Heathrow Airport Closes after Power Station Fire

The recent events at Heathrow Airport have once again underscored the vulnerability of the UK’s logistics network to unexpected disruptions. As one of the country’s busiest transport hubs, any interruption to operations — particularly on the scale caused by a major power outage — has immediate and far-reaching effects. While passenger inconvenience has dominated headlines, the real and lasting impact on freight and supply chains deserves equal attention.

After the pandemic and Brexit, the British International Freight Association says it thought that there was a better understanding of the critical importance of efficient international supply chains. If the initial mainstream media coverage of the incident at Heathrow is anything to go by, clearly that is not the case, with little mention in the news of the huge disruption to UK supply chains.

The fire at a nearby power station which caused a significant power outage across Heathrow airport has resulted in major disruption with all flights cancelled. The airport is to remain shut until midnight.

PML Seafrigo, whose facilities are unaffected by the fire, is extending an offer to those whose  freight is impacted by the situation, providing a collection service from alternative UK airports where imported  goods have been unexpectedly rerouted. In addition, PML Seafrigo is able to ensure the seamless movement of exported goods to alternative London airports, specifically London Gatwick or Stansted, subject to space and availability.

As expected, most reporting has focused on the immediate impact on flights, terminals and passengers. Regrettably, cargo has been largely overlooked, and the impact will be significant on both import and export movements. Supply chains work based on a consistent flow of goods and this has been severely interrupted – for exports the immediate concern will be that airline sheds will fill up rapidly and be unable to accept fresh freight deliveries, which will then affect other parties. For imports, freight will not arrive at or be diverted from its original final destination.

BIFA says that a big concern for its members is that most cargo is carried in the bellyholds of passenger aircraft and when flights to and from LHR are restored there will be a considerable influx in demand by passengers for seats to continue their journeys. Potentially this will restrict the capacity to move cargo.

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Navigating the Supply Chain Maze

Maximising AI Success in Supply Chain with Clean Data

Clean data can maximise supply chain success, writes Mark Holmes, Senior Advisor for Supply Chain at InterSystems.

Artificial intelligence (AI), from traditional machine learning to recent generative AI, holds immense potential to revolutionise global supply chains by enabling adaptive decision-making. The approach refines predictions to meet evolving consumer demands, enhancing demand forecasting, streamlining fulfilment despite supply disruptions, and unlocking a range of innovative possibilities.

The global supply chain AI market is showing strong growth. According to Meticulous Research, it is expected to surge to US$58.55 billion by 2031, growing at a CAGR of 40.4% from 2024 to 2031. Yet, as more organisations implement AI across their supply chain operations, harnessing accurate, clean, and unified data remains a critical challenge. AI is only as effective as the data it processes. Inaccurate or fragmented data leads to flawed outcomes and erodes trust in AI-driven systems.

Achieving Data Quality

The good news is that regardless of where an organisation stands in its AI journey, there is still time to build the necessary data foundations, without the need for a risky rip-and-replace of legacy systems. However, ensuring data quality is not easy. Supply chain data streams originate from many disparate sources, including enterprise systems, IBP applications, suppliers, demand pattern changes, warehousing, and transportation systems. If these diverse sources are not harmonised, AI models may produce flawed outputs that prompt manual checks and redundant oversight, ultimately undermining efficiency.

Real-time data is equally critical. Supply chains involve numerous variables, from supplier availability to weather patterns, that can change rapidly. Analysing delays or disruptions in near-real time and acting swiftly on these insights can mean the difference between effectively managing an issue or missing a critical opportunity. Access to timely data is the first step toward harnessing AI for more accurate forecasts, adaptive planning, and proactive interventions.

The Role of Connective Technology

Creating the right data strategy requires modern solutions that act as a “connective tissue,” linking diverse data sources and formats. When deployed effectively, these solutions consolidate relational, non-relational, and streaming data without forcing a complete overhaul of core systems. This data unification enables immediate analysis, ensuring that AI models have a dependable, comprehensive picture of the supply chain at all times.

Beyond unification, connective technology cleans, standardises, and enriches data before any AI algorithms are applied. Such thorough preparation reduces the risk of inaccurate outputs and helps maintain confidence in AI-driven recommendations.

Evaluating Existing AI Implementations

Even as organisations begin deploying AI for use cases like demand sensing and order fulfilment, it is essential to access the right data in motion or at rest. Inconsistent or incomplete data might cause AI to overlook critical warning signs, produce skewed forecasts, or struggle to align inventory levels with real-world conditions.

Companies should regularly audit their data pipelines to pinpoint errors, such as missing entries or mismatched formats. Addressing any gaps, and ensuring the data remains fresh, can make AI models more robust and reduce long-term costs. By creating transparent feedback loops, supply chain leaders can monitor AI outcomes and measure them against established performance metrics. This approach helps determine whether refinements in data management or the AI models themselves are necessary.

From Foundational Data to Practical Results

After laying a strong data framework, organisations can more confidently progress toward advanced analytics, machine learning, and decision support tools that significantly improve supply chain efficiency. Predictive and prescriptive insights powered by both machine learning and latest genAI, can then be integrated directly into operational processes. Whether the goal is to handle demand fluctuations, optimise supplier networks, or accurately forecast inventory requirements, AI-driven analysis is most effective when powered by unified, trustworthy data.

Looking ahead, AI’s relevance in supply chain management will only grow as technologies evolve and businesses strive to stay flexible. AI can help with data availability, business insights, data-driven actions, etc. By making data integrity a priority, organisations establish a practical base for advanced solutions that yield real value. This means gathering, integrating, and using data in ways that support both present objectives and long-term growth.

Strong data practices ultimately open the door to AI-driven innovations that help supply chain leaders adapt at speed, reduce costs, and enhance customer satisfaction. With a clear focus on maintaining clean, unified information, businesses can transform daily operations and generate measurable returns.

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Webinar: Unlock Cost Savings with AI-Powered Truck Loading

With rising logistics costs, it’s crucial to maintain profitability through highly optimised operations and load planning processes. Logistics Business and Aptean are preparing a Webinar entitled ‘Automating Truck Loading to Save Costs & Drive Efficiencies’.

Join our industry experts on Tuesday 15th April at 1130 BST/UTC, for an open panel discussion where we’ll explore how you can enhance cargo placement accuracy, improve operational efficiency, and reduce transport costs by optimising space utilisation with AI-driven technology.

You’ll learn how:

Optimal planning maximises load capacity and enables efficient equipment selection
Efficient loading boosts savings, speeds up palletising, and increases warehouse throughput
Effective pallet arrangement reduces pallet usage, saving space in the warehouse and during transport
Smart loading decisions enhance vehicle safety and help prevent shipment damage

Truck Loading Webinar

Whether it’s trailers, containers, pallets, or any user-defined space, AI-driven tools can help you deliver maximum efficiency in truck load planning while driving significant savings.

Register your place today to avoid missing out on this eagerly awaited insight coming in April!

Watch some of our recent Webinars here.

Managing your business’s transport network can often feel like trying to solve a Rubik’s Cube blindfolded. With so many moving pieces—freight, carriers, real-time tracking, multiple modes—keeping tabs on each component without slowing down performance or blowing up costs is a major juggling act. That’s where a transport management system (TMS) comes in. You’ve likely heard the term, but may have some questions. Like what is a TMS system exactly and what does it do? Who can use it and how does it differ from other logistics systems like enterprise resource planning (ERP) and warehouse management systems (WMS)? This article will answer all your burning questions.

What Is a TMS?

A transport management system (or TMS) is a software platform specifically designed to streamline and optimise end-to-end transport and logistics operations. In simpler terms, it’s like the command centre for your entire transport network. Think of it as the behind-the-scenes powerhouse that helps you plan, execute and monitor the movement of goods—by land, air and sea.

A TMS solution gives your business a bird’s-eye view of its supply chain network, enabling you to make smarter, data-driven decisions to improve shipping efficiency and reduce costs. From carrier management and freight rate analysis to tracking shipments in real time, a TMS provides the visibility and control you need to keep goods flowing, costs low and customers satisfied, all while balancing sustainability needs.

Within a TMS, you can compare rates, organise shipments and track their journey to delivery. You might be shipping raw materials or finished goods, either way, a TMS keeps track, whether inbound or outbound, domestically or internationally.

How Does a Transport Management System Work?
By automating and improving the movement of goods, a TMS enhances business efficiency and reduces overspending. It can be broken down into a few essential functions. Here’s a quick overview of what goes on under the bonnet:

Order Management Integration: Order management integration (OMS) is the starting point of any TMS journey. This is where the software pulls in shipment details from systems like ERP, ensuring all transport activities are in sync with broader supply chain processes. This includes customer orders, purchase orders or inventory transfers, laying the groundwork for streamlined planning.

Carrier Management: A TMS manages relationships with carriers and logistics providers, offering you insights into carrier performance, cost metrics and service levels. It automates the booking of shipments, allowing you to compare and select carriers based on cost-effectiveness, reliability and speed so that each shipment is handled by the most suitable partner.

Route Planning and Optimisation: A fully integrated TMS uses advanced algorithms to identify the best routes and transport modes, considering factors like distance, historic traffic conditions, delivery timeframes and cost. The system quickly analyses data to choose the most efficient routes, select carriers, consolidate shipments and plan routes—saving you time and fuel costs.

Freight Cost and Rate Management: Freight costs are a significant part of any logistics budget. A TMS solution reconciles freight bills with the actual services provided and enables your business to manage, track and compare freight rates across carriers. This automated process reduces errors and flags discrepancies. With real-time visibility into costs, you can ensure accurate payments, saving time and reducing the financial risks associated with manual audits.

Execution and Tracking: After planning, an advanced TMS takes charge of dispatching shipments and generating the required documents. Here, you have a clear view of the movement of goods and end-to-end visibility of your shipments in transit, their estimated arrival time and details of any delays or reroutes. Your logistics team can then monitor delivery progress, anticipate delays and adapt quickly to disruptions.

Reporting and Analytics: Finally, the best TMS systems provide robust analytics and reporting capabilities, helping you identify trends by giving insight into metrics like cost per mile, carrier performance, on-time delivery rate and fuel usage. These analytics enable data-driven improvements, helping you optimise your transport network over time.

When all these components work together, a TMS system can transform your transport management into a proactive, efficient and transparent operation. It reduces costs, enhances operational efficiency and improves customer satisfaction by ensuring goods are delivered on time and as expected. With a TMS, your logistics professionals will feel prepared and ready to handle any situation.

Who Can Use TMS Software?
The good news is that TMS isn’t just for mega-sized corporations. Businesses of all sizes across a range of industries—from logistics providers and fashion brands to food and beverage organisations, manufacturers and beyond—are discovering the benefits of TMS software for their transport operations.

Small and mid-sized businesses can use TMS to stay competitive by optimising routes, tracking shipments with accuracy and improving cost management. While larger organisations can benefit from huge economies of scale, significantly reducing costs and simplifying complex supply chains. In short, whether you’re moving small parcels or large freight, a TMS provides the flexibility to support your transport needs.

So, let’s break down what types of businesses can benefit from a transport management system and who within your organisation will be using the software.

Types of Businesses That Can Benefit From TMS
Basically, a TMS can benefit any business involved in moving goods across a supply chain. It’s particularly valuable for industries such as:

Manufacturing: To coordinate the transport of raw materials and finished goods across multiple locations, manufacturers rely on TMS solutions to streamline shipping, manage carrier selection, ensure on-time, in-full (OTIF) delivery and reduce transport costs.

Retail and E-commerce: TMS facilitates complex distribution networks for fashion and retail businesses, enabling faster response times to market demands like same-day and next-day delivery—all while maintaining efficiency despite high order volumes.

Food and Beverage: Implementing a TMS system here ensures fresh, safe and timely delivery of consumables and in-demand goods with optimised route planning and visibility, while maintaining strict regulatory compliance and accurate records.

Third-Party Logistics (3PL) Providers: 3PLs and companies managing fleets or carrier networks utilize TMS to optimise routes, select cost-effective carriers and improve delivery accuracy. TMS also aids in reducing fuel consumption, providing shipment tracking and supporting multi-modal transport planning while seamlessly integrating with client systems.

Distribution and Wholesale: These businesses typically manage high volumes of goods on complex delivery schedules. Therefore, a TMS is pivotal to enhance coordination between suppliers, warehouses and customers, ensuring timely and cost-effective deliveries that adhere to retailer requirements.

 

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Crossover Series Replaces Combustion Engine

‘Get electrified with crossover technology’ is the motto under which the industrial truck specialist Clark presented the new Crossover series to the public for the first time at LogiMAT 2025 in Stuttgart. The Crossover models combine the advantages of environmentally friendly electric forklift trucks with the versatility and robustness of traditional diesel and LPG forklift trucks. Clark is thus setting new standards in material handling, especially for intensive indoor and outdoor applications. Another special feature: Clark has given product names to forklift trucks again for a long time. For example, the L25-35XE goes by the name “Raider” and the S25-35XE by “Renegade”.

The right crossover model for every application

The two new crossover series L25-35XE and S25-35XE with load capacities of 2.5 to 3.5 tons are the next logical step for Clark in its efforts to further electrify the Clark counterbalance truck product range and increase the performance of electric forklifts to such an extent that they can replace combustion engines in all areas of application.

In order to meet this requirement, the Raider and Renegade, for example, are mounted on the proven Clark chassis of IC engine-powered forklift trucks. This has the advantage that the crossover electric forklift trucks not only have the high ground clearance of IC trucks, but also the correspondingly larger and more robust tires and greater legroom for the operator. This equips the vehicles perfectly for outdoor use – especially on uneven terrain or bumps. On the other hand, the crossover trucks also achieve comparable values to combustion engines in terms of driving speed, working aisle width, turning radius and climbing ability. Thanks to water-protected components, such as the IP54 protection (dust and splash-proof) of the drive and hydraulic motor, they can be used in damp working environments or outdoors in bad weather without any problems.

The powerful emission-free lithium-ion batteries based on lithium iron phosphate technology (Li-FePO4) also ensure a powerful drive with long operating times and short charging times. Different battery capacities and chargers are available depending on the power requirement, including an onboard charger integrated into the vehicle. This enables fast and flexible recharging anytime and anywhere – indoors or outdoors. All these features make the Raider and Renegade the ideal choice for demanding indoor and outdoor applications where high efficiency is paramount.

Solid and robust powerhouse for shift work

The Raider series (L25-35XE) opens the door to the crossover segment. It offers operators an environmentally friendly and solid alternative to forklift trucks with combustion engines. The vehicles are characterized by excellent all-round visibility, predictable handling and an ergonomic driver’s seat with generous foot space. The Raider therefore ensures fatigue-free working, even over long shifts. The electric drive ensures powerful acceleration thanks to immediately available maximum torque and optimum power delivery. The robust Raider reaches a maximum driving speed of 19 km/h.

Thanks to the excellent all-round view of the load and the surroundings, safe operation is guaranteed. The intelligent arrangement of the controls reduces the physical strain on the driver and enables easy operation without unnecessary arm and shoulder movements. The fully suspended comfortable seat absorbs shocks and vibrations on uneven ground. The ramp function prevents unintentional acceleration or rolling backwards on ramps and inclines.

The Raider series is equipped with a modern 4.3-inch LCD colour display that provides information on all important driving parameters. Three riding modes are available to adapt the riding characteristics to the application: H (High), S (Standard) and E (Eco). For additional safety, the L25-35XE series is equipped with the Operator Presence System (OPS). The OPS automatically switches off the hydraulic and drive functions when the operator leaves the driver’s seat. The truck can only be moved when the operator is seated and in control of the vehicle.

To adapt the Raider to different applications, Clark offers, for example, different driver’s seats, blue LED warning lights as a visual reversing warning, additional hydraulic functions for attachments, fork positioners with sideshift function.

The powerhouse for demanding customers

The Clark Renegade (S25-35XE) is designed for operators who want the benefits of the Clark S-Series – Smart. Strong. Safe. Built on the proven chassis of the S-Series IC engine-powered forklifts, the models, like the S-Series Electric, have an impressive range of safety features, customizable options and maximum comfort. They therefore offer maximum flexibility for a wide range of indoor and outdoor applications.

As a powerful yet very quiet electric forklift truck, the Renegade combines pioneering Li-ion technology with a robust, ergonomically optimized vehicle frame and tried-and-tested lift masts from our own production with 6-roller fork carriage. Its emission-free and low-noise operation makes the Renegade the ideal choice for applications in mixed areas where the focus is on quiet work processes. The vehicle achieves a sound pressure level at the driver’s ear of less than 65 dB(A). Thanks to its versatile safety functions and extensive options, the S25-35XE can be flexibly adapted to the individual requirements of a wide range of industries and applications. The complete ramp stop ensures safe use on ramps, for example if the vehicle is frequently used for truck loading. The roll-back protection activates the automatic parking brake and thus prevents the vehicle from rolling backwards.

The ergonomic driver’s workplace offers maximum comfort. The slim steering column offers the operator generous legroom, while the optimally positioned step ensures safe and comfortable entry and exit. The hydraulic levers, ergonomically mounted next to the driver’s seat with integrated direction change, enable intuitive and effortless control. The operator enjoys excellent all-round visibility. All these features reduce additional stress factors for the driver and allow safe and efficient work.

The Renegade’s Smart Display provides all important driving parameters at a glance. Among other things, it shows the battery status, error codes and operating hours in a clearly structured manner. The information is available in various languages. The driving characteristics, such as acceleration and braking behaviour, can be individually adapted to the operator’s requirements via the 5-inch colour display. When using a reversing camera, the image is transmitted directly to the colour display. This means that the driver always has an overview of the route and surroundings, even when reversing. The optional load weight display is also shown to the driver via the Smart Display. This increases safety during load handling. Long operating times and short charging cycles thanks to the advanced Li-Ion technology make the Renegade a reliable partner for companies that need a reliable and efficient solution.

The extensive optional equipment of the Renegade series includes different cabs, such as rain protection (steel roof), weather protection (steel roof and windshield), partial (steel roof, front and rear windshield) and full cabs, mini levers integrated in the armrest with direction change or mechanical levers, blue LED warning lights as a visual reversing warning, reversing camera, load weight display, Clark VMS system, USB charging port for charging mobile devices, attachments and additional safety options.

“We are delighted to launch the Raider and Renegade crossover electric forklift ranges, which not only significantly increase efficiency, but also ensure environmentally friendly and sustainable material handling,” explains Thomas Bach, Director R&D at Clark Europe. “The Raider and Renegade crossover electric forklift trucks are the perfect solution for companies that want to remain competitive in an ever-changing logistics world.”

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