When considering chartering a private jet, the first element that is considered is almost always the hourly cost of the aircraft. However, those who have already requested more than one quote know that the final price of a private flight can vary significantly even for the same route.

This is because the final cost of chartering a private jet is the result of numerous operational factors, some of which are not immediately apparent to first-time private aviation users.

This series of articles from privatejetfinder.com was created specifically to shed light on the less obvious costs of chartering a private jet, with the goal of helping travelers correctly interpret a quote and choose the best solution for their needs.

Airport taxes and landing fees

Each airport charges different landing, parking, and infrastructure use fees. The airports most valued by private aviation offer excellent services, but often incur higher costs than secondary airports.

Frequent examples in the PrivateJetFinder network

• Paris Le Bourget: maximum efficiency for private jets, higher costs

• Alternative stopovers: lower fares, but more essential services

Recommended insight: our article on the new tax on private flights in France.

Airport slots, permits and international fees

At congested airports or during peak season, obtaining airport slots can be complex and expensive. In international flights, overflight permits and landing clearances are added, which vary from country to country.

Example: landing in Ibiza or Saint-Tropez in summer requires advance planning and can affect costs.

Recommended Insight: airport slot regulations and permits in international private flights

The cost of positioning the private jet

One of the main elements affecting the final price of a flight is the positioning of the aircraft. The selected jet may not already be at the requested departure airport and therefore must make a preliminary flight to get there, in addition to the subsequent return to the operating base.

Practical example:

One flight Rome Ciampino – Ibiza can have a different cost depending on whether the jet is based in Rome, Milan o Nice. In the latter case, the customer also covers the transfer of the aircraft.

Recommended insight: Also read our article on the positioning of private jets

Empty leg and repositioning flights: savings vs realistic expectations

Empty leg are often associated with great savings opportunities, but they are not an always-available solution. They are pre-scheduled repositioning flights, put on sale only if they are compatible with specific dates, times, and destinations.

Practical example:

An empty leg Paris Le Bourget – Milan Linate can be very affordable, but only if it coincides perfectly with the passenger’s travel plan. For this reason, in traditional chartering the cost of repositioning remains a variable to be considered in the quote.

Recommended insight: Also read our article on empty leg in private jets

FBO and ground services in private flights

Private flights operate through dedicated Fixed Base Operator (FBO) terminals, which provide privacy, fast turnaround times and high comfort. Reserved lounges, personalized handling, and dedicated security are part of the experience, but the level of service directly affects cost.

Example: a premium FBO in Zurich o Geneva may increase the cost compared to a less exclusive stopover, yet offer an experience without waiting and in the utmost discretion.

Recommended insight: also read our article On the de-icing (De- Icing) of private jet wings.

Fuel and fuel surcharges

The cost of fuel is one of the most variable items in chartering a private jet. The price depends on the market, geographic area, and type of aircraft. Fuel surcharges may apply at certain times, especially on medium- and long-haul flights.

Example: a flight London – Dubai with a private long range jet has a much higher fuel impact than a European route, even with a similar number of flight hours.

Crew expenses in private flights and crew overnight fees

On flights involving stopovers or stays at the destination, crew expenses come into play: overnight stays, transfers, per diem and additional duty hours. These costs are regulated by safety regulations and, consequently, cannot be compressed.

Example: private flight Milan Linate – Mykonos with return after a few days incurs different expenses than a same-day round-trip flight.

Customization, catering and extra services on board

Catering on a private jet can range from standard solutions to the highest level of service, with customized menus and luxury products. Fine champagnes, dedicated chefs, or special requests affect the final cost, especially on short hauls.

Insight: also read our article on the most luxurious private jet cabin configurations for maximum comfort in flight.

Transporting animals aboard the private jet

One of the most appreciated benefits for PrivateJetFinder customers is the ability to travel with animals in the cabin. However, this service may incuradditional costs related to aircraft cleaning, cabin configuration and health documentation, especially on international flights.

Recommended insight: also read our article on pet transport and pressurization.

Special luggage and non-standard loads

Sports equipment, musical instruments, or bulky luggage may influence aircraft choice and cabin interior configuration. In some cases, it is necessary to use larger jets or provide dedicated cargo operations.

Example: transporting skis or snowboards on a flight Geneva – Courchevel can affect the type of jet selected and the final price.

Recommended insight: also read our article On the best destinations to reach by private jet in the Swiss Alps

Luxury transfers and “last mile” after landing

Private jet travel does not end with landing. For many passengers, especially on high-end leisure or business routes, luxury transfers once they arrive at their destination are also an integral part of the experience.

Chauffeur-driven cars, helicopters, yachts or customized transfers to hotels, resorts or private residences may affect the overall cost of the trip.

Practical example. Landing in Nice and reach Monaco, or fly to Venice with direct speedboat transfer to a luxury hotel, requires dedicated logistics that must be planned in advance. The same applies to destinations such as Ibiza, Saint-Tropez or St. Moritz, where the last mile can be a significant part of the budget.

These services, often arranged in coordination with dedicated FBOs and concierges, provide continuity, comfort, and time savings, but it is important to consider them in the overall flight budget.

Recommended insight: read the our article onThe luxury of the last mile: exclusive transfers after landing.

Why PrivateJetFinder focuses on cost transparency

Chartering a private jet is about more than just hourly pricing. Understanding all the components that influence the final cost allows you to choose the most suitable jet, the most convenient airport, and the best balance of comfort and efficiency.

PrivateJetFinder was created to offer clear, detailed and customized quotes, helping customers fly knowledgeably and without surprises.

At LogiMAT 2026 Conductix-Wampfler will present energy and data transmission systems for automated intralogistics. In line with the trade fair’s motto, ‘Passion for Details,’ the focus will be on intelligent solutions for automated guided vehicles (AGVs), autonomous mobile robots (AMRs), and driverless transport systems, designed to support reliable and efficient operation of modern vehicle fleets.

In Hall 8, Booth 8D42, visitors can explore the ‘smart’ details of the system solutions and discuss current trends and future developments in the ongoing flexibilization of automated intralogistics systems with Conductix-Wampfler experts.

The exhibits will include inductive and conductive charging systems for in-process charging, modular energy storage solutions, and secure communication solutions. A highlight at the booth will be the live demonstration of the WirelessCharger 3.0, complemented by battery systems optimally matched to the vehicles and charging solutions. These battery systems are designed for high cycle stability and fast charging processes.

Another key aspect in AGV fleet operation is the RadioSafe safety radio system. Conductix-Wampfler will also address this topic at the ‘AGV Safety Conference’ organized by the AGV Network, which takes place in parallel with LogiMAT.

With its full-liner approach, Conductix-Wampfler demonstrates how energy supply, energy storage, and secure communication can be combined into coherent overall concepts – for automated, safe, and future-proof intralogistics systems.

The hangover of post-Christmas gift returns has exposed core reverse logistics challenges for UK brands over the coming months. With holiday decorations taken down and ‘Returnuary’ over, this year’s piles of unwanted goods amounted to £1.05 billion, according to Manhattan Associates’ research.

Today’s brands now not only have to manage a multi-channel reverse supply chain, but also deal with maintaining customer trust and trying to improve efficiency across their operations.

The fashion sector faces particularly significant challenges as a result of returns. With London Fashion Week coming up, each year it sparks continued conversation about circularity. As designers ready their new collections, many will be keen to understand how the creators’ innovations will set the tone for wider industry change for a more circular future. After all, Manhattan Associates’ research shows that fashion sits at the centre of the returns crisis, with clothing (39%) and footwear (37%) topping the list of most-returned gifts over the holidays. For footwear, this was a significant surge, nearly doubling from 21% last year.

Clothing brands have to contend with sizing, gift purchases, and the rise in people wanting the at-home comforts of ‘try before you buy’. As such, the sector faces a long list of operational challenges as it attempts to give consumers convenience, whilst also prioritising sustainability and profitability.

The trust paradox

Consumers now have a mix of human interactions and virtual experiences when they shop, with retailers continuing to automate a rising number of processes in-store and online. However, Manhattan data reveals a striking preference: most (81%) UK shoppers prefer dealing with a real person for returns over a digital assistant, with 70% citing trust as their primary reason.

Martin Lockwood, Senior Director at Manhattan Associates, explains: “Retailers are facing a paradox where they understand customers want the speed and efficiency of automation, but they also crave the personalisation and trust of human interactions.” He continues, saying “The key is building AI confidence with customers through each communication and outcome – injecting personalisation into the returns process while combining technology with the empathy, flexibility, and problem-solving humans naturally bring.”

Leading retailers will be those that can blend both approaches, maintaining the human touch at the customer interface.

The generational divide and omnichannel chaos

The returns challenge is further complicated by the divide in how different generations shop – highlighted by the fact that while over half (53%) of 18-24-year-olds returned at least one gift in December, 87% of over-65s said they returned nothing at all. This data is indicative of vastly different shopping preferences and relationships with brands’ discovery commerce models. For young shoppers, frictionless returns are simply part of the expected shopping experience – it’s all they have known. Whereas older shoppers seem to look at it as a last resort, with decades of requiring in-person experiences and receipts.

Changing shopping habits for young people has been driven by platforms like TikTok Shop, where brands such as Lidl, Marks & Spencer, and even Gucci are selling directly to audiences. Manhattan research confirms that those aged over 65 were more than twice as likely to plan to do all their shopping in person at the end of last year (23%), compared to just 10% of those aged 18-24. On TikTok Shop, every purchase is part of a public story, making customers’ positive and negative returns experiences equally visible. And, because it’s so transparent, there is little opportunity to recover quietly.

Lockwood adds: “Social commerce turns every viral moment – and every return – into a test of supply chain performance. The generational divide between Gen Z and Boomers only amplifies this challenge. Retailers need to match the speed of digital engagement with the speed of physical delivery, while managing returns seamlessly across every channel. As social commerce rises, fulfilment failures will be marketing failures.”

Learning from “Returnuary”

It’s not just the Christmas period that drives returns challenges – they crop up at all gift-giving seasons. So, with Valentine’s Day in a couple of weeks and Mother’s Day approaching in March, retailers have an immediate opportunity to apply these lessons. Without strengthening their return models and capabilities, retailers’ generosity is bound to reach its limits. But the solution isn’t to reactively retract convenience or create restrictive policies that alienate customers – it’s about implementing smarter technology, and better processes. That is all possible. The question is just whether retailers have the will and technology platforms and change management processes necessary to implement it before next ‘Returnuary’ arrives.

The electrical engineering supply chain is under mounting pressure. Costs and lead times for critical components are rising sharply, yet sectors such as aerospace and defence continue to operate with tight margins and limited buffers. Keeping mission-critical systems running now depends as much on procurement strategy as on engineering design.

As 2026 approaches, strain across the supply chain is intensifying. The International Energy Agency reports that prices and lead times for key grid components have almost doubled since 2021, creating material bottlenecks across multiple sectors. Recent commodity volatility underlines the challenge: silver prices rose by more than 30 per cent in the past month alone, triggering cost increases that ripple through contracts and metal clauses.

At the same time, constrained mining capacity and accelerating electrification are tightening copper supply, leaving manufacturers struggling to keep up with demand. When material shortages collide with capacity limits, lead times stretch further. Projects often move faster than expected, but procurement plans lag behind, exposing engineering teams when demand and supply fall out of sync.

According to Kristen Beadle, business development manager at mil-spec component distributor WireMasters, vendor managed inventory (VMI) offers a practical way to insulate supply chains from these pressures. Built around shared visibility and continuous monitoring, VMI tracks material usage at customer sites and updates forecasts in real time, giving both procurement and engineering teams access to the same data.

This transparency allows teams to see stock levels, incoming shipments and component status in one place, helping design decisions align more closely with real-world demand. It also supports technical oversight, from shelf-life monitoring to manufacturer approvals, while reducing administrative burden and operational downtime.

The value of VMI becomes most apparent during disruption. In one recent case managed by WireMasters, a customer facing a 50-week lead time on a specialised cable was able to switch to an approved alternative already in stock and delivered within four weeks. The change avoided production delays and saved $55,000.

Beyond systems and data, resilient VMI programmes depend on strong supplier relationships and specialist expertise. Long-standing partnerships with manufacturers provide earlier insight into market shifts and help maintain compliance with evolving standards such as MIL-SPEC and AS9100 in aerospace and defence.

Supply chain risk is now a core engineering challenge. As demand for high-spec electrical components continues to drive longer lead times and material shortages, procurement models that prioritise visibility and continuity are becoming essential. Approaches such as VMI, used by specialist distributors including WireMasters, help align stock with real-time consumption, reduce disruption and support the technical integrity of increasingly complex electrical systems.

With their move to a new company building, display specialist Holbox seized the opportunity to systematically modernise its internal logistics. For this purpose, Jungheinrich implemented a customised automation solution featuring two mobile robots.

Hamburg/Roermond – Material handling specialist Jungheinrich has implemented an automated logistics solution for Dutch display specialist Holbox at its new company site in Roermond. The mobile robots ensure efficient and safe material flow between production, warehouse, goods receipt and shipping.

In spring 2025, Holbox left its previous location in Echt and moved into a newly constructed, state-of-the-art company building in Roermond. The new facility gave the family-owned company the opportunity to restructure its production and logistics processes and align them more sustainably.

Our new building enables us to work more efficiently while at the same time reducing our ecological footprint,

says Martijn Hol, Managing Director of Holbox.

Automation relieves employees

At the heart of the solution are two EKS 215a mobile robots, complemented by additional Jungheinrich industrial trucks equipped with lithium-ion batteries. The vehicles take over heavy and repetitive transport tasks, thus noticeably relieving forklift drivers. This allows employees to focus on more demanding activities.

The mobile robots are operated through a custom-configured, web-based user interface on tablets that all employees can use intuitively. Their navigation is based on precise laser scanning and intelligent sensor technology, allowing them to move safely in mixed operations with people and manually operated vehicles. Standard personal protection sensors scan the route in the direction of travel and load depending on speed. If an obstacle is detected, the mobile robot comes to a controlled stop.

Customised safety concept for maximum protection

A unique feature of the project – and a first in the Netherlands – is the additional safety sensor technology that monitors the surroundings of the customised mobile robots. It supplements the standard mobile robot safety technology and also detects obstacles above the usual detection height of 20 centimetres above the travel path. This ensures that, for example, raised loads are detected at an early stage. In such cases, the vehicle automatically reduces its speed or stops.

In addition, the cantilever mobile robots are equipped with a specially developed multi-fork. In addition to Euro and industrial pallets, it also enables the transport of much bigger paper pallets measuring 1,600 × 1,200 millimetres – an important requirement for Holbox’s production processes.

The forklift drivers were initially somewhat sceptical about the arrival of the mobile robots, but from day one they have proven to be real team players… They support our employees and take our logistics processes to the next level. This ensures that we are ready for the future.

concludes Martijn Hol.

ASSA ABLOY has supplied and installed a comprehensive range of loading bay equipment and industrial doors at a new £42 million advanced manufacturing facility developed for Schneider Electric in Scarborough, North Yorkshire.

Delivered by Caddick Construction, the state-of-the-art smart facility was developed to support Schneider Electric’s strategic expansion in the UK. The development was designed to be a net zero carbon facility in Scope 1 and Scope 2 emissions, with sustainability features such as renewable energy sources and an intelligent building management system.

Philip Whiteley, High Speed Door & Docking Sales Manager at ASSA ABLOY explains: “This project required a carefully specified approach to loading bay safety, access control and fire protection across a modern manufacturing environment. Our role was to deliver entrance and loading bay systems that met Schneider Electric’s operational and regulatory requirements, whilst integrating smoothly with the wider building design and construction programme.”

ASSA ABLOY supplied and installed four fully equipped loading bays. Each bay features the new Crawford OH114P dual drive dock doors, DL6120T telescopic lip dock levellers, dock shelters, wheel guides, hardened rubber buffers, and integrated internal and external traffic light systems designed to clearly signal the current door status to both vehicle and forklift drivers.

The facility incorporates a series of loading bays alongside operational areas that require controlled access and certified fire protection. ASSA ABLOY was engaged to supply and install the entrance and loading bay systems required to support safe, efficient day-to-day operation.

The loading bay specification was developed to support safe and reliable operation across a wide range of delivery conditions. Dock shelters enable vehicles to be loaded and unloaded in all weathers, whilst the wide operating range of the telescopic dock levellers allows the facility to accommodate the full range of delivery vehicles expected on site. The Crawford OH114P dock doors were selected to reduce ongoing maintenance requirements through their Dual Drive design, which removes the need for traditional door springs.

For additional safety during loading and unloading, all bays are fitted with automatic vehicle restraint systems, reducing the risk of premature vehicle departure while operations are underway.

Across the wider facility, 23 RR5000 rigid high speed doors were installed in a combination of internal and external locations. Designed to support efficient movement of materials across the site, the doors can open in as little as three seconds and feature enhanced thermal insulation. Each door is configured for controlled entry via a remote control transmitter, together with radar for presence detection of pedestrian and vehicle traffic.

Fire protection formed a key part of the overall entrance strategy. ASSA ABLOY supplied and installed nine tube motor fire roller shutters with a one-hour fire rating, along with three geared drive fire roller shutters rated for two hours. All fire shutters are fully tested and certified to BS EN 1634-1:2014 + A1:2018, with audio-visual warning panels provided to support safe operation. The fire-rated shutter systems were installed where required to help protect both personnel and the building in the event of a fire.

Clement Grunwald, Plant Director, commented: “The project demonstrates ASSA ABLOY’s expertise in delivering state-of-the-art access doors and loading bay equipment installations for advanced manufacturing environments, combining safety, regulatory compliance, and coordinated delivery across a major new-build facility.”

A wholesaler of cleaning and catering supplies, WARE UK, will equip its new facility in Knowsley, Merseyside, with Mecalux’s Easy WMS warehouse management system. The project supports the company’s distribution and e-commerce strategy while ensuring its operations can scale in line with strong business growth in the Liverpool area.

“We need to guarantee traceability for our SKUs, which include janitorial, tableware, glassware and packaging solutions. With Easy WMS, we’ll gain complete stock visibility, allowing us to control inventory with greater accuracy,” says Jon Crossfield, Operations Manager at WARE UK.

The Mecalux solution will track all goods movements. Every day, 10 to 12 lorries deliver merchandise that Easy WMS will classify by product family. Part of the inbound volume will be cross-docked, which will reduce handling times and support faster delivery to clients.

Mecalux’s warehouse management system will improve traceability and efficiency for the comprehensive supplier of catering and professional cleaning products

Easy WMS will also optimise one of the company’s most demanding tasks: picking. “We fulfil multiple van loads of orders a day for the hospitality and facilities management sectors,” says Crossfield. To speed up dispatches, the software will integrate with WARE UK’s transport management system, which automatically assigns carriers based on destination.

WARE UK will also implement the Labour Management System module, an Easy WMS extension that analyses warehouse performance. This tool will help the company plan resources more effectively, balance workloads and improve overall logistics efficiency. Deploying Easy WMS underscores WARE UK’s commitment to technological innovation and continuous improvement across its supply chain.

Flexi Narrow Aisle Ltd – designer and manufacturer of the ‘Flexi’ brand of articulated forklift trucks – will celebrate its 50th anniversary in 2026.

Announcing the milestone, Donald Houston, Managing Director of Flexi Narrow Aisle, said:

Reaching this significant landmark is a source of great pride for everyone connected with the company. For half a century the company has been driven by a commitment to design and manufacture ground-breaking warehouse trucks. During this time our build quality and exceptional levels of customer service have enabled us to meet the myriad challenges that come with a constantly evolving business landscape.

Flexi Narrow Aisle began manufacturing its own range of warehouse stackers, order picking trucks and other unique specialist materials handling equipment from a former railway engine factory located at the heart of the Black Country in March 1976.

Following over a decade of pioneering research into the articulated truck concept by Flexi Narrow Aisle’s design team led by the company’s founder, Peter Wooldridge, the first version of the Flexi articulated forklift truck was launched in 1990. Featuring a central pivot point that allowed the truck’s mast to be rotated independently of the machine’s main body, the Flexi represented a radical departure from traditional forklift engineering.

The pivoting mast meant that a Flexi could access pallet locations on both sides of a warehouse aisle without the need to turn the entire truck to face a different direction. This not only made the process of collecting and putting away palletised loads into a racked storage system easier, faster and safer but brought the added benefit of only requiring 1.6 metre wide aisleways in which to operate.

With both counterbalance and reach trucks needing at least 3.6 metres of aisle space between rack faces, the potential space savings that articulated truck technology offered meant users could increase their storage capacity by 50% by swapping their counterbalance or reach trucks for articulated ones.

Furthermore, in addition to creating more storage space, the new truck’s ability to operate outside as well as inside the warehouse meant that it could unload an incoming delivery vehicle and transfer palletised loads directly to the racking scheme. So, with a Flexi, there was no need for companies to operate a counterbalanced forklift outside feeding a reach truck inside the store. Cutting out this double handling was not only more efficient but, by replacing two trucks with one Flexi, users achieved an instant saving in their materials handling fleet costs.

Since Flexi Narrow Aisle’s pioneering development of the articulated truck more than 15,000 Flexis have been sold to companies operating in some 75 countries around the world. The Flexi range continues to evolve with new models introduced to meet the requirements of customers operating in hugely diverse industries.

Donald Houston went on to say: “Our proven track record, longevity and stability have established Flexi Narrow Aisle as a company that its customers trust. We are rightly proud of our past and the commitment to integrity that has always been Flexi Narrow Aisle’s hallmark, continues to drive everything that we do. And I am delighted to say that our passion for innovation and manufacturing excellence remains as strong as ever too, so we are looking to the future and our next 50 years with excitement and optimism.”

Planning is becoming more difficult to hold steady across many logistics operations. Routes that once followed a familiar pattern are now exposed to mid-cycle changes in cost, capacity and network performance that are hard to anticipate, writes Nishith Rastogi (pictured, below), CEO of Locus.

Volatility is pushing logistics teams away from static plans and towards more adaptive models that can adjust as conditions change. At the same time, the UK’s move toward international sustainability standards is pulling transport activity into financial and climate reporting, which means more scrutiny on how planning decisions are made and how networks respond when plans shift.

None of this reduces what customers expect. They still want deliveries to arrive when promised and ETAs they can rely on. The result is a planning environment where operating conditions move often, while the bar for service stays high.

Limits of legacy planning

Planning infrastructure in many logistics operations is still shaped around older expectations. Tools like Transport Management Systems, ERP modules and carrier portals are designed to maintain order and efficiency. They perform reliably when inputs remain steady and can record movements and costs across a network. Once those inputs start to shift, the assumptions behind the plan begin to move as well.
This is when the rest of the network starts to loosen. A carrier that performed well last week may slip if local capacity tightens. A hub that usually runs smoothly can slow after even a brief disruption. Weather events, labour gaps and uneven inbound flows can quickly change how much of the original plan still holds, and the timings that depend on it become harder to maintain.

Most traditional TMS setups will not adjust on their own when inputs shift. They continue allocating loads to the same partners and follow the same routing logic. Planners are then left to step in and keep service stable, often by making quick manual adjustments. These fixes often work in the moment but can create blind spots later as the reasoning behind them lives in emails or notes rather than in the system of record.
This becomes a problem when finance, sustainability or C-suite teams need evidence of a cost movement or emissions change. Without a shared record of why plans shifted, decisions have to be reconstructed after the fact, making accountability harder to maintain as transport activity moves into financial and climate reporting.

Closer to reality

When decisions lack a clear record of their reasoning, logistics teams look for ways to keep planning connected with how the network is performing. That need for closer alignment is leading many organisations to add agentic TMS, systems that continuously monitor live conditions and adjust plans as constraints shift rather than waiting for manual intervention.

These systems sit alongside existing platforms and track critical signals live. They bring carrier performance, tariffs, demand, weather and capacity into one view, so the plan reflects what is happening now rather than what was assumed at the start of the week.

This means that when a lane tightens or a tariff moves mid-cycle, the system surfaces options that highlight alternative routes or partners and keeps service steady. Predictive delivery helps ETAs stay accurate while loads can be managed around what is truly available, which improves vehicle fill rates and reduces empty running.

Each change keeps its context attached. The trigger and the intent sit inside the same view as the plan. This allows finance, sustainability and operations teams to see why something may have moved and what it achieved.

The broader effect is a network that stays more stable even when conditions are not. Adjustments can happen earlier, disruptions are contained sooner, and planning becomes a continuous cycle rather than a sequence of repairs.

The path for 2026

The next stage for logistics leadership through 2026 is about judgement just as much as embracing agentic technology. As systems grow more adaptive, the real skills lie in knowing how to utilise that flexibility effectively: when to trust the model, when to override it, and how to balance service, cost and emissions as conditions keep shifting.