Vehicle Dynamics Conference 2026

From software-defined architectures and virtual proving grounds to the evolving role of tyres and ADAS, the third Vehicle Dynamics Conference in Chennai captured an industry in rapid transition. Industry leaders examined the trade-offs, technological leaps and competitive pressures that will define the next decade of vehicle engineering in India.

It was on 16 June 2026 that the 3rd edition of the Vehicle Dynamics Conference took place at Chennai Trade Centre, bringing together close to 200 stakeholders from the auto industry across India and internationally and marking another milestone for automotive development.

The event focused on the rapid evolution taking place across vehicle engineering, focusing on safety, performance, ride and handling, efficiency and emerging technology developments.

Opening the conference, Tom Thomas, Conference Chairman, underlined the significant transformation gripping the automotive sector. In his welcome address, Thomas noted, “Advances in software-defined vehicles, simulation technologies, electrification, safety systems, connectivity and vehicle performance are redefining the future of mobility.”

Building upon this perspective, S K P Amarnath, Vice-President of R&D, Apollo Tyres, declared that the event had matured into a vital platform where the entire ecosystem is discussed, status quos are challenged and new ideas are exchanged.

“Multiple transformational forces are converging at the first time in auto industry’s history, creating a defining moment for mobility,” Amarnath stated in his opening address.

He emphasised that the industry stands united in creating safer, smarter, comfortable, and sustainable vehicles, observing, “The disruptions – connected, autonomous, electric and software-defined vehicles (SDVs) – are happening at a speed and scale never experienced before.”

Amarnath further described India’s remarkable rise as a global automotive hub that faces fresh competitive pressures from China and Eastern Europe. “The speed of change is fast and influencing key attributes like vehicle dynamics and energy management. OTAs are becoming common and vehicles are turning into a continuously evolving platform,” Amarnath explained.

Turning attention to hardware, he identified the tyre as the most neglected part of the vehicle despite being the only component in direct contact with the road surface.

Revealing that Renault engineers devoted extensive track time to tyre testing at the Madras Racing Circuit, Dr Vikraman explained, “The slip angle, slip ratio, steering response, ride comfort, cornering stiffness optimisation etc. were achieved on dot through thousands of tuning cycles.”

He outlined that three guiding principles – be clear, be sure and be clever – guided target setting, vehicle character creation, kinematics, simulation and real-world proving ground evaluations. He observed that while precise tuning makes a vehicle exceptional, ADAS has compounded the paradox regarding vehicle dynamics.

Dr Vikraman mentioned that to overcome regional road variations, Renault clever-engineered the Duster’s ADAS technology specifically for local conditions where regulations regarding speed humps and barricades are rarely enforced.

Asserting India’s growing importance, Dr Vikraman concluded, “Engineers are expected to solve complex problems with creative solutions. Indian engineers should be creative and disruptive. They should be also proud.”

In the session focused on software, simulation and NVH, Shiv Sikand, Co-Founder of Drako Tech, spoke on the future of self-driving connected vehicles. “The architecture necessary to deliver AI connectivity, ADAS and OTA has simply been too expensive to put into a mainstream vehicle programme,” Sikand noted.

“Drako architecture – founded specifically to eliminate that barrier – enables the addition of new features through a mere software push,” said Sikand, explaining that traditional vehicle designs are frozen when shipped, leaving engineering cycles four to six years old by the time cars reach consumers.

He mentioned, “Tesla proved what seemed impossible 10 years ago. It proved that a software-first vehicle architecture could deliver a better product at lower long-term cost. Chinese manufacturers took that lesson – specifically BYD – and industrialised it at scale.”

The executive explained that Drako’s DriveOS single-ECU platform replaces kilometres of wiring and dozens of isolated ECUs with a single USB backbone and commodity hardware, cutting cost, weight and carbon footprint.

During the panel discussion titled ‘Engineering in India for the World’, moderated by AutoAscend’s CEO Latha Chembrakalam, industry executives evaluated local development trends.

Manoj Aggarwal, Vice-President of Engineering at Maruti Suzuki India, observed that while central computing was once considered too costly, current focus centre’s entirely on software systems and exporting Indian products to Europe and Japan.

Aggarwal noted, “The ISO 26262 standard has been adopted and work is progressing on digital twins with Japan and Germany to deliver a global product. In vehicle dynamics, much work is taking place on virtualisation.” He added that Maruti Suzuki maintains a dedicated division to collaborate directly with startups.

Piyush Kende, Senior General Manager of Vehicle Integration at Tata Motors, emphasised that changing regulations and multi-fuel options are driving rapid engineering shifts. “SDVs are a new trend and are creating a need to work on them faster from India perspective,” Kende said, noting that Tata develops platforms in-house.

“Young engineers need to be pushed into innovation and IP creation. There is a gap regarding knowledge vis-à-vis real-world understanding,” he added and explained that regulatory frameworks encourage local engineering while global supply chain strategies protect against international disruptions.

Arjun Balasubramanian, Division Head of Product Development (PCR-OE) at Apollo Tyres, shared, “We are tackling geopolitical issues that add a different perspective to the supply chain, resources and engineering opportunities. We are also collaborating with academia regarding engineering, governance etc. We are also making patents and building technology.” He added that evolving tyre emission regulations require active academic and industrial research.

Ankur Sharma, Head of Platform Engineering at JSW MG Motor India, highlighted that vehicle development is no longer purely mechanical, remarking, “There’s AI at work.” Sharma explained that Indian testing includes unique local edge cases, stating, “We have had scenarios with a vehicle hitting a cow or vice versa as a test parameter that is unique to India. This could be applied to markets that face such a challenge.” He added that workforce availability and time-to-market demands make academic collaboration essential.

Addressing computer-aided engineering, Prajakta Khare, Technical Manager of Multibody Dynamics at Dassault Systemes, presented on Simulia Simpack.

L-R: Latha Chembrakalam, CEO, AutoAscend; Manoj Aggarwal, VP – Engineering, Maruti Suzuki India; Piyush Kende, Sr Gen Manager,

Vehicle Integration, Tata Motors; Ankur Sharma, Head – Platform Engineering, JSW MG Motor India and Hitesh Joshi, Head of Technology, Apollo Tyres.Your contribution played a pivotal role in making GTRC 2026 a resounding success. We deeply appreciate your trust and collaboration, and we look forward to welcoming you again as we continue to shape the future of the tyre industry together.

Khare noted, “Simulia Simpack is unique and delivers in terms of accuracy, efficiency, team automation and robustness, among others. In the face of challenges that include market pressure, complexity and diversity, this helps to do CAE led development, including in the area of vehicle dynamics.”

She added that Simulia resolves complex physical factors in software-defined vehicles, including high vehicle mass, regenerative braking, battery placement and tyre properties.

Dr Nagesh Poojary, Managing Director of IPG Automotive India, spoke on virtual validation ecosystems, warning that software recalls could cost the industry USD 30 billion to USD 35 billion in warranty expenses. “Doing real-world tests is not feasible while the need to test more is increasing,” Dr Poojary noted, explaining that continuous virtual validation under ISO 26262 enables manufacturers to handle software complexity efficiently.

In the safety and performance session moderated by Sharad Matade, Executive Editor of Motoring Trends, panellists examined two-wheeler engineering.

Vishwadev Muraleedharan, Head of Vehicle Dynamics at Simple Energy, pointed out that the rider constitutes 50 percent of total vehicle dynamics. “A technology like ABS is mandatory and there should be a clear line between the system intervening and not intruding in a two-wheeler,” Muraleedharan mentioned. He revealed that electric two-wheeler battery compartments form a critical structural part of the chassis and urged ground-up component design. He noted that Simple Energy utilises a mid-drive motor near the swingarm pivot to centralise mass near the centre of gravity.

Prithivi Raj S, Technical Manager of Vehicle Engineering at Raptee HV, agreed that two-wheeler packaging is complicated by high centre-of-gravity requirements. He suggested that Inertial Measurement Units could generate rider safety scores alongside managing ABS lean angles.

“We have engineered a huge battery box to get the Cente of Gravity (CG) right in terms of dynamics. The most underrated factor in ride and handling is tyre pressure. A tyre is not only for grip but also a significant part of the spring damper system,” Prithivi Raj averred, stressing that system interventions must not override driver control unpredictably.

In a panel on smart hardware and software moderated by Nilesh Wadhwa, Assistant Editor of Motoring Trends, Gopal Musale, Cluster Head of Digital Product Engineering at BMW TechWorks India, announced, “The use of software and hardware is at a point where more software will come in hereafter. Vehicle improvement is going to be closely linked to AI in the coming times and software updates will be over the air (OTA).”

Musale explained that BMW utilises digital twins and a six-degree-of-freedom simulator in Munich to evaluate vehicle behaviour virtually before building physical prototypes, saving significant time and testing costs.

Alexander Aydt, Senior Fellow for ADAS/AD Tooling at Vector Informatik, noted that AI accelerates code generation and object detection, such as identifying a child running behind a ball. However, Aydt emphasised, “Humans are still strong at predicting the unimaginable.” He added that software-defined architecture allows engineers to alter intrusive vehicle features with ease compared to rigid mechanical designs.

Darren Jeseritz, Senior Applications Engineer at MTS, presented on hybrid simulation and Model-in-the-Loop (mHiL) testing. Jeseritz explained that MTS hybrid simulation integrates physical hardware with virtual multibody models, enabling steering and suspension certification on virtual tracks before physical prototypes exist. He noted that four-corner systems allow for complete vehicle dynamics simulation in laboratory environments.

The commercial vehicle session, moderated by Bhushan Mhapralkar, Editor of Motoring Trends, addressed decarbonisation and efficiency. Rajaram Kumble, Section Manager at Volvo India, noted that Volvo evaluates safety for both occupants and pedestrians. He shared that systems like predictive cruise control deliver 5 to 7 percent efficiency gains, while Volvo Dynamic Steering reduces steering effort in heavy manoeuvres by up to 70 percent.

Ramakrishna Donakonda, Vice-President and Head of Powertrain and eDrives at Daimler Truck Innovation Centre India, contrasted European staggered regulations with India’s simultaneous regulatory deadlines, such as 2027 ADAS mandates.

Donakonda explained that OEMs prioritise scalable platforms, noting, “Ultimately, what is offered to the customer is what they want and at prices that are acceptable to them.” He added that commercial electric vehicle adoption remains governed by charging infrastructure availability.

M K Jain, Tyre Technologist at JK Tyre, observed that commercial vehicle technology is rapidly adopting passenger car innovations, including Tyre Pressure Monitoring Systems and ‘Tyre-as-a-Service’ models. Jain noted that as per-kilometre payment models expand, tyre manufacturers are transitioning into ongoing tyre managers rather than pure hardware suppliers.

Concluding the technical presentations, Dhanasekar Venkatesan, Senior Principal Application Engineer at Cadence, highlighted that compressed launch timelines push teams towards zero-prototype development. Venkatesan explained that Cadence provides the MSC Adams multibody dynamics tool – a 50-year-old software used in space programmes – to accurately predict motion, forces, durability and vibration under complex Indian road conditions.

The third Vehicle Dynamics Conference demonstrated that vehicle engineering has transitioned into an integrated ecosystem where software, virtual simulation and mechanical design converge to shape the future of global mobility.

KraussMaffei has appointed Xinting Ren as Managing Director of its extrusion business, effective 1 September, 2026, combining the role with his existing leadership of the group’s China operations.

Ren succeeds Ralf Benack, who left the company at his own request on 31^st August , ending a tenure of about two years.

The company said the dual appointment is intended to strengthen integration between its extrusion activities and international operations.

Ren has led KraussMaffei China for the past three years, overseeing cross-technology activities in the Chinese market. Before joining the group, he held several management roles in the chemical industry, including Assistant General Manager at KraussMaffei Company Limited, now operating as Sinochem Equipment Technology Qingdao Co., and most recently served as general manager of Shanxi China Coal Pingshuo Energy Chemical Co., Ltd.

Benack took over leadership of KraussMaffei Extrusion in 2024 and was responsible for the group’s global extrusion business. During his tenure, the company focused on operational processes and customer orientation, reducing delivery times and further developing the Technology Center at its Laatzen site.

The facility now offers 26 pilot lines for development and customer projects, and the company said it also expanded its extrusion technology portfolio.

From September, responsibility for the extrusion business and management of the China business will be combined under Ren’s leadership.

Nokian Tyres plc has introduced a new premium summer tyre, the Powerproof E, designed for Central and Southern European markets, with A-class ratings in all three European Union tyre label categories across its full range.

The company said the tyre achieves top grades for rolling resistance, wet grip and external rolling noise, reflecting a development approach aimed at balancing efficiency, safety and comfort within a single product.

“Whether the priority is maximizing range and efficiency or achieving confidence and comfort in wet conditions, drivers should not have to compromise on safety. The new Nokian Tyres Powerproof E is designed to deliver outstanding performance in the areas that matter most to drivers,” said Tommi Alhola, Senior Vice-President for Passenger Car tyres in Central Europe.

Samu Lepistö, development manager at the company, added: “Achieving A-class ratings in all three EU tire label categories across the entire range is a significant result. These characteristics are all important to today's drivers yet improving one can often affect another. Nokian Tyres Powerproof E was developed to deliver balanced performance across all three areas.”

The tyre incorporates what the company calls Motion Control Technology, combining tread design, compound development and structural engineering to support efficiency and wet-weather performance.

Depending on size, between 40.9 percent and 42.8 percent of the tyre’s material content consists of recycled and renewable inputs, including rice husk ash, recycled carbon black and recycled steel.

Production takes place at the group’s factory in Oradea, Romania, which opened in 2024 and operates with zero direct carbon dioxide emissions, powered by renewable energy.

The Powerproof E is designed for passenger cars, sport utility vehicles and crossover vehicles, including electric, hybrid and internal combustion models. It will be available in sizes ranging from 16 to 20 inches for the 2027 summer season in Central and Southern Europe.

Continental Tire Canada has appointed Frank Buntinx as its new Managing Director, effective 17 August 2026. In this executive capacity, he assumes comprehensive oversight of the organisation’s entire Canadian tyre portfolio, which encompasses passenger and light truck vehicles, commercial truck lines and specialised tyre segments. His leadership will guide the strategic direction and operational performance across these diverse business units.

A native of Belgium, Buntinx brings over two decades of tenure with Continental, having commenced his career there in 2003 within logistics and supply chain management. Over the years, he has accumulated a broad commercial skillset through successive roles in marketing, pricing strategy, business analytics, fleet operations and sales. His professional trajectory later elevated him to senior leadership positions in the Benelux region, where he directed marketing efforts and subsequently headed Fleet Solutions and Truck Tires, thereby acquiring multifaceted management expertise.

This transatlantic appointment signifies a pivotal career transition for Buntinx, offering him the chance to infuse the Canadian market with an international vantage point. His arrival is anticipated to bolster Continental’s regional presence, leveraging his extensive cross-functional background to navigate the complexities of the domestic tyre industry and drive organisational growth.

“I am truly excited to join Continental Tire Canada and begin this new chapter. Continental has built a strong business and reputation in the Canadian market, and I look forward to working alongside our talented team to build on that success, strengthening Continental's position while supporting the growth and success of our customers,” said Buntinx.

Sumitomo Rubber Industries, Ltd., which operates the Dunlop brand, will discontinue the supply of karting tyres by the end of 2027 as part of a strategic review of its business and allocation of management resources.

The company said it would continue supplying products to existing customers until December 31, 2027.

Dunlop has produced karting tyres since 1976, supplying products homologated by the Commission Internationale de Karting-FIA (CIK-FIA), under the Fédération Internationale de l’Automobile, as well as tyres accredited by the Japan Automobile Federation.

The company said its products had supported a wide range of users, from recreational drivers to young drivers aiming to compete at higher levels, and had contributed to the development of karting participation.

It added that the decision followed a review of its medium- to long-term management strategy and changes in the business environment.

The group said it would continue to contribute to motorsport activities, while expressing appreciation to customers and organisations that had supported its karting tyre business.