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Carmakers are turning away from steering wheels

Carmakers are turning away from steering wheels

By Stephen Williams, New York Times  September 4, 2020

Forward thinkers in the automotive cosmos are predicting that, after more than a century as a cockpit staple, the steering wheel will go the way of leaded gas, a victim of “disruptive processes,” replaced by artificial intelligence. Essentially, there won’t be one.

For now, the steering wheel continues to link driver and car. Wrapped in soft leather or lush Alcantara, it might be something we caress. Sometimes we smack it in frustration. We spin it with two hands, or sometimes with two fingers, or sometimes our knees.

Besides the seat, it’s the only component in the vehicle with which we have intense physical contact, said Hans-Peter Wunderlich, creative director for interior design at Mercedes-Benz.

“The fingertips feel little things that we normally don’t notice,” he said. “If an unevenness is disturbing or the steering wheel does not fit snugly in our hands, we don’t like it.”

The German brand, one of many carmakers heavily researching an autonomous driving future, has not abandoned the steering wheel yet. But it is outfitting it with new high-tech touches. Arriving this year in the E-Class range is a wheel that houses a dual-zone sensor that can detect if the driver’s hands are on it. Additional touch control sensors are incorporated into the spokes that activate digital signals for a variety of safety functions.

“If you’re in automated mode, with the sensors we can detect the driving situations and we don’t have to disturb the driver,” said Marcus Fiege, manager of Mercedes’ steering wheel development, who is based in Stuttgart, Germany.

Following suit

Certainly, the technologies that are featured in the E-Class will appear in future Mercedes models and filter to other brands. Those carmakers, including Ford, Tesla and General Motors, also are looking beyond the near horizon.

Cruise, the autonomous-car unit of GM, has asked the National Highway Traffic Safety Administration to allow the company to test a limited number of autonomous vehicles without steering wheels. The agency said it is reviewing GM’s petition.

But some driving habits — honed over a century — die hard. A steering wheel represents a degree of comfort and control. And some buyers have certain ideas about them.

“Thick. They want a thicker wheel,” said David Yavel, a client adviser at Rallye BMW in New York City. “Not in terms of diameter or circumference, but in terms of a thick nappa leather grip. And heated. A heated steering wheel is now a must for most customers.”

For a device that seems essentially straightforward, the modern steering wheel is really quite complicated. It has sprouted a vast array of buttons, levers for cruise control and headlamp flashing, paddle shifters, chopped-off bottoms, containers for air bags and, yes, heat coils.

It wasn’t always like this.

The patent motorcar of Carl Benz was “steered” with a crank, or tiller-like mechanism, that pulled the wagon to the right or left. That was 1886. By 1894, French engineer Alfred Vacheron had devised a more “futuristic” method of control: His Panhard, entered in the Paris-Rouen road race that year, was equipped with a steering wheel. The wheel was a sensation.

By the turn of the 20th century, the Vacheron invention had become ubiquitous in the motoring universe. But the evolution was just beginning. The steering column was afforded a tilt, easing entry and exit, and a turn-signal lever was added to the horn ring. In the 1950s, the column-mounted gearshift lever — affectionately known as the “three on the tree” — took center stage behind the steering wheel, where it lived until migrating to the floor after bucket seats became popular a couple of decades later.

By Rajendra Prasad

Dr Rajendra Prasad - a technocrat having served for life with India's premier scientific and technological research agency, Council of Scientific & Industrial Research (CSIR) has established his consulting firm, Merit India Consultants P Ltd (henceforth 'MERIT-INDIA'). Dr Prasad superannuated from CSIR as Head 'of International Scientific Affairs at the end of 2007. The main aim of setting up of 'MERIT-INDIA' as well its portal 'TECHNOLOGY-PATENT.COM' is to enhance global competitiveness of industry and businesses by managing their innovation successfully. Dr Prasad brings in his rich and diverse experiences in technology related domains and wide range of international exposure.

Besides CSIR, where he had his basic grounding, Dr Prasad also held important positions with other important institutions from time to time either on loan or on deputation as detailed below:

- World Bank (2008) for strengthening 'science and technology' in Africa

- The British Council (1998) for strengthening scientific cooperation between India and UK. and for implementing a prestigious higher technical education project in India

- Ministry of Science & Technology (Govt. of India) (1987-90) for strengthening research and development in Indian industry

Starting as an active bench scientist, Dr Prasad contributed in development of a number of pesticide technologies that were successfully transferred to industry for commercial production in India. Later he was exposed to a wide range of industries and assessment of critical technologies in different sectors, viz., energy (coal & petroleum), drugs and pharmaceuticals, cement, fertilizers, carbon / acetylene black, environment, polymers, refrigeration and air-conditioning, electronic and electrical components etc.

Dr Prasad has strong interest in 'environmental and science policy issues' and also founded 'Indian Network for Soil Contamination Research' which has about 200 members from across various scientific and research institutions in India. He is on the board of 'Pacific Basin Consortium for Environment and Health'

http://pbc.eastwestcenter.org/members/prasad.html

Dr Prasad is a Registered Patent Agent with the Government of India's Patent Office and is adept in performing work on patent applications related to many fields.

He has also been recently designated as SCIENTIFIC ADVISER to the Controller General of Patents & Trade Marks in India.

Dr Prasad is widely traveled throughout the world in connection with his official duties as well as for scholarly networking.

On this FORUM, Dr Prasad represents as an official representative of Carl Benz School of Engineering, Karsruhe, Germany and offers free counselling to school finalists aspiring to get into this elite school for higher studies.