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ROLLS-ROYCE AND ELECTRIC POWER: A PROPHECY, A PROMISE AND AN UNDERTAKING

Rolls-Royce reflects on heritage of electric power ahead of historic announcement. Electrification has long been promoted as the future of automotive propulsion. Ahead of further official statements, we invite the media to reflect on the marque’s unique heritage in electric power, which pre-dates the founding of Rolls-Royce the company itself, and involves many of the principal protagonists whose names are forever associated with it.

  • Rolls-Royce reflects on heritage of electric power ahead of historic announcement
  • Extraordinary prophecy of founding father, Charles Rolls, revealed
  • Rolls championed electric cars in 1900, deeming Columbia model best of its type
  • Royce, one of the first electrical engineers, supplied motors to earliest electric cars
  • CEO, Torsten Müller-Ötvös, pledged to bring Rolls-Royce electric this decade
  • Visit www.rolls-roycemotorcars.com on 29 September at 13.00 BST for the next chapter in this story

“In April 1900, our founding forefather, Charles Rolls, made a prescient prophecy about automotive electrification.  Move forward over 120 years to when I made a public promise, on the record, that we would bring the first fully electric Rolls‑Royce to market within the current decade.  And, right now, our company is embarking on an historic undertaking to create the first, super-luxury car of its type.  This will happen sooner than many thought possible, through the incredible skills, expertise, vision and dedication of our engineers, designers and specialists at the Home of Rolls-Royce.

“In this ground-breaking endeavour, we are drawing on a remarkable heritage, unique in our industry.  Our founders and those who worked alongside them in the marque’s formative years were all important pioneers of electric power, as well as their era’s leading experts in automotive engineering.  As we herald a new electric future at Rolls-Royce, I am proud and humbled to share their inspiring stories, which have never been told in one place before, and shine a fresh and fascinating light on our company’s earliest days.”

Torsten Müller-Ötvös, Chief Executive Officer, Rolls-Royce Motor Cars

INTRODUCTION

Electrification has long been promoted as the future of automotive propulsion.  Mainstream manufacturers are increasingly embracing hybrid and battery electric vehicle (BEV) technology, supported by the expansion of national charging infrastructures.

To date, Rolls-Royce has communicated its electrification strategy in three simple statements:

  • The marque will introduce an all-electric car this decade (2020 – 2030).
  • This car will be a pure BEV, not a hybrid of any kind.
  • It will be launched only when the time is right, and every element meets Rolls-Royce’s technical, aesthetic and performance standards.

There is considerable interest and media speculation surrounding Rolls-Royce’s plans.  Ahead of further official statements, we invite the media to reflect on the marque’s unique heritage in electric power, which pre-dates the founding of Rolls-Royce the company itself, and involves many of the principal protagonists whose names are forever associated with it.

WHY ELECTRIC POWER?
The internal combustion engine (ICE) was not the only, nor the default, means of propulsion for early motor cars at the beginning of the 20th century.  Indeed, in the early 1900s engineers and manufacturers initially divided their loyalties precisely between three competing technologies: the ICE, steam power and electricity.

Steam power, though well understood, relatively sophisticated and, at the time, ubiquitous in industry and other forms of transport, quickly proved less practical for use in motor cars.  It therefore fell to internal combustion and electricity to vie for supremacy.

Electric power lost the battle for two main reasons: extremely limited range and the absence of a charging infrastructure.  A century later, despite significant advances, these remain as barriers to widespread adoption (although increasingly less so), both in terms of technology and consumer perception.

But the characteristics that first drew engineers to electric power – silent operation, instant torque, tremendous power and the absence of exhaust fumes – remain highly alluring, particularly for luxury motor cars.  Indeed, some have speculated that, had he been able to solve the range and charging issues, Sir Henry Royce might have chosen electric power alone for his motor cars.

The innate and perfect suitability of electric power underpins the marque’s explicit commitment to deliver an all-electric Rolls-Royce this decade.  In doing so, it can draw on a unique history and heritage; a connection with electric power that pre-dates the company itself, and featuring the main protagonists who would, between them, create the world’s most famous automotive brand – beginning with Sir Henry Royce himself.

SIR HENRY ROYCE
Born in 1863, Henry Royce was one of the world’s first electrical engineers.  After his apprenticeship with the Great Northern Railway was cut short for family financial reasons, he worked briefly as a toolmaker at Greenwood & Batley in Leeds, where he first developed an interest in electrical power.

In 1881, he joined the Electric Light & Power Generating Company (EL&PG) in Southwark. During this time, he attended evening classes in electrics at the City & Guilds of London Institute, having received only a year of formal schooling as a child.  A year later, aged just 19, he moved to the EL&PG’s new subsidiary, the Lancashire Maxim-Weston Electric Co. Ltd, as Chief Electrician, providing street and theatre lighting to the city of Liverpool.  But within two years, the company folded, and the famously driven, hardworking Royce struck out on his own.

His new enterprise, F H Royce & Co, initially made small electrical appliances such as doorbells, lamps, fuses and switches.  The business thrived, and was soon producing larger, more complex devices including dynamos, electric motors and winches.  In 1902, Royce supplied electric motors for Pritchett & Gold, a London-based battery-maker that had diversified into building electric cars.

Though Royce himself never built or owned an electric motor car, he created internal combustion engines that delivered the driving experience we associate with electric propulsion today: effortless torque, silent running and the sensation of one continuous, powerful gear. His technical expertise and pioneering achievements underpin the marque’s historical claim as a world leader in electrification in both luxury and social settings.

THE HONOURABLE CHARLES ROLLS
The Hon. Charles Rolls was also a highly gifted engineer; but his enthusiasm for electricity began even earlier in life.  When he was just nine years old, he rigged up an electric bell between his bedroom and the stables at The Hendre, the family’s ancestral home in Monmouthshire.  He also planned and supervised the installation of electricity in the servants’ quarters; deploying the powers of salesmanship that would later make him world-famous, he persuaded his father, Lord Llangattock, to pay for it.

Rolls’ passion for motor cars was equally precocious.  In 1896, aged 18, he travelled to Paris and bought his first car, a 3¾ hp Peugeot Phaeton. Two years later, while still an engineering student at Cambridge, he acquired his only electric-powered car, an American-made vehicle called The Columbia Electric Carriage, imported into the UK by Paris Singer (heir to the sewing machine dynasty) and sold as the ‘City & Suburban’ car. Rolls regarded this as the best then available.

In an interview published in The Motor-Car Journal in April 1900, Rolls described electric propulsion, in terms that, over a century later, carry the ring of prescient prophecy:
“The electric car is perfectly noiseless and clean.  There is no smell or vibration, and they should become very useful when fixed charging stations can be arranged.  But for now, I do not anticipate that they will be very serviceable – at least for many years to come.”

Rolls made his own small contribution to solving the problem, by providing a battery-charging station at his car showroom on Lillie Road in Fulham for the private or rentable electric Broughams that were all the rage in London at the time.

In 1904, Charles Rolls agreed to become an agent for the Contal Electromobile electric car.  But on meeting Henry Royce and seeing his new motor car, he cancelled the agreement.

As he correctly predicted, it would be a long time before electric vehicles became truly viable on any scale.  But it is tempting to think that had this visionary entrepreneur survived the air crash that claimed his life at the young age of just 32, the day might have come rather sooner.

A SERIES OF CONNECTIONS
While Rolls and Royce are immortalised as the founders, others, perhaps less well-known, were intimately and crucially involved in the events that led to the creation of the Rolls-Royce marque.  They, too, were luminaries in the worlds of motoring and electric power around the beginning of the 20th century; history and the marque are indebted to all of the following:


HENRY EDMUNDS
In his early career, Henry Royce worked for Brush Electrical Engineering Company Ltd, where he met Henry Edmunds, the company’s engineer.  Edmunds earned his place in history when, on 4 May 1904 at the Midland Hotel in Manchester, he announced: “Mr. Royce, may I introduce you to Charles Rolls”.

The man who would be remembered by posterity as ‘The Godfather of Rolls-Royce’ was a towering figure in his own right.  A friend of Joseph Swan (the inventor of the incandescent lightbulb) and Thomas Edison (the inventor of almost everything else), he was a pioneer of electric lighting, traction and telephony, and was present at both the first successful sound recording and telephone call.  He also brought into being the world’s first electrified underground railway, when he persuaded the engineer in charge of London’s City & Southwick Railway (now the City branch of the Northern Line) to operate trains powered by electricity rather than steam.

In 1888, Edmunds established W T Glover & Company, which became the world’s leading manufacturer of electricity cabling.  In 1894, he supplied lighting cables for a vast dock complex and industrial estate (the world’s first) serving the Manchester Ship Canal: the lighting itself was designed and installed by Henry Royce.

No proof exists that Edmunds played any part in the development of Royce’s motor cars. He was, however, the most experienced motorist among Royce’s friends and colleagues, so presumably offered expert advice and encouragement as Royce painstakingly turned his ideas into reality.


E A CLAREMONT
Conventional wisdom states that Royce co-founded F H Royce & Co with a partner, E A Claremont.  However, research has shown that Claremont joined the company some six months after its formation; Royce himself wrote, ‘I was induced to found… a small company in my own name’ and none but his was ever used.

While the original myth may be flawed, it is certainly true that the two men’s careers were closely entwined for many years.  Claremont was a partner in F H Royce & Company, Joint Managing Director of F H Royce & Company Limited, Chairman of Royce Limited and the first Chairman of Rolls-Royce Limited; both were also Members of the Institute of Electrical Engineers.


CLAUDE JOHNSON
Broad-shouldered, extroverted and a talented salesman, Johnson was the self-styled ‘Hyphen in Rolls-Royce’.  In 1903, he quit his role as secretary of the Automobile Club of Great Britain & Ireland – whose members included the aforementioned Henry Edmunds – to work for Paris Singer’s City & Suburban Electric Carriage company.

After less than a year, however, Johnson left to join C S Rolls and Co, later becoming Managing Director of Rolls-Royce Ltd.  He was responsible for much of the company’s early publicity: in advertisements produced for the UK and US markets, he described Rolls-Royce as ‘a petrol car as smooth and quiet as an electric’.  And to complete the symmetry, Paris Singer became the world’s first owner of a Rolls-Royce motor car.

ELECTRIFICATION IN THE GOODWOOD ERA
In the spirit of these founding figures, Rolls-Royce Motor Cars remains an electrification pioneer today.  When the first production fully electric Rolls-Royce reaches the market, it will be the culmination of research and development work that has been in progress at the Home of Rolls-Royce at Goodwood, for well over a decade.


2011 – PHANTOM EE (102EX)
In 2011, the marque released Phantom Experimental Electric (EE), codenamed 102EX; a fully operational and road-legal battery-electric version of its pinnacle product.

Phantom EE was never intended for production, serving instead as a working test-bed for clients, VIPs, the media and enthusiasts to experience electric propulsion and share their experiences, thoughts and considerations directly with Rolls-Royce designers and engineers.

The car’s 6.75-litre V12 petrol engine and gearbox were replaced with a lithium-ion battery pack and two electric motors mounted on the rear sub-frame, connected to a single-speed transmission with integrated differential.  This system gave a maximum power output of 290kW and torque of 800Nm, compared to 338kW and maximum torque of 720Nm, delivered at 3,500rpm, for the V12 Phantom of the time.

While Phantom EE drew widespread acclaim for its technical accomplishment, particularly its near-total silence and impressive torque delivery, its limited range, long charging cycles and three-year battery life remained significant hurdles that Rolls-Royce would need to address in order to satisfy the expectations of its clients.


2016 – ROLLS-ROYCE VISION NEXT 100 (103EX)
Launched in 2016, this radically innovative concept car set out to define the marque’s long-term vision of luxury mobility.  It presented the motor car as offering truly individualised personal mobility, and an immersive emotional and sensory experience.

103EX was built around four key design tenets:
Coachbuilt bodywork will allow clients to commission a car that reflects their personal vision.  A virtual assistant and chauffeur powered by artificial intelligence offer an effortless journey. The interior creates a Grand Sanctuary, crafted from rare and exclusive materials.  And with its size and scale – 5.9 metres long and 1.6 metres high – the car ensures a Grand Arrival on reaching its destination.

Built on an advanced lightweight platform and powered by a proprietary, all-electric drive train, the motor car is completely autonomous.

The EX-suffix confirms that 103EX was a purely experimental car, never destined to enter production.  Following a spectacular debut in London, the car embarked on a three-year world tour, returning to the Home of Rolls-Royce at Goodwood in 2019.

Visit www.rolls-roycemotorcars.com on 29 September at 13.00 BST for the next chapter in this extraordinary story.

GMC EXPANDS EV LINEUP, OFFERS FIRST LOOK AT ELECTRIC SIERRA DENALI

GMC EXPANDS EV LINEUP, OFFERS FIRST LOOK AT ELECTRIC SIERRA DENALI

GMC has given the first look at its upcoming all-electric Sierra Denali pickup truck (availability announced at a later date), previewing the truck’s unique and premium exterior lighting sequence.

The electric Sierra, which will launch in the popular Denali trim, will be the third all-electric vehicle in GMC’s portfolio after the GMC Hummer EV Pickup (initial availability Fall 2021) and GMC Hummer SUV (initial availability early 2023).

GMC EXPANDS EV LINEUP, OFFERS FIRST LOOK AT ELECTRIC SIERRA DENALI

“Sierra Denali holds tremendous equity for GMC and our customers,” said Duncan Aldred, GMC Vice President. “We now will have an opportunity to evolve Sierra’s capabilities and technologies, as afforded by transitioning to an all-electric propulsion, while also elevating the luxurious design and comfort Denali is associated with.”

Like the GMC Hummer EV, the electric Sierra will be purposefully built on the Ultium Platform with the premium materials and capability customers have come to expect from GMC trucks.

racebird-electric-powerboat

E1 Series and PIF announce partnership to create world’s first electric powerboat championship

Electric Sea Racing Limited (‘E1 Series’) and Public Investment Fund (PIF) have entered into a partnership that will see PIF support in creating the world’s first electric powerboat racing championship.

The news was revealed today during a virtual launch event, where E1 Series organisers also unveiled the new design of the electric RaceBird powerboat ahead of World Oceans Day on June 8.

The partnership represents a significant step forward in the long-term development of the championship, providing a strong foundation on which to build from and enabling the series to further accelerate preparations for the inaugural season, scheduled to take place in early 2023 – with Saudi Arabia to be one of the considered race locations.

As a major contributor to the global economy and partner of choice for innovative companies and investors, PIF’s investment in E1 is in line with its 2021-2025 strategy announced earlier this year, which focuses on 13 key strategic sectors, including sports and entertainment, and renewable energy. This includes major investments in renewable energy companies, such as ACWA Power and the Sudair Solar Energy project, as well as in the development of electric vehicles through its investment in Lucid Motors.

Series creators Alejandro Agag, Chairman of E1, and Rodi Basso, CEO of E1, were both joined live in the studio by the President of the Union Internationale Motonautique (UIM) Raffaele Chiulli, as well as SeaBird Technologies Founder Sophi Horne, and Founder & CEO of Victory Marine Brunello Acampora to present the RaceBird powerboat.

The vessel is a completely new design and was co-created by Horne and Acampora following an extensive validation process. The RaceBird is inspired by nature and birds flying low over the water and features an outboard motor, enclosed safety canopy and hydrofoil technology.

Using innovative hydrofoil technology, the electric RaceBird powerboats will rise high above the water’s surface, allowing for minimum drag and maximum energy efficiency. Being lifted above the waves will not only improve performance, but it will also promote close and competitive racing with a reduced wake when following an opponent.

The RaceBird is specially designed for foil-to-foil racing and is capable of reaching speeds up to 50 knots (93 km/h or 58 mph), with pilots showcasing their skills using tight and technical circuits located close to shore in the heart of urban areas.

With the design now validated, the RaceBird has entered into the production phase with the expert engineers at Victory Marine concentrating their efforts and resource over the coming months on manufacturing a full fleet of race-ready electric powerboats.

Alejandro Agag, Co-Founder & Chairman of E1, said: “It gives me great pleasure to welcome on board PIF as a new partner in this exciting venture. To get the backing of PIF at this early stage of development emphasises the importance of our mission to electrify marine mobility. With the new design of the RaceBird boat you see today, we hope to accelerate change in the marine industry and provide sustainable solutions for future leisure craft. The new powerboat that Sophi and Brunello designed looks like a spaceship. I’ve compared electric racing cars to podracers from Star Wars in the past, but the RaceBird looks even more futuristic. Working together with PIF, I look forward to ushering in a new era of electric powerboat racing.”

Rodi Basso, Co-Founder & CEO of E1, said: “We’re thrilled to be working together with PIF to jointly shape the future direction of powerboating. Forming a strong partnership with a global investment powerhouse such as PIF provides a solid foundation on which to build a new sport. The RaceBird presents a unique challenge and one that the teams at SeaBird Technologies and Victory Marine have delivered on. They’ve managed to develop an innovative powerboat with an eye-catching design and factored in practical solutions ready to go racing. Shortly we’ll also be announcing our powertrain and electronics partners; we’re on schedule to hit the water soon.”

Commenting on the announcement, HE Yasir Al-Rumayyan, Governor of the Public Investment Fund, said: “This exciting investment in a new premier sport format aligns with our strategy to enable innovation globally and unlock new industries, as well as build strategic partnerships with real value add to Saudi Arabia. We believe our support for future sports will also contribute to the growth of various sectors globally.

“Our partnership with E1 will help drive the development of innovative sustainable technology, which in turn positions Saudi as an enabler in the industries of the future and the creation of new opportunities.”

Sophi Horne, Founder of SeaBird Technologies, said: “It’s amazing to finally be able to share the new RaceBird design with the world. Obviously, I’ve seen it on a screen quite a lot in the past few months! But it’s great to show the new look of the boat that the pilots will race with. The bodywork and shape of the vessel is inspired by nature and birds flying above the water’s surface. What has been interesting is trying to find a balance between how you envisage the design and combining that with optimising both performance and efficiency. The solution we settled on fortunately doesn’t compromise on either the looks or performance capabilities.”

Brunello Acampora, Founder & CEO of Victory Marine, said: “Today’s announcement is the result of many months of hard work, creating a completely new design and simulating it in a competitive racing environment. I’ve really enjoyed working together with Sophi to produce the vessel that will compete in the world’s first electric powerboat championship. Now that the design has been fully validated, we’ll begin engineering and manufacturing the boats in preparation for prototype testing and ready for the teams to receive their first delivery. For us at Victory Marine, the E1 Series is the greatest test bench for cutting-edge solutions that will change the future of navigation forever.”

Dr. Raffaele Chiulli, President of the UIM, said: “At the International Powerboat Federation, we’re delighted to be part of this groundbreaking development in the powerboating sport. The futuristic RaceBird design combined with the use of hydrofoil technology in the E1 Series reflects the pioneering spirit of this initiative and are an inspiring answer to today’s challenges facing marine mobility. It’s an exciting moment for our sport and I cannot wait to see the RaceBird on the water.”

Released ahead of World Oceans Day, the RaceBird acts as a symbol of the future ambitions of the E1 Series, to revolutionise marine mobility and reduce the pressures being placed on fragile underwater ecosystems across the world.

The next major milestone in the RaceBird development is in September when the covers come off the first full-scale model at the Monaco Yacht Show, before the start of prototype testing which is set to get underway later this year.

E1 were advised by Shoosmiths law firm and financial advisers PJT Partners.

Fibonacci, the 200 kW electric super asymmetric catamaran
Turin’s Icona Design last popped up on our radar with an insanely expensive, v8-engined supercar prototype called the Vulcano whose entire bodywork was fashioned from raw titanium. Now, it’s back with an electric yacht design inspired by “the numbers of nature.”

The Icona Fibonacci, a catamaran design out of Turin, Italy 

Icona Design

The Icona Fibonacci is an asymmetrical catamaran. Its chief nod to the Fibonacci sequence would appear to be a pair of sprawling ornamental staircases that wrap themselves around the sides giving access to the flying upper deck and the helm. It might have made more sense to call it the Steinway because its roof lifts off like the lid of a grand piano and the overall shape reminds us more of that than of a seashell.

Still, this 55-footer (16.7 m) is a beauty to look at in the renders, reasonably compact but with defined areas for socializing, sunbathing and below-deck privacy.

The Fibonacci is a 55-foot asymmetrical catamaran concept with 400 kW of electric propulsion
Icona Design

It would be powered by a pair of 200-kilowatt (270-hp) electric motors, running off a pair of 340-kWh battery packs that make it suitable for weekend cruises with around 12 hours of cruising and another 12 hours of sitting about enjoying yourself. Pure range would be about 150 miles (240 km) when cruising at 10 knots (11.5 mph, 18.5 km/h). Charging could supposedly be accomplished in 20 minutes according to the company, but that seems like a ludicrous miscalculation to us.

Extending the range may be possible using a polymer electrolyte hydrogen fuel cell arrangement that keeps things relatively eco-friendly while seriously upping the energy density – although you’ll have to give up some space below deck to go that way.

Will this one make it to the prototype stage, or will it merely serve as a portfolio piece for Icona and its partners Hydrotec, Terra Modena, ASG Power and Studio RPR? It’s hard to say, but it sure is a nice thing to look at.

 Seoul, Korea., February 6, 2020 — Today, Genesis announced that the 2020 G90 and Mint Concept won 2019 GOOD DESIGN® awards in the Transportation category. Genesis has been a GOOD DESIGN® award winner for five consecutive years including the G90 in 2015, the Vision G concept in 2016, the GV80 concept in 2017 and the Essentia concept & G70 in 2018.

2020 GENESIS G90 AND MINT CONCEPT NAMED GOOD DESIGN® AWARDS WINNERS

2020 GENESIS G90 AND MINT CONCEPT NAMED GOOD DESIGN® AWARDS WINNERS

2020 GENESIS G90 AND MINT CONCEPT NAMED GOOD DESIGN® AWARDS WINNERS

“As a relatively new brand, Genesis has introduced a design that greatly resonates with the luxury car market,” said Luc Donckerwolke, Executive Vice President, Chief Design Officer of Hyundai Motor Group. “The G90 is the embodiment of flagship transportation while the Mint reinterprets what a luxurious, city-focused runabout could be. The GOOD DESIGN® awards are a high water mark we aim for each time we put pen to paper.”

The GOOD DESIGN® awards, which began in 1950 and marked its 69th anniversary in 2019, are recognized for its legitimacy and authority, and selects award-winning works in each field with a focus on comprehensive evaluations of products such as aesthetic, innovative, new technology, form, concept, function, utility, energy efficiency and environmental friendliness.
The 2019 GOOD DESIGN® awards were selected among about 900 entries from 38 countries worldwide.

The 2020 G90 incorporates new-car-level design changes on the exterior and interior, further enhancing its presence as the brand’s flagship sedan through the themes of Athletic Elegance and Horizontal Architecture. G-Matrix, a Genesis design hallmark inspired by light reflecting from an illuminating diamond, is applied to the headlights and taillights to emphasize refined proportions and balanced architecture. The 2020 G90 introduces multiple technology firsts for the Genesis brand, including a 12.3-inch display navigation system with touchscreen controls, standard Apple CarPlay and Android Auto, and an unparalleled level of standard active and passive safety systems as part of a brand-level commitment to passenger security and comfort. All Genesis vehicles, including the 2020 G90, offer complimentary Service Valet: the exclusive, no-cost, consumer-focused service program that elevates the luxury vehicle ownership experience.

The Mint Concept introduces an all-electric luxury car for the city and represents a new vehicle typology, featuring organic design and an innovative in-car experience. The lightweight runabout reimagines the iconic shape of the city car, tailored to the needs of modern lifestyle. Mint is both highly manoeuvrable and exhilarating to drive. The overall motif skews to the sportier side of Athletic Elegance while the G-Matrix pattern serves a functional purpose, used for efficient cooling and airflow circulation around the battery floor. It is also the basis for the Mint Concept’s aerodynamic wheel design and several interior structures and flourishes. In lieu of a conventional trunk and rear hatch, the Mint Concept features a parcel shelf accessed via scissor-style side openings.

Like a carefully furnished city dwelling, its interior takes advantage of every cubic inch. The cozy space is made to feel expansive, through the use of lightweight textiles, cognac leather and mullion-free windows. Ingress and egress are made easier, thanks to the automatic swivelling of the instrument panel and bench seat. The versatility of the Mint Concept extends to the engineering of its high-density, battery-electric powertrain, which is capable of an estimated 200 miles per full charge and 350-KW fast recharging.

About Genesis

As a design-focused brand, Genesis produces fascinating models that embody Athletic Elegance, including the G70 sport sedan, the G80 and G80 Sport executive luxury sedans, and the flagship G90 luxury sedan. Genesis recently introduced GV80, its first luxury sport-utility vehicle. Based in South Korea, Genesis has launched its brand in the U.S., Canada, Russia, the Middle East and Australia. Genesis is one of the highest-ranked brands in the automotive industry by respected, third-party experts including North American Car of the Year, Consumer Reports, J.D. Power and Auto Pacific. For more information about Genesis and its new definition of luxury, please visit

https://www.genesis.com.