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Industrie Nieuws • 4 min lezen

Schakelen wagenparken over op autonome voertuigintegratie?

Gemaakt: 28-08-2025

Bijgewerkt: 28-08-2025

Het geroezemoes rond zelfrijdende auto's is niet meer zo luid als vroeger, maar het blijft een constant geluid in de oren van wagenparkbeheerders. De regering van het Verenigd Koninkrijk heeft de proefplannen voor de integratie van autonome voertuigen verschoven naar 2026, waardoor de belangstelling voor de technologie weer is toegenomen. Zullen besluitvormers het lawaai negeren of de vroege adoptie omarmen?

Wat houdt de integratie van autonome voertuigen in?

Autonome voertuigintegratie houdt in dat zelfrijdende technologieën zoals kunstmatige intelligentie, LiDAR (Light Detection and ranging) en high-definition camera's worden geïntegreerd in commerciële wagenparken. Op grotere schaal gaat het om de introductie van zelfrijdende auto's in bestaande openbaarvervoerssystemen.

Rijhulpsystemen omvatten het vermijden van botsingen, automatische snelheidsaanpassing, rijstrookcentrering, adaptieve cruise control en intelligent ride-hailing. Gedeeltelijke en voorwaardelijke automatisering maken gebruik van meer geavanceerde technologieën om handsfree bediening onder bepaalde omstandigheden mogelijk te maken.

Automatisering op niveau 4 en 5 zijn topprioriteiten voor autofabrikanten, maar moeilijk te implementeren in de praktijk omdat ingenieurs rekening moeten houden met talloze randgevallen. Zelfs met geavanceerde AI kan het moeilijk zijn om het parkeren te perfectioneren en botsingen te voorkomen. Wat als de stoepmarkeringen nauwelijks zichtbaar zijn of een kind de weg op rent? De goedkeuring hangt af van de reactie van de auto.

Schakelen wagenparken over op autonome voertuigintegratie?

Volgens het Centre for Connected & Autonomous Vehicles heeft transportminister Heidi Alexander bevestigd dat de Britse regering de plannen voor commerciële pilots met zelfsturing zal versnellen en zal mikken op het voorjaar van 2026. Deze stap zou bijna 40.000 banen kunnen creëren en £42 miljard kunnen toevoegen aan de Britse economie tegen 2035.

De nieuwe wetgeving voor geautomatiseerde voertuigen van het land behoort tot de meest solide ter wereld en legt de basis voor een wijdverspreide commerciële toepassing. De enige resterende hindernis is de technologische maturiteit.

In een interview met McKinsey & Company zei Sascha Meyer - de CEO van het Duitse autotechnologiebedrijf MOIA - dat het voorspellen van tijdlijnen voor de integratie van autonome voertuigen een uitdaging is. In 2016 geloofde haar bedrijf MOIA dat bestuurderloze voertuigen zich tegen 2021 in heel Europa zouden verspreiden.

Sindsdien heeft Meyer zich gerealiseerd dat adoptie betekent dat er een heel ecosysteem moet worden ontworpen, niet alleen de rijfuncties. Volgens de nieuwe tijdlijn zullen zelfrijdende auto's op zijn vroegst in 2030 in Europese steden rijden. De ingenieurs van MOIA ontwerpen het prototype zodanig dat het de verplichte redundanties overtreft. Op deze manier zijn ze klaar om commercieel te worden zodra de relevante wetgeving is aangenomen.

Factoren die het gebruik van bestuurderloze voertuigen stimuleren

Bezorg-, taxi-, nuts- en commerciële wagenparken zien een toename in bestuurdersassistentiesystemen en intelligente automatisering. De penetratiegraad blijft echter relatief laag, zeker als je bedenkt hoe lang de technologie al bestaat. Wat zijn hun plannen voor autonomie?

Verhoogde efficiëntie is een van de belangrijkste redenen waarom wagenparkbeheerders automatisering omarmen. In tegenstelling tot mensen kunnen bestuurderloze bestelwagens de klok rond werken. Met telematicasystemen kunnen ze het rijgedrag optimaliseren en de stilstandtijd minimaliseren om de brandstofefficiëntie te verbeteren en ritten te versnellen.

AI is immuun voor menselijke fouten en voorkomt hard remmen en afgeleid rijden. Het kan niet vermoeid raken en heeft geen dode hoeken. Deze verbeteringen kunnen botsingen en auto-ongelukken op de weg helpen verminderen, wat kostbare claims voor werknemerscompensatie kan beperken en mogelijk de verzekeringskosten kan verlagen.

Kostenbesparingen zijn een andere factor. Op niveau 4 en 5 kunnen eigenaars de arbeidskosten optimaliseren en chauffeurstekorten compenseren. Bovendien kunnen elektrische bestuurderloze auto's met voertuig-naar-net capaciteit de bedrijfskosten met bijna 20% verlagen over 30 jaar, waardoor de initiële investering wordt gecompenseerd.

Factoren die de overstap naar bestuurderloze voertuigen vertragen

Naast het wachten tot de bestuurderloze technologie volwassen is, stellen fleetowners de overstap uit vanwege de hoge aanloopkosten. Het inbouwen van LiDAR, AI en telematica in elke vrachtwagen is duur. Nieuw kopen in plaats van achteraf inbouwen is net zo duur. Zelfs als er kostenbesparingen mogelijk zijn, gaat de technologie snel - hun investering kan snel verouderd zijn.

Veiligheid is een andere zorg. Fotocel sensoren zijn standaard aanwezig in de meeste moderne garagedeuren. Ze voorkomen dat de deur op voorwerpen, auto's of mensen sluit en worden in de hele industrie gebruikt in wasstraten en assemblagelijnen. Hoewel sommige autofabrikanten alleen camerasystemen gebruiken, moesten ingenieurs nieuwe oplossingen uitvinden. Tegenwoordig gebruiken veel fabrikanten LiDAR, wereldwijde navigatiesatellietsystemen en ultrasone sensoren.

Maar zelfs de meest geavanceerde systemen zijn feilbaar. Het is niet genoeg om geautomatiseerde auto's net zo goed te laten presteren als mensen - ze moeten slagen waar menselijke bestuurders falen.

Sensoren bestaan al jaren, maar ingenieurs hebben ze nog niet geperfectioneerd. Ze kunnen falen in randgevallen of onbekende scenario's. Level 3-auto's werken alleen op vooraf in kaart gebrachte, verdeelde snelwegen bij helder weer. Gezien het feit dat het Verenigd Koninkrijk in 2021 150 dagen neerslag heeft gehad, kunnen ze te onbetrouwbaar zijn om op grote schaal te worden toegepast.

Hoe het VK zich kan voorbereiden op autonome voertuigen

De integratie van autonome voertuigen mag dan wel langzaam gaan, maar ze ligt op koers om binnen het volgende decennium haar bestemming te bereiken. Volgens onderzoek van Goldman Sachs zou tot 10% van de nieuwe auto's die wereldwijd verkocht worden tegen 2030 van niveau 3 kunnen zijn. Het voorspelt dat niveau 2 - auto's die toezicht van de bestuurder vereisen - zal stijgen van 20% van de verkopen in 2025 tot 30% in 2027.

Managers moeten de reikwijdte en de kosten van autonome vlootintegratie in overweging nemen om te bepalen of vroegtijdige adoptie geschikt voor hen is. Het zal waarschijnlijk resulteren in besparingen op de lange termijn, maar wachten kan lonender zijn omdat het tijd biedt voor technologische vooruitgang. Als de kosten-batenanalyse niet overtuigend is, moeten ze overwegen om stapsgewijs te upgraden naarmate auto's uitvallen.

Wie overgaat tot adoptie moet beleid ontwikkelen voor bediening, opslag, beveiliging en upgrades. Deze regels moeten variëren afhankelijk van het automatiseringsniveau. Bestuurders van vrachtwagens van niveau 3 zouden bijvoorbeeld verplicht moeten worden om hun aandacht volledig bij de weg te houden en indien nodig de controle over te nemen.

Werknemers voorlichten over hun rol is essentieel voor een succesvolle implementatie. Uit onderzoek van Volkswagen Financial Services bleek dat zes op de 10 mensen zichzelf betere bestuurders vinden dan autonome voertuigen, dus het is onwaarschijnlijk dat ze de capaciteiten van het bestuurderloze systeem overschatten. Toch moeten ze expliciete training krijgen over de beste praktijken en gewoonten die ze moeten vermijden.

De toekomst van autonome vlootintegratie in het Verenigd Koninkrijk

Zelfrijdende machines zijn hard aan het werk in havens en magazijnen in heel Europa. Het automatiseren van snelwegvoertuigen is een grotere uitdaging omdat ze niet op een vaste baan rijden. Bovendien moeten ze rekening houden met variabelen zoals het weer en andere automobilisten. Geofencing, telematica en AI versnellen het gebruik door het onvoorspelbare voorspelbaar te maken. Op zijn minst verbeteren deze oplossingen de reactietijden en verminderen ze menselijke fouten, wat aantoont dat deze tot nu toe onbewezen technologieën net zo capabel zijn als menselijke automobilisten.

Op dit moment blijft volledige automatisering die menselijke aandacht overbodig maakt theoretisch. Handsfree rijden is echter realiteit en bestuurderloze systemen zouden binnenkort standaard kunnen worden in commerciële wagenparken. Terwijl automakers de rijfuncties perfectioneren, moeten fleetowners prioriteit geven aan het in kaart brengen van routes, chauffeursbeheer en het plannen van onderhoud.

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donderdag 26 februari 2026 • Industrie Nieuws

VROUWEN IN DE TRANSPORTSECTOR: ONBENUT TALENT ONTSLUITEN

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Across the UK, around . They transport food to supermarkets, materials to construction sites and goods to ports and distribution centres. They underpin daily life and economic stability, forming a critical part of the UK’s national infrastructure.Yet only around . That amounts to roughly one per cent of the UK HGV workforce, according to reporting by . For an industry facing long-term recruitment pressure, that figure raises important questions about where future talent will come from and how the sector presents itself to potential entrants.There are signs of progress, however. The percentage of from 6.7% in 2011/12 to 9.7% by 2021/22. Over the past decade, women securing Category C and C+E licences increased by 144%, according to SME Web. More women are clearly choosing to train and qualify. The pipeline is widening, but the proportion of women behind the wheel remains marginal.Women have not been entirely absent from road transport. 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Retaining experienced drivers is as important as attracting new entrants. Change is not confined to driving roles. Across the broader transport and logistics ecosystem, women are increasingly visible in management, planning and policy functions.The shows that leadership representation by women has increased from 26% to 36% in recent years. However, much of this growth has taken place outside core operational functions. Senior representation within frontline transport roles remains comparatively limited.Several industry organisations are addressing this gap. Women in Transport offers mentorship opportunities, while everywoman recognises excellence through its , raising the profile of female professionals across the sector. The Chartered Institute of Logistics and Transport has also announced a new , aimed at supporting career progression and professional networks.Alongside this, community initiatives such as demonstrate that interest and engagement are growing. 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dinsdag 03 februari 2026 • Industrie Nieuws

DE OPKOMST VAN GEÏNTEGREERDE LOGISTIEKE CORRIDORS: WAAROM ZE BELANGRIJK ZIJN VOOR VERVOERDERS

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Although they are typically associated with Alpine regions, Spain is investing heavily in to improve transport links. To make this coordination possible, logistics corridors rely heavily on digital infrastructure, including: Multimodal traffic management systems that coordinate rail slots, terminal capacity and road access. Digital freight documents to reduce paperwork at borders and terminals. and GNSS positioning to support compliance and monitoring. Real-time data sharing between infrastructure operators, logistics hubs and enforcement bodies.The goal is not to remove road haulage from the equation, but to make it part of a wider, more controlled system.Key European road routes are subject to high volumes of traffic, resulting in congestion and bottlenecks. Integrated corridors aim to relieve pressure by shifting some freight to rail or waterways where possible.In addition, recent data suggests that road transport accounts for . Integrated corridors support EU climate targets by encouraging use of other forms of transport, which will improve traffic flow and reduce stop-start congestion.For operators, the benefits of integrated logistics corridors are tangible, if not immediate. One of the most significant advantages is more predictable cross-border movement. Over time, this reduces uncertainty around journey times and improves scheduling for international routes.Corridors also expand options when road-only transport becomes constrained. Rolling highways and intermodal terminals can provide practical alternatives during periods of congestion, severe weather or regulatory restriction. At the same time, integrated digital systems improve visibility across journeys, giving fleet managers better data to plan rest breaks, terminal access and driving hours with greater accuracy and confidence.There are commercial implications too. By shifting long-haul legs to rail and reserving road transport for firstand last-mile delivery, some operators may limit their exposure to low-emission zones and urban access restrictions. In addition, trucks tied up on long-distance international routes are freed up for shorter, higher-frequency routes linked to logistics hubs and terminals. In parallel, removing the most expensive kilometres from a journey – those affected by , congestion or restrictions – can reduce operating costs. For hauliers that adapt their operating model, profitability becomes less about distance travelled and more about efficiency, reliability and the ability to deliver consistent service within tighter, more controlled time windows.Despite the advantages, integrated logistics corridors also introduce new complexity for hauliers. In several parts of Europe, restrictions on HGV movements are already in force, including night bans and quota-based access. As corridor strategies expand and environmental pressures increase, these measures could become more widespread and tightly enforced, adding constraints to route planning and scheduling.Progress across corridors is also uneven. While some routes benefit from modern terminals and upgraded rail links, others, such as the Rhine-Alpine corridor suffer from limited rail capacity, congested hubs and infrastructure gaps. In these areas, the promised efficiency gains can be undermined by delays and bottlenecks rather than resolved by them. This challenge is compounded by the complications of multimodal transport. Rail and terminal slots often involve advance booking and fixed timetables, reducing the flexibility that road-only operations have traditionally relied on to absorb disruption.Digital integration brings its own demands. Although shared data systems, smart tachographs and electronic documentation offer long-term efficiency, upfront investment in compatible fleet management tools is needed, alongside driver training and process change. For some operators this transition can be resource-intensive.Perhaps the most significant challenge, however, lies in competition. Integrated corridors tend to favour operators that can move freight predictably, digitally and across modes. Smaller or road-only operators may find themselves under pressure from larger fleets, intermodal specialists or logistics integrators offering bundled, end-to-end corridor solutions.For international hauliers, integrated corridors affect planning. Route choice is no longer just about distance and tolls. It involves:Assessing where road access may be limited. Identifying intermodal alternatives. Managing driver welfare across longer, more complex journeys. Ensuring compliance across multiple systems and jurisdictions.Fleets that understand how these corridors function and plan accordingly will be best placed to adapt as rules tighten and expectations rise.Integrated logistics corridors are reshaping how transport moves across Europe. They bring opportunities for greater efficiency and resilience, but also introduce new layers of operational and regulatory complexity for hauliers. As road transport becomes more tightly integrated with rail, ports and digital systems, driver welfare, planning certainty and access to reliable infrastructure matter more than ever. Fleet managers need clear visibility and control over costs, alongside confidence that drivers can stop and rest safely.Through our network of safe, reliable truck stops, paired with integrated payment solutions, we make life on the road simpler for both drivers and operators.

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dinsdag 16 december 2025 • Industrie Nieuws

WAT DE VERPLICHTE DIGITALE REGISTRATIE IN SPANJE BETEKENT VOOR VLOTEN IN EUROPA

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Spain is preparing for one of the most significant transport reforms in its recent history. The Sustainable Mobility Law (Ley de Movilidad Sostenible), which received final approval in November 2025, will introduce mandatory digital records for road freight control documentation, creating a more transparent, enforceable and efficient system for domestic and international carriers. Although this is a major national change, it forms part of a wider trend. Across Europe, governments and operators are moving towards a fully digital freight environment as the EU prepares to implement the (eFTI).For fleets working in and out of Spain, this is the start of an important transition. It signals a future in which paper documentation becomes the exception rather than the rule and in which digital processes support faster checks, smoother operations and greater consistency across borders.While the Sustainable Mobility Law addresses wide-ranging transport reforms – from urban mobility to domestic flight restrictions – the provisions most relevant to international freight operators centre on digital documentation. A central section of the law introduces a mandatory digital “control document” for road freight. This includes the use of approved digital formats, such as the electronic consignment note (eCMR), which Spain has already ratified and treats as legally equivalent to the paper CMR note. The law aims to reduce administrative burdens, eliminate inconsistencies in paperwork and shorten the time required for checks and inspections. Rather than relying on handwritten notes or physical documents that can be misplaced, carriers will store, share and verify transport information digitally. For operators, this should mean fewer disputes over documentation, less ambiguity around compliance requirements and greater certainty when preparing for audits or regulatory reviews.In practice, the obligation focuses first on the digital control document used for roadside and regulatory checks, but it is expected to accelerate wider use of eCMR and other digital freight documents across the supply chain.The timeline for implementation will begin once the law is published in Spain's Official State Gazette. Carriers should expect the digital control document obligation to take effect roughly ten months after publication, making 2026 the likely year when full compliance will be required.The Mobility Law applies to road transport operations that fall under Spanish control rules on Spanish territory, not just Spanish-registered companies. Carriers will need to ensure their systems can produce and transmit digital records in compliant formats. Any delay in adopting digital documentation could slow down inspections or disrupt customer schedules.This means that foreign operators running international loads into, out of or through Spain should plan on being able to provide the required control document in digital form when requested by Spanish authorities.The Spanish reforms align closely with the EU’s eFTI Regulation, which will require Member States to accept digital freight documentation once the technical and certification rules are in place (from mid-2027). eFTI sets a unified framework for how information is structured, transmitted and verified. While it obliges authorities to accept digital records, it does not require operators to use them. Spain’s Mobility Law therefore goes further, making digital control documents mandatory for road freight.Under eFTI, carriers will be able to provide freight information electronically through certified platforms. Enforcement authorities will receive that information through secure digital channels. This should reduce administrative friction across the EU’s busiest freight routes.Spain is not alone in taking early steps. Several EU countries have already moved towards paperless freight systems and their experience demonstrates what a fully digital environment could look like.● The Netherlands has been one of the earliest adopters of eCMR and has trialled end-to-end digital workflows across different modes of transport. ● France also moved early, supporting digital documentation and faster roadside checks following its ratification of the eCMR protocol. ● In the Benelux region, Belgium, Luxembourg and the Netherlands are running a joint eCMR pilot and digital logistics corridor, illustrating how interoperable documentation can work across national boundaries.● Denmark and Sweden have operated national e-freight trials designed to simplify the sharing of transport information. Taken together, these examples show that Spain’s Mobility Law is part of a broader European transition. Rather than standing apart, Spain is moving in step with a continental shift towards digital documentation that aims to make road freight faster, more transparent and more consistent across borders.The move to digital records brings several practical advantages. Digital documents reduce the time drivers and enforcement officers spend handling paperwork and shorten inspections during roadside checks. This mirrors the benefits seen with the introduction of , which have reduced unnecessary stops for compliant drivers and improved the consistency of enforcement across Europe.Digital documentation also removes the errors that can arise from handwritten notes or damaged paper notes. Fleet managers can instantly retrieve records, resolve errors more easily and maintain clearer oversight of documentation across multiple routes. For operators managing complex schedules, this increased predictability supports better planning and stronger customer service.Drivers are likely to benefit too. A shift to digital records reduces administrative pressure and helps avoid disagreement at delivery points. With all documents stored digitally, drivers have a single source of truth that is accepted across the supply chain.Fleets may need to invest in updated transport management systems or integrate new tools that support digital documentation. Operators may require additional support and training to shift from paper-based processes to new digital workflows.There will also be a period of adjustment in which paper and digital systems may operate side by side. As eFTI becomes established across Europe, some countries will move faster than others. Operators travelling across different borders may encounter varying expectations, particularly in the early years.Throughout this transition, driver welfare should remain a priority. The administrative load associated with new processes often falls on drivers. Clear training and straightforward systems will be essential.Spain’s Mobility Law marks an important moment in the evolution of European freight. It reflects a sector that is modernising at speed and preparing for a future built on digital workflows rather than manual paperwork. Operators that begin preparing now will be in a strong position as Spain’s digital control document requirements take effect and eFTI comes into force across Europe.At SNAP, we support fleets across Spain and the wider continent with tools that make daily operations simpler and more predictable. The intruck app helps drivers locate and book secure parking along their route, which is particularly valuable as compliance processes evolve. If your fleet is preparing for Spain’s new requirements or the broader digital transition across Europe, SNAP is here to support every step of the journey.