The Anand Group, a key player in the Indian auto components space, has announced the passing away of its Founder and Chief Mentor Deep C Anand on 25 October 2024 at the age of 91. 
The final prayers were held on 27 October 2024 at the company head office in Hauz Khas, Delhi. 
Established in 1961 as a small enterprise, the Anand Group has grown to operate automotive component companies across India in strategic collaboration with some of the best global automobile suppliers. 
An alumnus of Bishop Cotton School in Shimla, Anand did his mechanical engineering from Chippenham College of Technology, UK. He began his stint in the auto sector as a plant manager in 1954 with Mahindra & Mahindra in Mumbai. 
His first enterprise Gabriel was established in collaboration with Maremount Corporation of USA at the age of 27. 
Starting with the manufacture of shock absorbers thus, Anand went to establish a model of successful partnerships with many other global tier 1 suppliers to expand his group’s involvement in the Indian auto sector. 
Present in the hospitality sector other than the auto sector, the Anand Group recorded a revenue of INR 23,320 million in FY2021-22 as a publicly listed company. 

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BWI Group has introduced an automated mode for its Semi-Active Roll Control (SARC) system, designed to address the weight challenges of modern SUVs and battery electric vehicles (BEVs). The update allows a vehicle's anti-roll bar to disconnect and reconnect on demand while driving.

For the unversed, BWI Group was incepted in 1909 as Dayton Engineering Laboratory Company (Delco). It is said to have created the first reliable electric self-starter for the global automotive market, and is now currently owned by China’s Beijing West Smart Mobility Zhangjiakou Automotive Electronics Co, led by Zhang Jia Kou Financial Holding Group (ZJKFH) and an assembled syndicate of key investors.

The SARC system aims to resolve the engineering conflict between ride comfort and handling. As SUVs now account for over half of European car registrations and BEVs weigh significantly more than internal combustion counterparts, chassis engineers have historically used stiff stabiliser bars that can compromise comfort.

Operational Data and Speed

The new mode uses vehicle data – including steering angle, speed, lateral acceleration, and yaw rate – to manage the anti-roll bar. During high-speed cornering, the system reconnects the bar in less than 200 milliseconds. When the bar is disconnected during normal driving, the vehicle maintains a more compliant ride.

At the centre of the technology is a rotary actuator and a self-contained hydraulic mechanism. Unlike mechanical alternatives, this hydraulic setup allows for connection and disconnection even when wheels are positioned at different heights. The system also features self-centring technology to ensure engagement across all suspension travel.

SARC is currently in production for several platforms, including the GWM Tank series. BWI Group expects the automated functionality to increase adoption in the SUV and BEV sectors, where managing vehicle mass is a priority for manufacturers.

Bruno Perree, Engineering Manager, BWI Group, said, “Chassis engineers are continually trying to improve road handling and comfort, but the two goals are often incompatible. The latest update to SARC removes that compromise, allowing engineers to optimise the roll bar purely for handling as it will be disconnected the majority of the time. This not only improves comfort but also adds significant off-road capability, which can be a key competitive differentiator in a crowded SUV market.”

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German automotive component supplier ZF India has secured a contract from an Indian original equipment manufacturer (OEM) to supply the AxTrax 2 LF electric portal axle. The technology will be utilised in 11-metre city buses and 18-metre articulated buses for domestic and export markets.

The nomination, confirmed in October 2025, involves a multi-year programme for several thousand units, with deliveries scheduled to begin in 2026.

The AxTrax 2 LF integrates propulsion, braking and suspension within a single unit. This architecture replaces the engine, transmission, and conventional axle, increasing space for passengers and batteries. The system uses the same mounting points as previous generations, allowing for backward compatibility.

The unit is built on a modular platform featuring:

• Dual PMS Motors: Two permanent magnet synchronous hairpin motors.
• Inverters: Two 800V Silicon Carbide (SiC) inverters.
• Power Output: Continuous power variants of 260 kW and 360 kW.
• Torque: Peak torque of 36,800 Nm.

An oil cooling system with an integrated e-pump manages temperature and lubrication to maintain performance. The system is compatible with battery-electric, hydrogen fuel cell and trolley bus configurations.

The axle includes software for torque vectoring, regenerative braking, hill hold, and axle condition monitoring. It is designed to meet ISO 26262 functional safety requirements and cybersecurity standards. The electronics are capable of receiving over-the-air (OTA) updates.

Akash Passey, President - ZF Region India, said, “AxTrax 2 LF enables OEMs to design buses that maximise passenger and battery space while delivering superior efficiency and reliability. Its compatibility with battery-electric; fuel cell and trolley bus platforms enable ZF to address the zero-emission mobility aspirations and reinforces the country’s emerging role in next-generation commercial vehicle technology.”

Paramjit Singh Chadha, Senior Vice-President - CVS, ZF Group (Region India), said, “By combining propulsion, braking, suspension, low noise, comfort, safety and intelligent electronics within a compact architecture, ZF helps OEMs simplify vehicle design and accelerate development timelines. Our focus remains on partnering with customers to enable reliable, efficient and future-ready solutions for zero-emission transportation in India.”

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Tier 1 automotive supplier Forvia Hella has appointed Juan Manuel Molla as the new Managing Director Lighting and member of the Management Board, effective 1 March 2026.

He succeeds Bernard Schaferbarthold, who has held responsibility for the Business Group Lighting on an interim basis, and has stepped down from the Management Board on 15 February 2026.

Molla, joins the company with over three decades of experience in the automotive industry. He has held leadership roles at various manufacturers and suppliers, most recently serving as Chief Commercial Officer at Marelli.

In his new role at Forvia Hella, Molla will oversee the strategic development of the lighting business, focusing on market requirements and technological innovation.

Dr.-Ing. Wolfgang Ziebart, Chairman of the Shareholder Committee, said, “With Juan Manuel Molla, we are gaining a highly experienced leader who brings strategic foresight, many years of industry experience, and a deep understanding of the needs of our customers as well as of international markets to the company. We are therefore very pleased to welcome Juan Manuel Molla to Forvia Hella and are confident that he will successfully continue – and further accelerate – the strategic development of the Lighting business in a dynamic and challenging market environment.”

Juan Manuel Molla stated, “I am very grateful for the trust placed in me. The automotive industry is undergoing profound transformation – which will bring changes, but above all great opportunities for the future. Our goal is therefore to respond to new market requirements with agility and flexibility, to consistently strengthen our competitiveness, and to drive the development of lighting innovations that are technologically pioneering and yet affordable. The greatest asset of Forvia Hella’s Lighting business is the expertise of our colleagues worldwide. I look forward to working with them to tackle these tasks and to shape the future of the Business Group Lighting together.”

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Bengaluru-based TSUYO Manufacturing has launched its new portfolio of electric motor and powertrain technologies aimed at the light commercial vehicle market in India. The release focuses on modular design and local innovation to support electrification in the three-wheeler segment.

The company introduced its Gen 3.0 IPM motor and controller architecture, which it claims includes external Hall sensor placement and split-phase cabling to manage heat dissipation and reliability. The controller features an aluminium cast housing for thermal performance, an external bootloader for software updates and an LED system for diagnostics. The architecture also utilises upgraded MOSFET technology for high-performance applications.

TSUYO announced several technologies designed to improve vehicle efficiency and resource independence:

• Automated Manual Transmission (AMT): An AMT solution for electric three-wheelers intended to improve range, load handling, and gradeability.
• SynRM Motor: A patented magnet-less motor featuring a rotor architecture that reduces reliance on imported rare-earth materials.
• Hairpin Winding: This technology increases power density, claiming a 20% increase in performance and extended motor life.
• Axle Technology: A flat tube axle with a gear interface for L3 and Mini-L5 vehicles to improve load capacity.

Vijay Kumar, Co-Founder and CEO, Tsuyo Manufacturing, said, “India’s electric mobility journey, especially in the three-wheeler segment, demands solutions that are engineered for reality—not mere specifications on paper. At TSUYO, this launch represents a decisive step in moving India’s EV ecosystem from assembly-led adoption to engineering-led innovation. Every product we are unveiling today has been designed to address the unique operating conditions, cost sensitivities, and performance expectations of Indian vehicles and end users.”

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