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Powertrain

Innovative technologies take Hyundai one step closer to achieving both performance and eco-friendliness.
Eco-friendliness is a key element that is taking on a bigger and bigger importance in the industry. Therefore, developing innovative technologies that allow both great driving performance through exceptional engines, power trains, and exhaust systems, etc. as well as eco-friendliness has become the most important task for all automakers.
Through continued R&D, Hyundai now has a full lineup of independently developed engines in its portfolio, to which it plans to add eco-friendly transmissions and exhaust systems in its march toward the future.

Armed with both
power and precision
to be the best in
class power trains

From compact cars to passenger and commercial vehicles, the power train center is responsible for developing the heart of every car. With independently made engines, transmissions, and eco-friendly exhaust systems, Hyundai boasts a full lineup of model engines. Hyundai continues to work hard to develop power trains that will be recognized as the best in their class by the world over.
GAMMA 1.6 GDi ENGINE
  • Year of first mass production : 2010
  • Models : Avante, Accent
  • Capacity (ℓ) : 1.6
  • Max power (ps) : 140
  • Max torque (kg·m) : 17.0
R 2.2 CRDi ENGINE
  • Year of first mass production : 2009
  • Models : Santa Fe, Tucson
  • Capacity (ℓ) : 2.0/ 2.2
  • Max power (ps) : 184/200
  • Max torque (kg·m) : 40.0/44.5
U2 - 1.7 CRDi ENGINE
  • Year of first mass production : 2010
  • Models : i40, ix35
  • Capacity (ℓ) : 1.6/1.7
  • Max power (ps) : 128/140
  • Max torque (kg·m) : 26.5/33.0
TAU 5.0 V8 ENGINE
  • Year of first mass production : 2008
  • Models : Centennial (Equus), Genesis
  • Capacity (ℓ) : 4.6 / 5.0
  • Max power (ps) : 390/435
  • Max torque (kg·m) : 46.0/52.0

Next-generation
high performance
eco-friendly
transmissions

Hyundai is doing its utmost to develop high performance eco-friendly transmissions that incorporate diverse customer needs in an effort to lead the global transmissions market. In particular, the successful development of the six-speed 2WD automatic transmission and the hybrid continuously variable transmission (CVT) for LPi use in 2009 placed Hyundai in a leading position on the international market. In 2011, the company was the first to debut an eight-speed RWD automatic transmission, displaying once again its world-class technological prowess. As for manual transmissions, Hyundai developed a double clutch transmission (DCT) that automatically syncs the driver’s clutch and gear manipulations through an actuator. Mounted on the Veloster, it took the world of manual transmissions a step further by improving fuel efficiency and driving comfort.

Eco-friendly
exhaust systems
with the
earth in mind

The power train center is working on ways to improve combustion efficiency, reduce weights, develop low friction and improved motor efficiency technologies, and accelerate the development of power trains for hybrid vehicles in order to obtain better fuel efficiency and minimize air pollution caused by gas emissions. In addition, a highly efficient exhaust gas cleaning system is being developed, which reduces harmful gases emitted from low pollution engines one more time, which not only responds to the increasing restrictions on emissions but also leads the way in the production of eco-friendly vehicles.

A wide range
of the highest
performance
engines
recognized by
the world

Hyundai’s powerful history in engines dates back to 1991 when it developed the Alpha engine, marking the birth of independent Korean automotive technology. In 2004, Hyundai’s Zeta engine became the first to be exported from Korea to a developed country, which displayed the technical ability of the Korean automobile industry to the world and raised the brand’s recognition. Hyundai’s Tau engine received the Ward’s Auto Top 10 Best Engines award, known as the Academy Awards of engines, for three straight years up to 2011.

In 2012, the Gamma 1.6 GDi engine, developed for compact cars, followed in the Tau’s footsteps, not only giving Hyundai the honor of winning the prestigious award for four straight years, but also proving to the world that it had a comprehensive portfolio of large to small engines of world-class competitiveness. In 2009, Hyundai developed the R passenger diesel engine, the first in Korea to meet Euro-5 regulations and classified as a low-emission engine for the Seoul metropolitan area. In 2010, Hyundai developed a passenger diesel engine for the Europe-specific model U2-1.7, which it successfully launched in Europe, the home of diesel engines, and firmly established itself as a Global Top 5 company.

Development of
powertrain
technology