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Home Blog Page 89

Zimbabwe demands some mining royalties in refined metal

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Global miners operating in Zimbabwe will have to pay some of their royalties in refined metal rather than cash, President Emmerson Mnangagwa wrote in a newspaper on Sunday, as the country struggles to benefit from demand for its resources.

Zimbabwe has abundant reserves of minerals such as gold and platinum group metals (PGM), but power supply problems, a lack of ancillary industries to support mining and currency fluctuations have prevented it from profiting from a resource boom.

“Starting this October, government now requires that part of these royalties come as actual refined mining product,” Emmerson Mnangagwa wrote in a column in The Sunday Mail.

None of the companies contacted by Reuters immediately responded to a request for comment.

The policy will target four main minerals – gold, diamonds, PGMs and lithium – he said.

Mnangagwa said the aim was to build a national reserve of precious metals and critical resources for the benefit of the current population and future generations.

“We cannot, as the present government, and as the current generation, run and manage finite resources profligately, without any regard for generations yet and sure to come!” he wrote.

Leading South African companies such as Impala Platinum and Anglo American Platinum are among those that extract PGMs in Zimbabwe.

Gold companies, including Johannesburg-listed Sibanye Stillwater and London-listed Caledonia Mining, also operate there.

In addition, Chinese miners are involved in lithium mining in Zimbabwe with the potential to make it Africa’s biggest lithium producer, analysts say.

Economist Tinashe Murapata warned the move could cause inflation to go up.

“Zimbabwe Revenue Authority (Zimra) revenues will dwindle. I think cabinet doesn’t understand what monetary policy is or what central banking is. And they don’t want to admit that they don’t know. What the president is proposing is inflationary,” Murapata tweeted.

“In monetary economics, central banking sits outside of the government of Zimbabwe. Central banks build reserves by buying assets through the market. This is done for a reason, since the same asset must be easily liquidated. Reserves must be liquid foremost. If Zimra has a shortfall, expect inflation.”

A structured maintenance programme goes a long way to optimising productivity, enhancing equipment reliability and extending service life of components.

BMG – leading engineering solutions specialists – provides engineering components and support services to all sectors, to ensure high productivity, reduce energy consumption, minimal downtime and long service life of systems.

“BMG is a complete process solutions provider to all sectors of industry, which means companies can access all essential quality branded products and essential support services from one reliable supplier. This integrated approach guarantees lower production costs and higher efficiencies,” explains Carlo Beukes, Group Sales Development Manager, BMG. “We believe the introduction of a structured maintenance management programme, which can be implemented in-house, or partially outsourced to a professional organisation, is critical to maximising production efficiencies in all industries.

“The BMG team is committed to ensuring each plant maintains full production, by providing a 24-hour customer process support for production efficiency and reliability centred maintenance.

“Maintenance of machinery can be a very expensive exercise, not only in terms of the cost of spare parts and labour, but also lost production due to machinery breakdowns or plant stoppages for unscheduled maintenance. Careful consideration therefore needs to be given to disciplined inspections and planned maintenance of all items of plant and production machinery. Over-maintenance can be almost as costly in terms of lost production as under maintenance, so a careful balance is critical.

“Care in the initial design and manufacture stage of the plant, the selection of compatible quality branded mating components, professional installation – with particular attention to meticulous alignment of coupled components – ensure reduced downtime, lower maintenance requirements and therefore lower operating costs.

“Servicing of all sections of machinery in the factory should be carefully planned on the basis of the estimated time for each procedure or service, in order to create a controlled work-load for the maintenance staff. Even small faults in design, operation and maintenance, can have a negative impact on productivity and safety.

“BMG’s proactive maintenance service – which encompasses predictive maintenance services, including condition monitoring and oil analysis – is enhanced by advanced technical and design support across all functional disciplines. BMG’s maintenance and support services also include mobile breakdown, repair and maintenance support, that ensure production plants are up and running as quickly as possible following a breakdown.”

To achieve optimum performance and extended life of components like bearings, mill gear lubrication and industrial chain, correct lubrication is as important as the appropriate selection of each part.

Although a general multipurpose grease or oil is adequate in many applications, more arduous operating conditions demand the careful choice of the correct lubricant and lubrication system. In selecting the right lubrication system and lubricant for a specific application, factors to be considered are speed, ambient temperature, load, vibration and environmental conditions.

The effects of friction and the resulting wear of moving components are significantly reduced by effective lubrication. Through a wide range of energy efficient products – which includes synthetic oils, lubricants and bespoke lubrication systems – and the support of a technically competent team, BMG ensures efficient maintenance, extended service life of components and energy savings, in any environment.”

BMG’s specialist technical division offers an oil analysis service which consists of laboratory-based sampling and analysis, as well as on site analysis and filtration and flushing. Other services include technical applications consulting, product and system design, product quality control and assurance, as well as condition monitoring services.

Conditioning monitoring identifies lubrication problems, misalignment and vibration troubles and also helps in identifying the causes of the damage, so that units can be fixed before further destruction occurs. This means reduced downtime, efficient production and substantial cost savings.

The BMG team is committed to improving operational efficiencies for customers in all industries, by providing essential filtration, separation and purification technologies.

BMG’s distribution centre in Droste Park, Johannesburg, is operational and fully stocked at all times, to support customers around the country and into Africa. A comprehensive range of equipment and components comprises bearings, seals and gaskets; power transmission; hydraulics and pneumatics; fluid technology and filtration; drives, motors and controllers; materials handling; fasteners and tools.

The BMG team works closely with customers in all sectors, including water and wastewater treatment facilities, mining, the food and beverage sector and petrochemical plants. BMG also supplies and supports service providers to power generation and pharmaceutical plants, as well as ports, rail and road facilities.

Leading engineering solutions specialists – provides engineering components and support services to all sectors, to ensure high productivity, reduced energy consumption, minimal downtime and long service life of systems.

A structured maintenance programme goes a long way to optimising productivity, enhancing equipment reliability and extending service life of components

BMG – leading engineering solutions specialists – provides engineering components and support services to all sectors, to ensure high productivity, reduce energy consumption, minimal downtime and long service life of systems.

“BMG is a complete process solutions provider to all sectors of industry, which means companies can access all essential quality branded products and essential support services from one reliable supplier. This integrated approach guarantees lower production costs and higher efficiencies,” explains Carlo Beukes, Group Sales Development Manager, BMG. “We believe the introduction of a structured maintenance management programme, which can be implemented in-house, or partially outsourced to a professional organisation, is critical to maximising production efficiencies in all industries.

“The BMG team is committed to ensuring each plant maintains full production, by providing a 24-hour customer process support for production efficiency and reliability centred maintenance.

“Maintenance of machinery can be a very expensive exercise, not only in terms of the cost of spare parts and labour, but also lost production due to machinery breakdowns or plant stoppages for unscheduled maintenance. Careful consideration therefore needs to be given to disciplined inspections and planned maintenance of all items of plant and production machinery. Over-maintenance can be almost as costly in terms of lost production as under maintenance, so a careful balance is critical.

“Care in the initial design and manufacture stage of the plant, the selection of compatible quality branded mating components, professional installation – with particular attention to meticulous alignment of coupled components – ensure reduced downtime, lower maintenance requirements and therefore lower operating costs.

“Servicing of all sections of machinery in the factory should be carefully planned on the basis of the estimated time for each procedure or service, in order to create a controlled work-load for the maintenance staff. Even small faults in design, operation and maintenance, can have a negative impact on productivity and safety.

“BMG’s proactive maintenance service – which encompasses predictive maintenance services, including condition monitoring and oil analysis – is enhanced by advanced technical and design support across all functional disciplines. BMG’s maintenance and support services also include mobile breakdown, repair and maintenance support, that ensure production plants are up and running as quickly as possible following a breakdown.”

To achieve optimum performance and extended life of components like bearings, mill gear lubrication and industrial chain, correct lubrication is as important as the appropriate selection of each part.

Although a general multipurpose grease or oil is adequate in many applications, more arduous operating conditions demand the careful choice of the correct lubricant and lubrication system. In selecting the right lubrication system and lubricant for a specific application, factors to be considered are speed, ambient temperature, load, vibration and environmental conditions.

The effects of friction and the resulting wear of moving components are significantly reduced by effective lubrication. Through a wide range of energy efficient products – which includes synthetic oils, lubricants and bespoke lubrication systems – and the support of a technically competent team, BMG ensures efficient maintenance, extended service life of components and energy savings, in any environment.”

BMG’s specialist technical division offers an oil analysis service which consists of laboratory-based sampling and analysis, as well as on site analysis and filtration and flushing. Other services include technical applications consulting, product and system design, product quality control and assurance, as well as condition monitoring services.

Conditioning monitoring identifies lubrication problems, misalignment and vibration troubles and also helps in identifying the causes of the damage, so that units can be fixed before further destruction occurs. This means reduced downtime, efficient production and substantial cost savings.

The BMG team is committed to improving operational efficiencies for customers in all industries, by providing essential filtration, separation and purification technologies.

BMG’s distribution centre in Droste Park, Johannesburg, is operational and fully stocked at all times, to support customers around the country and into Africa. A comprehensive range of equipment and components comprises bearings, seals and gaskets; power transmission; hydraulics and pneumatics; fluid technology and filtration; drives, motors and controllers; materials handling; fasteners and tools.

The BMG team works closely with customers in all sectors, including water and wastewater treatment facilities, mining, the food and beverage sector and petrochemical plants. BMG also supplies and supports service providers to power generation and pharmaceutical plants, as well as ports, rail and road facilities.

Volvo Penta & CMB.TECH partner on dual-fuel hydrogen engines

Building on a successful collaboration, Volvo Penta has partnered with CMB.TECH to accelerate the development of dual-fuel hydrogen-powered solutions for both on-land and at-sea applications. The strengthened collaboration will include joint projects ranging from pilots to small-scale industrialization, providing increased access to this important technology for reducing greenhouse gas emissions.

CMB.TECH owns, operates, and designs large marine and industrial applications powered by hydrogen and ammonia – fuels that it both manufactures and supplies to its customers. Volvo Penta is a world-leading and global manufacturer of engines and complete power systems for boats, vessels, and industrial applications. The companies have worked together in pilot projects since 2017 successfully adapting Volvo Penta engines to run as a dual-fuel hydrogen and diesel solution via the conversion kit provided by CMB.TECH.

A low-carbon solution

The strengthened collaboration will create synergies aimed at leveraging the competences and product offerings of both companies – establishing dual-fuel hydrogen technology as a low-carbon interim solution before suitable zero-emissions alternatives become viable. It is an important step in Volvo Penta’s and CMB.TECH’s joint ambition is to help accelerate its customers’ transition to net-zero emissions.

The partnership will cover pilot projects and small-scale industrialization of a hydrogen dual-fuel solution for selected customers.

“From the initial dual-fuel technology projects we have seen reductions of CO2 emissions up to 80%,” says Roy Campe, Chief Technology Officer at CMB.TECH continues: “It is clear that the energy transition is a major challenge in many types of applications. With the dual-fuel technology we have been developing over the last few years, we can provide a cost-effective and robust solution for a variety of applications. We think there is huge potential in this solution for customers, both on land and at sea.”

The whole Volvo Group is working intensively to explore solutions to reduce – and ultimately eliminate – greenhouse gas emissions. Volvo Penta strives to team up with suppliers, partners, and customers to accelerate the journey into fossil-free fuels for both on-land and at-sea applications.

“The development in this area is moving fast and with this partnership, we see a great opportunity to further explore and be part of increasing the use and availability of hydrogen solutions. I believe that this dual-fuel approach will appeal to many of our customers by its ease of installation, maintenance, and use. In addition, it will help accelerate our customers’ transition to more sustainable operations,” said Heléne Mellquist, President of Volvo Penta.

Dual-fuel technology

The dual-fuel solution’s main advantage is that it will reduce the emissions of greenhouse gases while at the same time providing a robust and reliable solution. And, if hydrogen is not available, the application continues to run on traditional fuel, safeguarding productivity.

The design and testing of the hydrogen-injection system will take place at CMB.TECH’s Technology and Development Centre in Brentwood, UK. Here, Volvo Penta engines will be tested to optimize the hydrogen-diesel injection strategy for maximum reliability and emission savings.

“The simplicity of the dual fuel technology allows a quick introduction into many applications. The potential to decarbonize with green hydrogen is huge, but many applications require a fallback scenario of traditional fuel to maintain a viable business. With the dual fuel technology, your asset is future-proof, even without full coverage of a reliable hydrogen infrastructure today,” said Roy Campe, Chief Technology Officer of CMB.TECH.

“This solution is a valuable tool to have on our way to reaching our ambitious commitment to the Science Based Targets initiative where we aim to reach net-zero value chain emissions by 2040,” concludes Heléne. “There is no ‘one-solution-fits-all’ answer, which is why Volvo Penta is investing heavily in exploring a wide range of sustainable and bridging technologies – such as hybridization, electric drivelines, fuel cells, and alternative fuels for combustion engines – allowing customers to find the technology that works best for their application.”

Logistics and Transport -Certificate of Professional Competence Course

The Zambia Chartered Institute of Logistics and Transport (ZCILT) in collaboration with the Zambia College of Pensions and Insurance Trust (ZCPIT) and Zambia Clearing and Forwarding Agents Association (ZCFAA) have developed a competence course for the award of a Certificate of Professional Competence in Logistics and Transport. This course is designed as a three (03)-week intensive training programme designed to equip professionals in logistics and transport industry with essential skills and knowledge on how to manage transport resources.

It covers the key areas of logistics and transport, and clearing and forwarding, in a practical and pragmatic way that will ensure that course participants acquire competence in managing transport resources in an effective and efficient manner.

After successful completion of the course, trainees are expected to acquire the requisite knowledge, skills and attitudes to enable them effectively and professionally manage the transport resources in any organisation – whether private or public sector organisations. The course has been designed by the industry practitioners in logistics and transport, and clearing and forwarding for the industry to fill the skills and knowledge gap in the ever growing transport sector in Zambia. Following the liberalization of the transport sector in 1991, the logistics and transport industry has witnessed significant growth in both passenger and freight business in the road, rail and air sectors of the economy.

The course is designed to be delivered as a highly interactive and practical course and brings to the fore relevant principles and concepts pertaining to logistics and transport. The programme draws on the expertise of industry trainers with relevant qualifications and experience in logistics and transport, and clearing and forwarding industry.

The programme is approved by the Zambia Chartered Institute of Logistics and Transport (ZCILT) and the Road Transport and Safety Agency (RTSA) as a pre- requisite qualification for one to be licensed as a practitioner in Logistics and Transport. The programme has also been developed as a bridging course to prepare those wishing to obtain a higher qualification with the Chartered Institute of Logistics and Transport (CILT).

Register: http://www.zcpit.ac.zm/short-course-application-form/

INLINE ENGINE PLATFORM INTRODUCED BY SCANIA

The Bauma show has witnessed the launch of an inline engine platform from Scania. 

Technical highlights include increased power density and longer service life.

In addition, Scania is promising the inline engine platform will ‘set a new standard’ for fuel efficiency.

Pär Olof Åhlin, product manager, power generation, Scania clarified the importance of the new products.

“This is our most fuel-efficient engine platform ever, with more torque, more power and up to 50% longer base engine lifespan,” he said.

Specifically, fuel efficiency had been improved thanks to an enhanced gas exchange system and reduced internal friction. Also, increased turbocharger efficiency played a major role.

“We want to empower a more sustainable future,” Åhlin added. 

“The leading position we have in trucks and buses now expands to industrial power.”

In real world terms, the 13-litre engine can achieve a fuel consumption improvement of up to 7%.

That figure is compared with the current generation at the same power output. 

In other words, four litres of diesel can be saved for each engine hour at full load.

A shift towards sustainability has definitely reached the construction segment, stated Scania. 

The company believes that as long as combustion engines are still in use, their climate impact should be improved. 

Therefore, the Swedish manufacturer is making big moves to decrease how engines affect the climate. 

“You will see this in the non-road mobile machinery and earth moving equipment powered by Scania. 

“And, it is truly obvious in our new engine platform,” said Mert Uzel, product manager – industrial at Scania.

Meanwhile, Scania brought a number of other products to the construction show.

For example, the company’s stand boasted its next generation 13-litre engine and EV-related solutions.

There was also the a possibility to experience the Next Generation 11-litre DC11 engine via augmented reality.

VIRTUAL TRANSPORT MANAGER CONFERENCE RETURNS

Logistics UK is bringing back its Virtual Transport Manager conference following previous success with the event.

The trade body understands that transport manager is a busy role, but an important one within any transport operation. 

Therefore, it has taken out the time and effort of travelling to an in-person event with the virtual alternative.

Specifically, it is an opportunity to maintain compliance and legislation knowledge to ensure transport operations run smoothly. 

The events will take place on 11 November.

The Virtual Transport Manager events were first held during the height of the pandemic in 2020. 

After that, they were run alongside in-person events last year.

The one-day conference will cater to those who are unable to attend in person. 

Meanwhile, in-person events are currently being held around the country. 

Logistics UK confirmed that both the events will follow a similar format, therefore providing essential information and guidance on legislation.

Kate Jennings, Logistics UK’s director of policy underlined the importance of attending. 

“It is vital that transport managers stay up to date with the latest compliance and regulatory information. 

“Therefore, Logistics UK’s Transport Manager conferences are well established in the industry as a great place to obtain all the necessary briefings. 

“We appreciate that it is not always possible to travel to an in-person event,” added Jennings. 

“However, it is still important to ensure that transport managers keep their knowledge and expertise up to date.”

Meanwhile, Logistics UK has secured involvement of Traffic Commissioners for virtual and live events. 

In addition, the events will include the Transport Manager calendar and a compliance update. 

Other items on the agenda include vehicle in-service standards, managing safety technology and managing fleet insurance costs.

eTRUCK UPDATE AS MAN MODEL GOES PUBLIC

Following its first appearance at the Hanover show, an eTruck update has been issued by MAN.

The company has revealed that the first public test drives have taken place as part of the MAN eMobility Experience.

In other words, operators have had the chance to drive near-production versions of the truck.

The MAN eTruck will enter service in 2024 and is already prepared for future megawatt charging. 

Therefore, it allows a daily range of between 600 and 800km,

That figure will rise to 1,000km in the future. 

Those figures make it twice as efficient as today’s combustion-powered models, says MAN.

Alexander Vlaskamp, CEO of MAN Truck & Bus, hailed the arrival of the latest version of the truck in the eTruck update.

“Our new eTruck will electrify long-distance transport from 2024,” he said. 

“MAN will then be driving electrically and CO2-free in all product areas.

“At the IAA we opened the order book for the first batch of the new eTruck and there are many interested parties!” 

Continuing, Vlaskamp said the eTruck will arrive on the market ‘just at the right time’. 

“From the middle of the decade it will be more economical to drive battery-electric than conventional diesel,” he reasoned. 

“Therefore, by 2030, half of our vehicles sold in the EU should have zero-emission drive systems. 

“However, for this to happen, the charging infrastructure must be there, in Germany and in Europe.” 

Meanwhile, MAN has given a further update on the production process and overall development of the eTruck.

For example, the company said it already had 20 prototypes at the company’s main plant in Munich. 

Mixed series production with conventional trucks has, therefore, been tested. 

Investments in battery technology are also being made, confirmed MAN.

From 2025, around 100,000 battery packs will be produced annually at MAN’s Nuremberg plant.

MAN ELECTRIC TRUCK IMPRESSES IN READER’S POLL

A reader’s poll in German magazine Auto Bild has seen MAN’s eTGM win a ‘Green Track Award’.

Readers were asked to vote in six categories and subsequently voted the truck top of the ‘last mile’ category.

The electric truck triumphed for a number of reasons, according to the magazine.

For example, it was praised for its emission-free credentials in a typically engine-dominated sector.

In addition, participants in the reader’s poll were impressed with the eTGM’s silent operation at night.

As a result, logistics speeds can be improved by 30%, while emissions are greatly reduced.

Many of these positives will therefore be implemented in MAN’s forthcoming eTruck, which is set to arrive in 2024.

Alexander Vlaskamp, MAN’s CEO was delighted with the prize.

“This confirms our strategy of initially focusing on electric mobility as a drive system across all models,” he said.

“At the same time, the award is an incentive for the upcoming launch the eTruck.”

This was the first year the Green Track Awards had been decided.

Readers voted in six categories for sustainable mobility concepts, projects and services.

In addition, a jury of experts from the editorial team awarded a prize.

In the end, more than 1,000 readers cast their votes for the most sustainable ideas.

However, it’s not the first award the battery-powered MAN has won.

In 2019, Transport magazine gave it the “European Transport Award for Sustainability 2020” in the “Electrified Truck” category.

This followed the launch of a three-year practical pilot project with nine Austrian customers using an electric TGM.

Since the end of 2019, 26-tonne distribution trucks have been delivered to European transport companies.

They have since proven themselves in transport operations from Norway to Spain.

Therefore, MAN is applying this experience to the future production technologies.

DAF XG480

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Trucking took a right-hand drive DAF XG480 out for a day and a night to see if the bigger cab really does make a difference…

Good things come to those who wait. After years of mickey-taking from some journals and drivers about how old the DAF XF cab was, it’s finally been replaced.

The new models – a new XF, the XG and the XG+ – were launched last year. A ride-and-drive event in Spain was our first chance to sample the trucks (Trucking, November 2021), but they tend to be shorter trips – and of course in European models spec’d for left-hand drive. What Trucking really wanted was a long stint in a right-hand drive model in the UK. And in late March, we got just that.

First up, a massive amount of praise to DAF for the truck we had. It wasn’t the all-singing, all-dancing XG+ with 530 bhp engine, leather seats and every option box ticked. It was an XG480 with a standard interior spec – the kind of truck that realistically is going to be the more (if not most) popular deals agreed by the salesmen.

The XG+530 may be the truck owner-drivers and small fleets want the most, but typical fleet operators will most probably go for the XF480 or possibly the XG480.

For our test, we were given an XG with middle-of-the-range MX13 engine delivering 480 bhp and a pretty standard interior with cloth trim.

But as well as giving it a decent 170-mile workout over all manner of UK roads, we also had a night sleeping in it. So many drivers sleep in their cabs, so knowing what kind of night you can expect to have when parked is just as important as how the vehicle handles on the A34.

Technical overview

Before we get onto the specifics of this truck, a brief reminder of the new vehicles DAF unveiled last year. The ‘entry level’ model is the XF, which is pretty much the same in size and spec as an XF Space Cab today. It’s a high-roof sleeper and will appeal to fleets and those whose drivers are doing odd nights out, but not necessarily tramping.

It is 16 cm longer than the outgoing XF cab due to its bigger front end. There is currently no flat-roof version, although DAF has hinted this might not always be the case.

Next is the XG, and this is the game-changer. The XG offers 33 cm extra length over the 2017 XF models. Crucially, that means the bed is wider – its width is now 80 cm, the same as a standard single bed you’d have at home. The extra cab length is thanks to new dimensions for HGVs adopted by the EU in September 2020 (and finally signed off in the now-divorced UK in February of this year).

The new dimensions allow longer cabs to enable manufacturers to make their vehicles more aerodynamic and have better crumple zones. But while DAF has done both of those, it has also exploited the extra length to allow a longer, usable cab for the driver. We are not talking US-style huge sleeping areas, but the extra length is very noticeable – especially inside.

Then there is the XG+, which is the same length as the XG, but higher by a good few cm. Interestingly, the XG is as high as the older Super Space Cab, so you get an idea of how cavernous the XG+ is! It’s massive.

The drivelines are pretty much as they were before. For tractor units, you can choose the 10-8-litre MX11 straight-six at 410 and 450 bhp, or the 12.9-litre MX13 at 430, 480 and 530 bhp. But there have been more tweaks to the engines, especially in upping the all-important torque ratings.

Understandably, DAF is still refusing to break the 600 bhp barrier, although many hauliers have hinted 560, 570 or 580 bhp output would win it a few more orders. If there was an XG+580, it would sell – no question.

Axle options

The truck we had was an XG480 FTG, which means it has a non-steering midlift axle and will likely be DAF’s best seller. XF, XG and XG+ models are available with a small midlift (FTP), a rear tag (FTR), a rear-steer tag (FTN), or a twin-tyred rear tag (FTS), as well as a 4×2 (FT) of course. The FT can also be a low-height spec. Following later this year will be 6×4 and 8x4s.

The engine in our truck was an MX13 delivering 483 bhp at 1600 rpm, and 2500 Nm of torque between 900-1125 rpm. It meets Euro 6D emission regulations. The gearbox is an automated TraXon 12-speed. Some drivers have been critical of this ’box, citing it as unresponsive and slow to change gears; but DAF says it is much improved.

It is fitted with a manoeuvring mode for maximum power control which, if selected, means the clutch engages gradually and proportionally to the accelerator pedal, which helps smooth out gearchanges.

The truck has a three-stage engine brake which is also much improved and far more effective than before. The tyres were 315/70R22.5 throughout and the front axle was the typical rating of 8000 kg, with an 11,500 kg drive axle and a 6500 kg non-steering midlift centre axle.

And the other big highlight of the new truck was DAF’s Digital Vision System (DVS), which replaces the wing mirrors. The obvious question is: will it be better an Merc’s pioneering MirrorCam? We’ll get to that shortly…

On the road

To say we were keen to get behind the wheel of an RHD New DAF XG was an understatement. It was, at last, a chance to see what these trucks are like on UK roads, and to a UK spec. But also, we were keen to see how DAF’s DVS fared.

The new XF/XG models have a tough act to follow because despite their age, the outgoing XF is still a widely regarded truck, popular with drivers and operators alike. But by starting with the clichéd ‘blank sheet of paper’, DAF has been able to address the shortcomings of the old model.

You see this the moment you enter the cab via its three steps. For a start, the steering wheel has a useful adjustable movement; something that was not the case on the old truck. You can fold it well out of the way to make entry and exit easier. Of course, this is nothing new – other manufacturers have been offering this for several years. Now DAF has caught up.

The driving position is certainly comfortable enough. The dash has been upgraded and is more user friendly. It’s a digital dash, with a choice of settings to suit different drivers. It’s not quite the same as the Merc, but it is excellent and also feels more like a dash than a tablet. The steering wheel now has more buttons that are of use to the driver, reducing the need to take your hands off the wheel. It’s especially easy to set the cruise control.

Visibility from the large, curved windscreen is superb. It’s some 33 per cent bigger than the current XF’s, which gives the driver a vastly superior view of the road and gives the truck a Direct Vision Standard rating of three stars, even without a passenger door window.

Ride & handling 

The ride quality of the XG480 is superb. Steering is much improved. We often found the old DAFs had a bit of give (or rattle) in the steering column, but we found no such thing on this drive. The truck went exactly where we wanted and expected it to.

On single-carriageway roads with plenty of bends, it was a dream to drive. It never ran away from us when going down hills, and the descent of the two-mile Stokenchurch hill was extremely comfortable, even fully loaded, thanks to the improved engine brake.

The route we took from DAF’s base at Haddenham was the A418 to Oxford, skirting round the university city to take the A420 towards Swindon, and then onto the M4 at Junction 13 to the Chippenham Pitstop for a lunch break.

The return was along the M4 to Reading, then up the A404 bypassing Marlow to join with the M40 for a couple of junctions before heading off for some cross-country driving back to Haddenham – a good workout for the truck, and the driver.

We weren’t doing a fuel test, but we did happen to notice on the stretch along the M4 on the return, the dash was showing an incredible 14.75 mpg. Early reports from operators suggest the new models are indeed delivering sizable improvements in fuel consumption.

Of course, it’s horses for courses and no two drives are the same; but if you can get 12 or 13 mpg consistently from motorway driving with the new models, any operator will be over the moon with that.

Overnight

After a decent stint behind the wheel, it was time to bed down for the night. First up, the ambience inside the cab was amazing. Remember, this is fleet-spec with cloth seats (which some prefer, although leather seats are easier to clean), but the quality was top rate.

This was a lovely place to work. The XG is slightly lower in overall height than the XG+, but still pretty much the same height as a current Super Space Cab. It is, however, the same height off the ground as an XG+. This means a tall person of over 6 ft can easily stand up to get changed.

There is the slightest of engine humps (just 5 cm), so nothing to worry about. Some drivers don’t like completely flat floors because of dirt and dropped pens or whatever rolling around. This cab oozes class and it’s a definite improvement on the outgoing models. Moving around the cab is dead easy.

We’d recommend when you park up for the night, you spend a few minutes ‘rearranging’ the furniture to make optimum use of the space. Both seats swivel, which creates a lounge-type feel in the cab – the vast amount of room opens up even more.

However, make sure you then push the seats back as far as they will go and keep them relatively upright. This not only maximises space, but also allows access to the under-bunk fridge and/or freezer. If you don’t push the seats back, we found they won’t slide out fully!

There is a pull-out table for your laptop or free-standing TV, but it’s also usable to prepare and eat food. Unlike on some other trucks, this table is actually sturdy.

Interior lighting is excellent and can be adjusted to suit your tastes. Maybe you want full lighting to do some work, or mood lighting to watch telly, or fading lighting to nod-off to. It’s all possible with this new system.

Good night’s sleep

The bed is superb and after a long day behind the wheel, having a mattress as comfortable and flexible as this is a dream come true. It’s very thick, but also has a mattress topper which makes it even more luxurious. The bed is adjustable via two buttons on the frame; it’s a bit like a hospital bed, as you can angle it. This makes watching telly even better if, like many drivers, you have a TV fixed to the side wall of the cab. It makes it like a lounger and it’s great for a power nap, a TV session, or if you just prefer a bit of height at one end when you sleep.

Once we’d settled in for the night, it was time to get some shut-eye. Despite being the last day of March, it was a bitterly cold night and the night heater did its job – a bit too well, as it happens, as by 2 am we were being cooked alive. So we tried to turn it down, but only succeeded in turning it off, such that two hours later we woke up freezing! The heater controls were on the dash, but due to a software issue there was no way to turn the heart on, off, up or down using the panel by the bed.

We won’t criticise the DAF for that; but if you buy one, make sure you can do all of those things. The bed itself was incredibly comfortable to sleep on and honestly, if we could have unscrewed it and taken it home, we would have.

Overall, this cab is a million times better than the old Super Space, and probably the best currently on the market. It’s roomy, well-thought-out and the quality is exemplary. It’s a great place to work, and an even better place to live in.

DAF Digital Vision System

One of the best new features on the XG has to be the Digital Vision System. We’re fans of digital mirrors. We agree they are not perfect, but neither are traditional wing mirrors – and we feel digital mirrors have more pluses than minuses.

On the DAF, they are superb. The images are clear, the screens are a sensible size and well positioned and, unlike Mercedes, all mirrors have been replaced – including the front and door mirrors. DVS comes into its own when reversing, especially while turning – for example, during those tricky and tight manoeuvres onto loading bays.

MercMAN, DAF and Scania have all now shown off their new systems (Iveco and Renault have pretty much confirmed they are on the way). This just leaves Volvo, which is kind of ironic given the Swedish manufacturer’s reputation as a leader in safety innovations.

Of course, digital mirrors take a bit of getting used to, but they are the future – and it feels like DAF has got it right with this system.

VERDICT

It’s obvious there were only so many makeovers and facelifts DAF could get away with on the old Cabtec cab. It was still good, but the competition had all overtaken it – including those brands which DAF would be traditionally more likely to be vying with for market share.

DAF is the first truck manufacturer to exploit the change in cab dimension legislation. Already the truck is selling well and the reports we’ve seen from drivers suggest most are happy.

DAF has improved every aspect of the design. Its decision to go with digital mirrors is the right one. Its dash is better thought out and much easier to use. The XG handles well, performs well, and it is a high-spec truck with excellent build quality. It’s appearance might take a bit of getting used to, but we’ve already seen some painted in nice liveries and they look the part.

Add in DAF’s excellent dealer network and superb back-up, plus excellent fuel returns, and it’s impossible to see how this truck will not keep the manufacturer at the top of the UK sales charts for several years to come.

This truck is truly superb.

Likes:
+ The superb bed!
+ Digital Vision System
+ Improved fascia
+ Lots of storage space

Dislikes:
  Lack of a 580 bhp model

SPECIFICATION

Model: DAF XG480 FTG
Design GCW: 44,000 kg
Chassis: 3950 mm wheelbase
Front axle: 8000 kg capacity
Rear axle: 11,500 kg (drive), 6500 (midlift), 2.21:1 ratio. 315/70R22 tyres
Gearbox: TraXon 12TX 2210 DD automated 12-speed
Engine: MX13 12.8-litre six-cylinder EGR
Max power: 483 bhp @ 1600 rpm
Max torque: 2500 Nm @ 900-1125 rpm
Cab: XG high-roof sleeper