efficiently and safely.
You can find more information here:
What do I need to bear in mind for a RoRo shipment?
https://odsorient.com/was-muss-ich-bei-einer-roro-verschiffung-beachten
Air transport can also be worthwhile for time-critical shipments or high-value goods - albeit at significantly higher costs. Rail freight via the so-called New Silk Road is an interesting alternative for medium-haul routes.
China's major seaports have excellent international connections. The most important destinations include:
Depending on the port of departure in Europe (e.g. Hamburg, Bremerhaven or Antwerp), transit times vary between 28 and 40 days. Supra-regional feeder connections and hinterland transport should be taken into account in the planning.
| Type of transport | Duration (approx.) | Suitable for |
|---|---|---|
| Sea freight (FCL) | 30-40 days | Large volumes, palletised goods |
| RoRo | 25-35 days | Vehicles, machines, rolling goods |
| Air freight | 2-5 days | Urgent consignments, electronics etc. |
| Rail freight | 14-20 days | Medium-sized, high-quality goods |
Alt text for the table: Comparison of duration and areas of application of different types of transport to China in 2025.
China has clear and sometimes very detailed requirements for imports. Particular attention should be paid to
The basis for container loading is the CTU code of the IMO, which is available at the following link:
https://www.imo.org/en/OurWork/Safety/Pages/CTU-Code.aspx
What you should prepare:
A complete overview of timetables and running times is available here:
Timetables
https://odsorient.com/fahrplaene
The exact costs depend heavily on factors such as the volume of goods, weight, distance, port of departure and destination and the selected service level.
Typical cost components:
Note: It is not possible to provide a flat-rate price. A customised offer is required for a reliable cost calculation.
How long does a shipment to China take?
Depending on the route and mode of transport, the transit time is between 25 and 40 days.
What do I need to bear in mind when clearing customs in China?
All documents must be complete and correct. Strict regulations also apply to certain product groups.
Can I also ship vehicles to China?
Yes, this is efficiently possible via RoRo connections. Further information:
https://odsorient.com/was-muss-ich-bei-einer-roro-verschiffung-beachten
Is there groupage transport (LCL) for small consignments?
Yes, LCL is a good option for smaller consignments. Precise packaging and declaration are important here.
How do I prepare my freight optimally?
The IMO's CTU Code provides guidelines for safe container loading:
https://www.imo.org/en/OurWork/Safety/Pages/CTU-Code.aspx
The shipping china will remain a key issue for exporters in Europe in 2025. If you want to ship successfully to China, you need a good understanding of the processes, customs regulations and logistical options. Whether container transport or RoRo shipping - professional preparation saves time, costs and nerves. Utilise existing resources and get individual advice if required to make the most of your export strategy.
Disclaimer: All information in this article has been carefully researched but is subject to change at any time. ODS Orient accepts no liability for the topicality, accuracy and completeness of the information provided.
