Supporting a smart manufacturing shift across industry sectors by offering robot systems, Automated Guided Vehicles (AGVs), mobility solutions (mobile platforms, mobile robots etc.) and technologies (arc welding, assembly, bonding and sealing, die casting, extrusion etc.), Kuka is confident of its new operating ecosystem iiQKA significantly simplifying robot use. Forming the base of an entire ecosystem that provides access to a powerful selection of components, programmes, apps, services and equipment that are easy to install, operate and use, iiQKA is designed and developed to facilitate newcomers to implement automation without specialised training. Also announcing the upgradation of its simulation software Kuka.Sim.4.0, Kuka is confident of automation benefitting in the medium-term against Covid-19 disruption. As per Peter Mohnen, CEO, Kuka AG, automation can be beneficial in the medium-term against the Covid-19 disruption for manufacturers rethinking their vulnerable, globally networked production and supply chains.

Big shift to flexible automation systems

Stating in his address to the shareholders in the 2020 annual report that the company implemented a cost-cutting drive and focused on a stable financial position, Mohnen averred that Kuka was one of the very few ‘full-range’ suppliers. Keeping a close eye on the developments taking place across the world markets that it is presently in, the company – with sales revenues of EUR 2.6 billion and an employee strength of 14,000 – is confident of its Kuka.Sim.4.0 software to help reach a new level of planning reliability, simplicity and cost efficiency. Stressing on the upgraded software facilitating easy offline programming of the robot and fast cycle time analysis, Kuka is anticipating a big shift to flexible automation solutions with quickly adaptable production cells instead of rigid systems. It is highlighting the prowess of Kuka.Sim.4.0 software in its ability to support the import of CAD data that aids configuration of safety spaces graphically in 3D and to simulate the stopping behaviour of robots.

Affected in 2020 as projects were postponed or abandoned completely, Kuka is of the view that the auto industry is facing a fundamental structural transformation that offers opportunities but poses enormous challenges at the same time. Confident that the Kuka.Sim.4.0 software will particularly aid components suppliers with its ability to facilitate the planning of robot applications across industry sectors, including auto, the company is looking at a growing use of new technologies such as AGVs and AI-based software solutions. Helped by China’s auto industry’s tremendous thrust on robot installation since 2016 in terms of growth, Kuka is banking on the upgraded software’s capability in significantly reducing the area required by a cell. Roland Ritter, Portfolio Manager, Kuka AG, mentioned that it also contains a new robot language called the ‘Kuka Robot Language’ (KRL), which provides two user views for programming the robot. One view is for the experts and the other is for beginners. Ensuring same data is being worked upon by the virtual controller and the real controller, the Kuka.Sim.4.0 supports the new KR Scara and KR Delta robots from its manufacturer. It also assures 100 percent data consistency.

Features, and more features

Aiding the creation of a customised component library using own CAD data along with Kuka.Sim.Modeling add-on, the Kuka.Sim.4.0 software is also supported by a new ‘Connectivity’ add-on that allows users to commission the cell virtually and create a digital twin for greater planning reliability and the best possible implementation. Interestingly, the customised component library could be as kinematic systems, sensors, material flow or physical behaviour. Using behavioural emulators such as WinMOD and SIMIT, the software, with the Arc Welding add-on, aids users to speed up their offline programming for welding applications. The approach positions or the optimum orientation of the robot for the welding process can be defined, for example. A big advantage of the new software, according to Ritter, is export possibilities. Integrators, he adds, will benefit from the ability to export the simulation as a 3D PDF, which can be simply opened with an Acrobat Reader.

Detailed information in 2D for mechanical commissioning can also be provided via the export feature. One of the highlights of this is product presentation using a virtual reality headset. Tablets and smartphones also deliver impressive simulation results on the go via the Mobile Viewer app, informs Ritter. Signing a major contract with Daimler to supply four-figure number of robots and linear units (KR Fortec and KR Quantec), and other Kuka technologies such as software and controllers, the company has maintained a positive outlook despite Covid-19. Working towards strengthening its position as a global player, Kuka is driving the goal of making automation available to everyone. Looking at conquering new areas and new markets, it is stressing on the potential for cobots – sensitive robots – in the auto industry.

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The Honda India Foundation (HIF) has held a ground-breaking ceremony for a Road Safety Centre of Excellence (CoE) in Viramgam, Gujarat.

The centre is designed to provide road safety education through training and simulation-based learning. It is scheduled to open in 2027 and is expected to provide safety programmes for 5,000 people each year.

The CoE will feature a Road Safety Education & Awareness Wing equipped with training tools for students, youth groups and local communities. Additionally, it will include an Accident Research & Data Analytics Unit to examine traffic patterns, identify risk locations and assist with safety audits.

Vinay Dhingra, Trustee, Honda India Foundation, said, “Road safety requires a combination of awareness, training and data-driven insights. Through this Centre of Excellence, we aim to create a practical platform that supports safer road behaviour, promotes road safety education and contributes to more informed safety interventions. This initiative reflects Honda India Foundation's continued commitment to strengthening road safety awareness and fostering safer road-use practices at the community level.”

Gyanender Singh Malik, Director General of Police, Gujarat State, said, “We appreciate Honda India Foundation’s support in setting up this Road Safety Centre of Excellence in Gujarat. The Centre will help strengthen structured road safety education and support data-led interventions for safer roads. Such collaborations add value to the state’s efforts towards improving road safety awareness and reducing road accident risks.”

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French automotive major Renault India has further deepened its India commitment with strengthening of its design team in the country.

The company has roped in Jean-Philippe Salar as the new Design Director at Renault Design Centre India. He succeeds Julien Sabatier, who is set to take on the role of Head of Design Factory India and UI Management.

Sabatier led the Design Studio for the last three years and, on his part, was instrumental in setting up Renault’s Design Studio in India as part of the French automakers ‘renault. rethink’ strategy. He delivered over 10 projects for Renault for both India and Europe market and played a key role in the introduction of the new Duster SUV in India.

In his new role, he will focus on developing and industrialising future projects and implementing UI (User Interface) functions in India.

Salar is a Renault Group veteran having started his journey with the French automotive brand in 1996, and has extensive design experience across brands such as Renault, Dacia, LADA and Mobilize.

The design centre is part of the company’s ‘design in India’ and ‘make in India’ strategy. It functions as a hub of excellence, particularly due to its proximity to Renault Nissan Technology & Business Centre India (RNTBCI).

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China’s SAIC Motor-owned British marquee brand MG has unveiled its technology roadmap centred on its next-generation Plug-in Hybrid+ systems, SolidCore battery integration and advanced driver assistance systems (ADAS) at MG Tech Day at its UK headquarters in London.

The automaker unveiled its new Plug-in Hybrid+ system, which features 1.1-litre and 1.5-litre turbocharged petrol engines. The company states that it achieves thermal efficiencies exceeding 42 percent. The powertrain incorporates a hybrid transmission with two technologies: Power Split and Motor Decoupling. The latter isolates the generator during electric driving to improve energy efficiency.

The first model to feature this system will be the MG ZS Plug-in Hybrid+, scheduled for launch in 2027.

MG also confirmed the introduction of its SolidCore battery across future Plug-in Hybrid+ models. This semi-solid-state technology is designed to provide consistent power delivery and range stability across various temperatures and driving conditions. The battery will debut in three upcoming B, C and D-segment SUVs.

Furthermore, MG is refining its driving assistance technologies using data collected from over 1.2 million kilometres of driving across 24 European countries.

The One Touch iAD system for parking is production-ready, supporting scenarios such as kerbside parking, reverse paths of up to 100 metres and exit manoeuvres in tight spaces.

A highway assistance system capable of managing motorway entry, exit and lane changes is scheduled for a late 2027 debut in a new MG SUV. Urban NOA capabilities are planned for 2028.

Lastly, the company is conducting Level 4 Robotaxi trials across Europe, the Middle East and China to support long-term mobility research.

MG company stated that these developments reflect a focus on ‘making advanced technology more accessible, useful and relevant for everyday drivers.’

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Stellantis-owned Peugeot and the Strate School of Design have formed a partnership to focus on design and innovation within the automotive sector. Through this collaboration, students will work on projects related to mobility, user experience and technology under the guidance of Peugeot design experts and Strate faculty.

The initiative aims to provide Peugeot with access to student designers while offering students experience in the automotive industry. The projects are intended to act as a laboratory for mobility solutions.

Matthias Hossann, Design Director, Peugeot, said, "This partnership reflects our commitment to bringing academia and industry closer together, in order to foster innovative solutions to the challenges of sustainable mobility. It also enables us to engage with and support young design talents from the earliest stages of their educational journey."

Mike Levy, Head of the Transportation and Mobility Design Department, Strate School of Design, said, "This collaboration provides our students with an exceptional opportunity to confront the realities and ambitions of an industry undergoing profound transformation. By working alongside an internationally renowned automotive design team celebrated for its boldness, they gain first-hand experience of its methodologies, expertise, and high standards. In return, it offers PEUGEOT valuable insight into how this new generation of designers envisions its design practice, its perception of the brand, its relationship with mobility, and the future narratives that shape it."

The partnership is intended to combine academic and industrial perspectives to develop designers for future mobility and vehicle projects.

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