Construction

Volvo CE expands excavator range with EC130 and EC150. (Image source: Volvo CE)

Volvo Construction Equipment (Volvo CE) has expanded its crawler excavator portfolio with the launch of the EC130 and EC150 across Africa, the Middle East and Oceania

The new models are designed to help operators improve fuel economy while maintaining productivity, combining positive control hydraulics, intelligent operating modes and fuel-saving functions with the performance and versatility needed for varied jobsite requirements.

Both excavators feature strong digging capabilities, rapid cycle times and simplified maintenance. Their operator-focused design includes an integrated 8-inch Volvo Co-Pilot touchscreen display, bringing key machine functions together in an accessible interface.

“The 13-tonne EC130 and the larger EC150 have been designed around what matters most to our customers — productivity, efficiency, uptime and operator performance,” said Steven Guo, product manager at Volvo CE.

“The result is two machines that make every drop of fuel count while delivering dependable performance, operator comfort and low operating costs,” he adds.

Fuel-saving technology and intelligent hydraulics

Fuel efficiency is central to the design of both models. Volvo's positive control hydraulic system works with the main control valve to supply hydraulic flow according to operating demand. This helps maintain digging power and productivity while limiting unnecessary fuel consumption.

The engine and hydraulic pumps are optimised to match machine output with workload. The EC130 can run at engine speeds as low as 2,000rpm, while the EC150 operates at speeds as low as 2,200rpm. Hydraulic pump flow and pressure adjust continuously to suit changing load and speed requirements. On the EC130, a larger pump than that fitted to the previous generation further supports hydraulic efficiency.

Operators can select from ten work modes to adapt machine response, fuel use and cycle times to specific tasks and site conditions. Automatic engine shut-down and auto-idle functions provide additional opportunities to reduce fuel consumption when full engine output is unnecessary.

Together, these systems are intended to help contractors manage operating expenses while retaining the performance required for demanding excavation work.

Versatility for demanding jobsites

The EC130 and EC150 are built to provide precise control, responsive operation and reliable digging power across a range of applications. The EC150 also accommodates a larger bucket than the previous EC140, allowing operators to handle greater volumes of material with each pass and potentially improve site productivity.

Attachment compatibility extends the machines' application range. Operators can manage attachment settings through a password-protected system on the in-cab display, where hydraulic flow can be configured and stored for up to 20 attachments. This allows frequently used settings to be recalled quickly, helping ensure consistent operation when switching between tasks.

Depending on the attachment and work requirements, operators can choose between one-pump and two-pump flow. X1 constant-flow functionality, including preset options, further supports operation with compatible hydraulic attachments.

These features allow the two excavators to be configured for different jobsite demands while maintaining efficient and controlled performance.

Maintenance designed to maximise uptime

Volvo CE has incorporated extended service intervals and accessible maintenance points into both models to reduce routine servicing demands and help keep equipment available for work.

Engine oil, engine oil filters and fuel filters have replacement intervals of 500 hours. Swing reduction gear oil and the hydraulic oil service filter are scheduled for replacement every 1,000 hours, while the hydraulic oil return filter has a 2,000-hour replacement interval.

Maintenance is further simplified through grouped filters, ground-level service points, quick-drain ports, a swing-out air-conditioning condenser and centralised greasing points. Anti-slip plates and brightly coloured handrails support three-point access to the upper structure from the right-hand side.

The machines also feature durable components, hydraulic hoses designed to minimise leakage and a high-efficiency air filter to protect the engine. These design measures aim to limit wear, reduce maintenance-related downtime and support reliable operation in demanding conditions.

Operator comfort and control

The EC130 and EC150 feature operator environments designed to support comfort, convenience and productivity throughout the working day.

An integrated 8-inch Volvo Co-Pilot touchscreen provides access to essential machine functions and operating settings through an intuitive menu system. This enables operators to adjust configurations to suit the task without navigating unnecessarily complicated controls.

Cab configurations include a choice of seats and joysticks to accommodate operator preferences. Additional features include storage compartments, phone connectivity through the cab display, cup holders, wireless phone charging and USB sockets.

By combining adjustable controls, accessible machine information and everyday convenience features, Volvo CE aims to create a working environment that helps operators remain focused and productive on site.

The EC300 also supports Volvo's Dig Assist technology, which includes real-time weighing, automated digging and 360° Smart View monitoring. (Image source: Volvo CE)

Cloete’s Sand and Stone has become the first company in Southern Africa to operate Volvo Construction Equipment’s new-generation EC300 excavator

Supplied by authorised dealer Babcock, the machine introduces updated fuel-efficiency features, enhanced operator comfort and precision technologies to the Gauteng-based construction aggregates supplier.

The delivery builds on a five-year relationship between Cloete’s Sand and Stone and Babcock. The company already operates six Volvo wheel loaders and five Volvo excavators, with the latest addition extending its investment in the manufacturer’s equipment.

Proven performance drives investment

Operating across Gauteng, Cloete’s Sand and Stone selected the EC300 on the strength of its established experience with Volvo machinery. The introduction of the latest model also marks a significant milestone for the business, which has become the first in the region to put the excavator into operation.

"We've had a solid track record with Volvo in general-so stepping into the latest model made perfect sense," said Wesley Cloete, managing director. "Moving dirt is in my blood, and to be honored with the first EC300 in Africa is a proud moment. It's a privilege I'll value for a long time."

Fuel efficiency and productivity in focus

Fuel consumption remains a key consideration for aggregates businesses seeking to manage operating costs. The EC300 offers up to 15% improved fuel efficiency compared with the previous generation, providing an opportunity to reduce fuel use while maintaining the performance required for demanding earthmoving applications.

"We are constantly monitoring fuel consumption across the business. Not doing so would be detrimental to our bottom line, so it's safe to say fuel efficiency is critical," explained Wesley Cloete.

"I was really impressed with how quick the machine was-it moves like a smaller machine but has the capability of a bigger one."

Operator comfort is another feature of the new excavator. Its redesigned cab is intended to improve the working environment and machine control, with Cloete reporting productivity benefits following its introduction.

"If your staff are more comfortable at work, you will get better productivity-and I can confirm productivity has gone up," Cloete noted.

The EC300 also supports Volvo's Dig Assist technology, which includes real-time weighing, automated digging and 360° Smart View monitoring. These functions provide operators with tools to improve digging accuracy, monitor machine activity and manage high-production work more effectively.

Dealer support strengthens the partnership

Babcock's involvement extended beyond supplying the equipment, with its team providing technical information, pricing and maintenance options during the purchasing process.

"All the relevant information I needed was provided with a quote and options within hours of my request," said Wesley Cloete. "It's still early days with the EC300, but I have trust in the brand and I'm happy with Babcock's backup service."

The delivery also highlights the role of long-term customer relationships in introducing new equipment to the South African construction market. Volvo Construction Equipment views the milestone as part of its wider commitment to bringing its latest technologies to regional customers.

"This delivery represents more than just a machine handover-it demonstrates our commitment to bringing Volvo CE's latest innovations," said Per Lorentzon, commercial manager at Volvo CE. "The Cloete's and Babcock teams exemplify the customer-focused approach that drives everything we do, and we're proud to support their continued growth with technology that delivers measurable value."

The EC300 forms part of a broader range of next-generation excavators available across Africa and the Middle East. The portfolio includes six models developed for applications spanning general construction and quarrying.

For Babcock, the delivery reflects its approach to equipment supply, combining machine selection with ongoing customer support.

"Supplying the EC300 to Cloete's Sand and Stone reflects Babcock's focus on matching customers with the right equipment and backing it with dependable support," said Lance Mannix, head of equipment Sales at Babcock. "Their investment is based on proven performance and trust in a partnership that supports their operation throughout the machine's lifecycle."

Condra overhead cranes installed in a factory environment (Image source: Condra)

Artificial intelligence (AI) will disrupt business sectors in different ways and to different degrees, but will hardly disrupt the lifting equipment industry at all.

This is the opinion of Marc Kleiner, managing director of crane and hoist manufacturer Condra, who says AI is more likely to change processes and work flows at customer installations, rather than the equipment itself or the lifting industry as a whole.

“People are talking about AI as a change agent equal to the industrial revolution, and maybe that is so,” he said. “But when something heavy needs lifting, artificial intelligence is not going to change the fact that you will still need a machine of some sort to do that.“

Over time, AI will probably change the methodology of manufacture where the crane is installed, but it will not change the lifting industry itself,” he said.

Kleiner pointed out that AI has been around for years, with a presence established throughout commerce and industry long before the headline-grabbing advancement of today’s large-language machine learning models.

“Motion control sensors, frequency drives and vibration monitoring pods have long been a part of crane safety, efficiency and reliability,” said Kleiner. “All these components make use of artificial intelligence. But you still need a skilled technician to fit them, or replace the part predicted to fail. There is not suddenly going to be some kind of magic wand that will get the installation to do that.

“The large-language machine learning AI models that use artificial neural networks to train and advance themselves – well, I don’t think you’re going to find much of that in the lifting equipment industry, and you might never find them.”

Crane automation

Kleiner said that what was more likely to happen was a move to crane automation within processes involving repetitive lifting and positioning tasks, for example warehouse packing and picking operations, or sensitive tasks such as the replacement of fuel rods in nuclear reactors.

“In these types of processes, there will probably be a shift of the operator away from the crane to a more remote workstation,” he said. “But this type of automation has been around for a long time. It is nothing new. Condra has several fully automated and semi-automated crane installations in our customer base.”

Kleiner said that today’s crane operators tend to view AI systems with a sort of cautious scepticism, appreciating their usefulness while still relying on their own skill, awareness and split-second judgement.

He cautioned that the AI add-ons available for cranes and hoists are expensive.“Customers often exclude them from specifications at the tender phase because of the cost,” he said, “instead investing in a better quality crane at the outset, one that is going to last without needing the add-ons.

“Whether AI is used or not will always depend to a large extent on the answer to a single question: can the crane perform the same task for a lower investment?”

Design impact

Turning to design, Kleiner admitted that AI is likely to have a substantial impact.“Condra has invested heavily in AI-driven CAD programmes to enable optimal component design,” he said. “But you have to be careful with optimisation because the programme can progress in the wrong direction. And you still need an engineer to go through the results, you still have to manufacture that component. So the jobs are safe. The AI drive toward improved theory continues, but the people remain, at least in the lifting equipment industry they do.”

On hacking, Kleiner pointed to last year’s hack at Jaguar Land Rover which resulted in a five-week halt to production worldwide, an estimated US$2bn fallout from lost production, and severe disruption to 5,000 supplier businesses, some of which needed government support to avoid financial ruin.

“Hacking by bad actors is always going to be a danger,” he admitted, “so accelerating use of AI technology will certainly increase that risk.”

Asked about driverless cars progressing to the point of operator-free cranes, he dismissed the analogy as irrelevant.

“Even if the crane could position itself correctly, you would still need people to attach the hooks or change the bottom block to a grab so that the crane can carry out the designated lift. As I said before, AI will change the way things are manufactured, but not the application of a crane to lift the part that needs to be moved.”

Rwanda study assesses market for green building materials. (Image source: GGGI)

The Global Green Growth Institute (GGGI) and AFD Group / Expertise France, working with the Government of Rwanda through the Rwanda Housing Authority (RHA) and Rwanda Public Procurement Authority (RPPA), have completed a market readiness study examining the availability, affordability and supply of selected green building materials and equipment in Rwanda

The Market Study on Rwanda’s Green Building Materials and Equipment Market was validated on 24 September 2026 at an event attended by representatives from government, the construction and engineering sectors, academia and other stakeholders.

The study is expected to support the development of green technical specifications for selected products and contribute to the implementation of Rwanda’s Green Building Minimum Compliance Standards.

Assessing Rwanda’s green construction market

Following stakeholder consultations, three products widely used in Rwanda’s construction sector were selected for detailed market readiness analysis.

The assessment examined market demand, lifecycle costs and supply chains, providing evidence on existing market conditions as well as the opportunities and constraints affecting the availability and uptake of sustainable construction solutions.

Caroline Raes, GGGI Africa’s deputy regional director for quality of delivery and country representative for Rwanda, highlighted Rwanda’s efforts to promote green building and the partnership with AFD Group / Expertise France.

“The transition to greener construction requires more than standards and policies. It also requires markets that can provide accessible, affordable and reliable green solutions. This study helps connect Rwanda’s policy ambition with the market conditions needed for implementation, supporting a more sustainable built environment and contributing to the country’s broader transition to a green economy.” Said Caroline.

Green procurement and construction

The study was undertaken under the Green Public Financial Management (PFM) technical assistance programme, funded by Agence Française de Développement (AFD) and implemented by Expertise France.

The programme supports Rwanda’s efforts to incorporate environmental and climate considerations into public financial management and public spending.

As part of the programme, Expertise France commissioned GGGI Rwanda to conduct the market study. Its findings are intended to provide evidence-based insights for green procurement guidelines and support the development of Rwanda’s green construction ecosystem.

Anthea Manasseh, AFD Country Director for Rwanda, said:

“Sustainable public procurement can help turn public spending into a driver of market transformation. By strengthening the evidence base on green construction materials and equipment, this study provides practical information that can help public institutions make more informed procurement decisions while creating opportunities for more sustainable solutions and local market development.”

Rwanda’s green building standards

The market assessment builds on Rwanda’s existing efforts to improve sustainability in the built environment.

In 2019, the Government of Rwanda, through RHA, developed the Rwanda Green Building Minimum Compliance System (GBMCS), with technical support from GGGI and other partners.

The system establishes environmental performance indicators covering energy and water efficiency, environmental protection, indoor environmental quality and green innovation.

Jimmy Christian Byukusenge, director general of the Rwanda Public Procurement Authority, said, “Every public procurement decision is an opportunity to advance Rwanda’s sustainability agenda while maximizing value for public resources. By integrating national and international sustainability standards and adopting life-cycle cost analysis, we can move beyond the lowest upfront price to consider long-term economic, environmental, and social value. This strategic approach ensures that public procurement delivers greater efficiency, responsible resource utilization, and sustainable development outcomes for present and future generations.”

Building Rwanda’s sustainable construction market

Alphonse Rukaburandekwe, director general of the Rwanda Housing Authority, called for greater collaboration between the government and private sector to translate Rwanda’s sustainable construction policies into practical solutions at scale.

He said Rwanda has established an important policy direction for sustainable construction, but strengthening the market and institutional systems needed to implement these commitments is now a priority.

Rukaburandekwe also highlighted the potential for sustainable construction to support local industry development, employment, innovation and the Made in Rwanda agenda, while maintaining required quality and performance standards.

“For green building standards to translate into practice, the market must be able to provide the materials, equipment and technical solutions required to meet them,” stated Rukaburandekwe. 

The study also addresses practical barriers to scaling green construction in Rwanda, including limited awareness of green materials, concerns about upfront costs, local production capacity and market availability.

By connecting market evidence with sustainable procurement, the initiative is expected to strengthen the conditions required for wider adoption of green building materials, equipment and solutions in Rwanda.