Honda: Development and Technology News
#2321
Team Owner
#2322
Senior Moderator
Join Date: May 2003
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All S2000's have EPS which still has an actual steering column and shaft connecting everything. Instead of hydraulic assistance, it's an electric motor. Yes, different than steering by wire, which is completely electronic. Both get maligned though in the press and usually, they're right. Drive a 2009 TSX to see what I mean, they later fixed it fortunately.
#2323
Team Owner
I never even noticed my s2000 was semi electric.
On the other hand F30s steering is shit compare to E9X.
On the other hand F30s steering is shit compare to E9X.
#2324
Moderator
#2325
Senior Moderator
Join Date: May 2003
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Posts: 45,641
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The NSX had EPS as well. From what Mazda claims, it's all about steering caster angle, which is much easier to setup on a RWD car vs FWD. Apparently the new 3 and 6 were designed to provide proper steering feel.
#2326
Safety Car
Android
That kidthe 1 in the back of the SUV with the iPadis the automotive industrys worst enemy. Hes also the reason some of the worlds biggest automakers are working with Google to bring its Android software into vehicle infotainment systems.
Early this morning, Google (GOOG) announced the Open Automotive Alliance. Its a group of technology and automotive companies, including General Motors (GM), Honda Motor (HMC), Audi, Hyundai, and chipmaker Nvidia (NVDA), that want to customize Googles popular mobile operating system for vehicles. The technology companies get a chance to place their wares into hundreds of millions of cars. Meanwhile, the automakers have an opportunity to modernize the software inside their vehicles and try to keep pace with the mobile devices that are starting to make high-profit infotainment systems obsolete.
The announcement comes the day before the official opening of the International Consumer Electronics Show held this week in Las Vegas, where the theme of car-as-gadget (also called the connected car) is expected to dominate. Volkswagen (VOW)s Audi unit and GM are among the slate of auto companies at CES, which is promoting the growth of car-related exhibits.
Car companies have traditionally rejected the latest and greatest gizmos, preferring stable, proven technology. Its a stance that makes sense given the safety and reliability concerns they face. The rise and rapid evolution of smartphones and tablets, however, has put a great deal of pressure on these automotive traditions. The mapping services that come free with smartphones have become a compelling alternative to pricey built-in navigation systems. Similarly, a parent might prefer to hand a child a tablet or phone loaded with movies, games, and apps rather than rely on a single DVD playing on backseat screens.
So far, carmakers have largely responded with custom in-car software systems. Ford Motor (F) and Microsoft (MSFT) collaborated on MyFord Touch, which ties cars to mobile devices and allows for things like voice commands. Other carmakers use the QNX software acquired by BlackBerry (BBRY), homegrown software, or variants of the Linux operating system. While the strategy helps car companies create products that differ from their rivals, it also requires software companies to write different applications for each carmakera costly and time-consuming process.
There have already been attempts to solve this problem through partnerships. In 2009, BMW, GM, Intel (INTC), and others, for example, announced the Genivi Alliance, a stab at collaborating around the Linux operating system and supporting software that has had modest results. (Genivi is sponsoring a panel at CES called, alarmingly, Collaborate or Die.)
Android, a variant of Linux, has an advantage over other software because of its dominance in the mobile device industry. The electronics and computing supply chain throughout Asia, Europe, and the U.S. tends to test and tune new components first for Android, providing intense interest and deep expertise around the software. For the automakers, this could translate into access to newer, better technology and lower costs for testing equipment. App makers are also used to creating software for Android. In addition, the likes of BMW, Kia, Audi, and Toyota Motor (TM) already use Google technology for search, maps, and other functions.
Tesla Motors (TSLA) is among the cutting-edge automakers that have popularized the notion of a computer on wheels as the next evolution of the car. The companys all-electric Model S sedan ships with a 17-inch touch screen and ready access to things like streaming radio. With a few finger swipes, you can split the screen to have a massive top section for Google Maps and a lower section for music.
Elsewhere in Silicon Valley, new companies like CloudCar are working to bridge the technology and automotive realms. The company has built a small computing device that can be plugged into a car to give it a modern infotainment system. The idea is that automakers could then upgrade the small unit as needed to bring new features to their vehicles. In addition, software makers would have a common device to aim at with their applications. Ford has also set up a research center in Palo Alto and open-sourced some of the innards of its cars control software to let people create things like custom speedometers.
#2327
Azine Jabroni
Yay! more gadgets and whistles to take focus off the uninteresting drive.
#2328
Senior Moderator
Good. Bout time more more attention was paid to Android than Apple.
#2329
Suzuka Master
So now are cars gonna start making weird Transformer noises
#2330
Moderator
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Joneill44 (01-07-2014)
#2331
I'm the Firestarter
One day I was picking up a table from a furniture store with my A4 Avant, and the two guys from the store brought out the table and were just standing there watching me take out the two child seats, fold the rear seats and take out the privacy cover to expose the whole rear compartment. When I was done one of them says, using the deep movie trailer guy voice, "THE TRANSFORMATION IS COMPLETE".
#2332
I'm the Firestarter
Holy crap I just found out about this from the Fit announcement. Finally, FINALLY a car maker has the balls to admit that navigation is best left on your smartphone and shouldn't be a $2000 option that will be outdated in 2 years:
A $59.99 app. Way to go Honda.
A $59.99 app. Way to go Honda.
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kurtatx (01-14-2014)
#2333
Honda Performance Development Unveils 3.5-Liter Prototype Engine
02/20/2014 - SANTA CLARITA, Calif.
Starworks Motorsport to Debut HR35TT at Sebring
Latest Racing Application of Production-Based Honda V6 Engine
Two-Team HPD Effort In TUDOR United SportsCar Championship
Honda Performance Development Thursday announced a new, 3.5-liter racing application for the versatile, production-based Honda V6 engine found in a wide range of Honda/Acura passenger cars and light trucks and now raced in multiple categories worldwide.
The Honda HR35TT twin-turbocharged V6 is expected to make its TUDOR United SportsCar Championship debut at the 2014 Mobil1 12 Hours of Sebring, mounted in a Riley Gen3 prototype chassis campaigned by Starworks Motorsport.
Previously, Starworks partnered with HPD to win the LMP2 class at the 24 Hours of Le Mans and World Endurance Championship in 2012, using HPD's ARX-03b chassis and Honda HR28TT twin-turbocharged V6, which also is derived from Honda's J35 series of engines.
Starworks becomes the second team to utilize Honda power for the new TUDOR championship. Extreme Speed Motorsports campaigns a pair of prototype class HPD ARX-03b Hondas, after a successful initial season with the same package in the 2013 American Le Mans Series.
"This is an exciting program for HPD and our customer teams in the TUDOR United SportsCar Championship," said Steve Eriksen, HPD Vice President and COO. "Adding Starworks, a team that achieved great success with us in 2012, in a prototype machine alongside the proven HPD-Honda combination run by Extreme Speed Motorsports provides HPD with a strong, balanced attack in the inaugural TUDOR Championship."
"It's a fantastic feeling to be partnering with Honda once again," said Starworks team owner Peter Baron. "No doubt we had amazing success with HPD in 2012, but unfortunately it was only a one-year program. We have had numerous conversations over the past two years about building a Daytona Prototype motor and we're thrilled to see it come to fruition. We absolutely love working with HPD and have been in collaboration to find a new opportunity to partner with them again. We will have our work cut out with the steep learning curve to get us to Victory Lane, but HPD brings determination and success to every program it touches. Although HPD already competes in the Prototype class, we feel this is huge step for the TUDOR series and Starworks is thrilled to be part of it."
Starworks Motorsport has compiled an enviable record in Daytona Prototype competition, with five race victories, including back-to-back wins at Indianapolis in 2012 and 2013; and a second-place finish in the Daytona Prototype team championship in 2012, with two victories and six podium finishes. That same year, Starworks became the first American-based prototype team to win an FIA World Championship since 1968, and HPD won its first world title in WEC competition.
The HPD-developed twin-turbocharged Honda engines to be used in the TUDOR championship are both derived from the Honda J35 series of production V6 engines, and include relevant twin-turbocharger technology, along with the efficiency provided by direct fuel injection.
The HR35TT is yet another competition application of the ubiquitous J35 engine. The first, the HR28TT, was designed for LMP2 competition and won in its American Le Mans Series debut in 2011. The engine has gone on to record 24 individual race victories and three series titles in the American Le Mans Series, World Endurance Championship and European Le Mans Series Competition.
Other variants of the engine have been raced in Japan's Autobacs SuperGT Championship, the One Lap of America competitive rally and Pikes Peak International Hillclimb.
Honda Performance Development (HPD) is the Honda performance company within North America. Located in Santa Clarita, Calif., HPD is the technical operations center for high-performance Honda racing cars and engines. The company is marking its 20th anniversary in 2013.
As an engine supplier to the IZOD IndyCar Series, Honda has scored 204 race victories in both CART and IZOD IndyCar Series competition since 1994, and powered Scott Dixon to a series-high four victories and the 2013 IZOD IndyCar Series drivers' championship.
HPD offers a variety of race engines for track applications from prototype sports cars to karting; and showcases "fun-to-drive" products for professional, amateur and entry-level racers.
For a photograph of the Honda HR35TT V6, go to: http://broadcast.sportssystems.com/h...cfm?key=101706
Honda HR35TT V6 Engine
http://hondanews.com/channels/corpor...ototype-engine
Starworks Motorsport to Debut HR35TT at Sebring
Latest Racing Application of Production-Based Honda V6 Engine
Two-Team HPD Effort In TUDOR United SportsCar Championship
Honda Performance Development Thursday announced a new, 3.5-liter racing application for the versatile, production-based Honda V6 engine found in a wide range of Honda/Acura passenger cars and light trucks and now raced in multiple categories worldwide.
The Honda HR35TT twin-turbocharged V6 is expected to make its TUDOR United SportsCar Championship debut at the 2014 Mobil1 12 Hours of Sebring, mounted in a Riley Gen3 prototype chassis campaigned by Starworks Motorsport.
Previously, Starworks partnered with HPD to win the LMP2 class at the 24 Hours of Le Mans and World Endurance Championship in 2012, using HPD's ARX-03b chassis and Honda HR28TT twin-turbocharged V6, which also is derived from Honda's J35 series of engines.
Starworks becomes the second team to utilize Honda power for the new TUDOR championship. Extreme Speed Motorsports campaigns a pair of prototype class HPD ARX-03b Hondas, after a successful initial season with the same package in the 2013 American Le Mans Series.
"This is an exciting program for HPD and our customer teams in the TUDOR United SportsCar Championship," said Steve Eriksen, HPD Vice President and COO. "Adding Starworks, a team that achieved great success with us in 2012, in a prototype machine alongside the proven HPD-Honda combination run by Extreme Speed Motorsports provides HPD with a strong, balanced attack in the inaugural TUDOR Championship."
"It's a fantastic feeling to be partnering with Honda once again," said Starworks team owner Peter Baron. "No doubt we had amazing success with HPD in 2012, but unfortunately it was only a one-year program. We have had numerous conversations over the past two years about building a Daytona Prototype motor and we're thrilled to see it come to fruition. We absolutely love working with HPD and have been in collaboration to find a new opportunity to partner with them again. We will have our work cut out with the steep learning curve to get us to Victory Lane, but HPD brings determination and success to every program it touches. Although HPD already competes in the Prototype class, we feel this is huge step for the TUDOR series and Starworks is thrilled to be part of it."
Starworks Motorsport has compiled an enviable record in Daytona Prototype competition, with five race victories, including back-to-back wins at Indianapolis in 2012 and 2013; and a second-place finish in the Daytona Prototype team championship in 2012, with two victories and six podium finishes. That same year, Starworks became the first American-based prototype team to win an FIA World Championship since 1968, and HPD won its first world title in WEC competition.
The HPD-developed twin-turbocharged Honda engines to be used in the TUDOR championship are both derived from the Honda J35 series of production V6 engines, and include relevant twin-turbocharger technology, along with the efficiency provided by direct fuel injection.
The HR35TT is yet another competition application of the ubiquitous J35 engine. The first, the HR28TT, was designed for LMP2 competition and won in its American Le Mans Series debut in 2011. The engine has gone on to record 24 individual race victories and three series titles in the American Le Mans Series, World Endurance Championship and European Le Mans Series Competition.
Other variants of the engine have been raced in Japan's Autobacs SuperGT Championship, the One Lap of America competitive rally and Pikes Peak International Hillclimb.
Honda Performance Development (HPD) is the Honda performance company within North America. Located in Santa Clarita, Calif., HPD is the technical operations center for high-performance Honda racing cars and engines. The company is marking its 20th anniversary in 2013.
As an engine supplier to the IZOD IndyCar Series, Honda has scored 204 race victories in both CART and IZOD IndyCar Series competition since 1994, and powered Scott Dixon to a series-high four victories and the 2013 IZOD IndyCar Series drivers' championship.
HPD offers a variety of race engines for track applications from prototype sports cars to karting; and showcases "fun-to-drive" products for professional, amateur and entry-level racers.
For a photograph of the Honda HR35TT V6, go to: http://broadcast.sportssystems.com/h...cfm?key=101706
Honda HR35TT V6 Engine
- Engine Type Aluminum alloy, twin-turbocharged, direct fuel-injected V6
- Displacement 3.5 liters
- Valve Train Single overhead camshaft, four valves per cylinder
- Crankshaft Alloy steel
- Pistons Forged aluminum, low-friction coatings
- Connecting Rods Machined alloy steel
- Engine Management HPD/McLaren
- Ignition System Digital inductive
- Lubrication Dry sump system
- Cooling Single mechanical water pump
- Fuel E10 100-101 octane gasoline, 10% ethanol
http://hondanews.com/channels/corpor...ototype-engine
Last edited by AZuser; 02-22-2014 at 03:10 PM.
#2336
Senior Moderator
#2338
6G TLX-S
#2339
Safety Car
AutoNews
Japans automakers, aiming to take the lead in fuel-efficient powertrains, have joined forces in a new consortium to develop the next generation of fuel-sipping combustion engines.
Their goal: A 30 percent improvement in the fuel efficiency of traditional gasoline and diesel engines by 2020.
The Japanese government will aid the countrys 8 automakers by chipping in half of the projects 1 billion yen ($9.9 million) budget. The automakers will foot the rest.
The r&d push is being organized under the newly created Research Association of Automotive Internal Combustion Engines. It pools the resources of Toyota Motor Corp., Nissan Motor Co., Honda Motor Co., Mazda Motor Corp., Mitsubishi Motors Corp., Daihatsu Motor Co., Suzuki Motor Corp. and Fuji Heavy Industries Ltd., the maker of Subaru-brand vehicles.
Member companies will jointly conduct basic research on a better internal combustion engine. The objective is to share costs in an increasingly competitive, investment-heavy field to meet more stringent fuel economy guidelines, organizers said.
The r&d will eventually feed into production vehicles.
The strategy is patterned after a similar approach taken by competitors in Europe, organizers said. There, rivals cooperate with academia and the government on basic technologies, giving European carmakers a head start in cutting costs.
While Japanese automakers have developed advanced electric and hybrid drivetrains, the creation of AICE acknowledges that internal combustion engines will remain the workhorse of global fleets for a long time, especially in cost-sensitive emerging markets.
Organizers outlined a 10-year time frame for achieving world-leading advancements in combustion engine efficiency.
AICE will target both diesel and gasoline technology. Diesel technology, in particular, has been a weak point for automakers in Japan, where diesel vehicles hold just a sliver of sales.
Engineers target thermal efficiency rates for both approaching 50%. That compares with todays best rates of around 39% for gasoline engines and 42% for diesel engines.
Higher thermal efficiency means more energy from internal combustion is captured for higher engine output.
Organizers said such a breakthrough could boost the fuel efficiency of gasoline and diesel engines 30% by 2020.
Diesel engine development will focus on eliminating particulate matter and nitrogen oxide emissions, partly through better particulate filters and exhaust gas recirculation systems.
Gasoline engine research will focus on achieving more complete combustion cycles and better ignition while reducing knock.
Keiji Ohtsu, managing officer of Honda R&D Co., Hondas product development arm, will be AICE president.
#2340
Azine Jabroni
Sounds like a good plan.
#2341
Team Owner
I'll believe it when i see it. Until then it is another "We are going after Tier 1" BS. PROVE ME WRONG!
#2342
Instructor
30% increase in engine fuel efficiency is a noble target, but it's just to meet stricter standards and keep consumers happy. If all else stays the same, it's not going to do much to keep us from killing the world.
#2343
6G TLX-S
So, in the future days, all Japanese automakers will be using the identical AICE engines in their vehicles ?
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qingcong (05-20-2014)
#2344
Senior Moderator
The Japanese government will aid the country’s 8 automakers by chipping in half of the project’s 1 billion yen ($9.9 million) budget. The automakers will foot the rest.
#2345
Instructor
#2346
Instructor
This strikes me as completely different. AICE is a joint venture between 9 different Japanese engine manufacturers. It is an engineering undertaking and is funded by the Japanese government. Federal mandates make it imperative to improve MPGs. The "tier 1" thing was likely just Acura marketing BS.
#2347
Team Owner
This strikes me as completely different. AICE is a joint venture between 9 different Japanese engine manufacturers. It is an engineering undertaking and is funded by the Japanese government. Federal mandates make it imperative to improve MPGs. The "tier 1" thing was likely just Acura marketing BS.
i really dont care about AICE. we as consumers care about the final product. How the product is developed is none of my business.
#2348
I drive a Subata.
iTrader: (1)
Good stuff. Hope they can manage to develop something very nice in the future.
#2349
Senior Moderator
Honda Jet Makes Successful Test Flight
Last edited by Yumcha; 06-30-2014 at 04:48 PM.
#2350
Senior Moderator
#2351
I feel the need...
Honda grandees chide CEO over quality, recalls
(Reuters) - Two former Honda Motor chiefs have called on CEO Takanobu Ito this year, urging him to focus more on quality issues, increasing the pressure he's already under from U.S. regulators and politicians over mass air bag recalls.
Nobuhiko Kawamoto and Hiroyuki Yoshino made separate visits to Ito at the Japanese car maker's Tokyo headquarters, three people familiar with the visits said. They said the former CEOs had a firm message for Ito, 61, urging him to act quickly on quality issues that risk damaging the Honda brand.....
Nobuhiko Kawamoto and Hiroyuki Yoshino made separate visits to Ito at the Japanese car maker's Tokyo headquarters, three people familiar with the visits said. They said the former CEOs had a firm message for Ito, 61, urging him to act quickly on quality issues that risk damaging the Honda brand.....
#2352
99 TL, 06 E350
Not sure if this was posted before
Explaining the Honda Accord's Shrewdly Designed New Hybrid System ? Tech Dept. ? Car and Driver
Inventing elegant solutions to complex problems is a Honda specialty. When the first hybrids arrived in the U.S., Honda beat Toyota to the market, barely, by simply installing a pancake AC motor ahead of the engine’s flywheel. That design, called Integrated Motor Assist, was compact and efficient but didn’t offer pure-electric drive until 2006. Now that hybrids are evolving into plug-in hybrids, Honda has created a new, two-motor powertrain layout that’s also nothing like the intricate CVT-based drive system found in the original Prius and many subsequent hybrids.
What’s clever about Honda’s latest innovation is that it has no transmission. At least, none in the conventional sense. There are four gearsets between the electric and combustion power sources and the front wheels, but all drive ratios are fixed. The compound powertrain provides three standard propulsion modes—electric-only, gasoline-only, and blended gas and electric—without shifting gears or varying a planetary ratio.
The 166-hp AC drive motor revs to 12,584 rpm. Full torque, an energetic 226 pound-feet, is available from zero to 4000 rpm, providing the Accord with light feet in traffic. The motor’s efficiency is diminished at highway speeds, but it still provides some of the propulsion torque up to the Accord’s governed 114-mph top speed. During deceleration and braking, this electric machine acts as a generator to replenish the 6.7-kWh lithium-ion battery pack.
The secondary AC machine is smaller and serves mainly as a generator, providing the drive motor with electric current to augment or replace juice from the battery during cruising. On cue, this machine starts the engine so it can supply the required torque, but it never drives the wheels.
The 141-hp four-cylinder engine was engineered just for this application with several special features. As in most hybrids, it uses an Atkinson cycle (late-closing intake valves) that sacrifices some low-rpm torque to gain mid-range efficiency. A two-mode variable intake-valve-timing and -lift system provides extra power for acceleration and maximum efficiency during cruising. Recycling cooled exhaust gas (EGR) also reduces consumption, and the brake booster, air conditioner, and cabin heater are all electrically powered. Above 43 mph, the secondary motor spins the engine up to speed, and a clutch connects it to the drive wheels. The engine and motor collaborate beyond that speed. A control computer adjusts engine load so it stays in its most efficient operating zone, but once the clutch is engaged, engine rpm is proportional to car speed.
Explaining the Honda Accord's Shrewdly Designed New Hybrid System ? Tech Dept. ? Car and Driver
Inventing elegant solutions to complex problems is a Honda specialty. When the first hybrids arrived in the U.S., Honda beat Toyota to the market, barely, by simply installing a pancake AC motor ahead of the engine’s flywheel. That design, called Integrated Motor Assist, was compact and efficient but didn’t offer pure-electric drive until 2006. Now that hybrids are evolving into plug-in hybrids, Honda has created a new, two-motor powertrain layout that’s also nothing like the intricate CVT-based drive system found in the original Prius and many subsequent hybrids.
What’s clever about Honda’s latest innovation is that it has no transmission. At least, none in the conventional sense. There are four gearsets between the electric and combustion power sources and the front wheels, but all drive ratios are fixed. The compound powertrain provides three standard propulsion modes—electric-only, gasoline-only, and blended gas and electric—without shifting gears or varying a planetary ratio.
The 166-hp AC drive motor revs to 12,584 rpm. Full torque, an energetic 226 pound-feet, is available from zero to 4000 rpm, providing the Accord with light feet in traffic. The motor’s efficiency is diminished at highway speeds, but it still provides some of the propulsion torque up to the Accord’s governed 114-mph top speed. During deceleration and braking, this electric machine acts as a generator to replenish the 6.7-kWh lithium-ion battery pack.
The secondary AC machine is smaller and serves mainly as a generator, providing the drive motor with electric current to augment or replace juice from the battery during cruising. On cue, this machine starts the engine so it can supply the required torque, but it never drives the wheels.
The 141-hp four-cylinder engine was engineered just for this application with several special features. As in most hybrids, it uses an Atkinson cycle (late-closing intake valves) that sacrifices some low-rpm torque to gain mid-range efficiency. A two-mode variable intake-valve-timing and -lift system provides extra power for acceleration and maximum efficiency during cruising. Recycling cooled exhaust gas (EGR) also reduces consumption, and the brake booster, air conditioner, and cabin heater are all electrically powered. Above 43 mph, the secondary motor spins the engine up to speed, and a clutch connects it to the drive wheels. The engine and motor collaborate beyond that speed. A control computer adjusts engine load so it stays in its most efficient operating zone, but once the clutch is engaged, engine rpm is proportional to car speed.
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Legend2TL (11-17-2014)
#2353
Moderator
iTrader: (1)
at Honda
Honda's fuel cell car is late, so look at this concept car instead
It's the LA Auto Show this week, but one company that won't be there is Honda, mostly because it overslept. The outfit has announced - with toothpaste smears all over its face - that it's had to delay the launch of its new production fuel cell car from 2015 all the way back to March 2016, where it'll hit the road in Japan, with the US and Europe coming at some point in afterward. In the meantime, Honda is hoping to distract you from its slipped deadlines (and incorrectly done shirt buttons) with the natty-looking FCV Concept. According to the press release, the vehicle "strives to achieve harmony between man and machine by taking advantage of new powertrain packaging efficiencies," which, as we all know, is marketing-speak for "the engine's smaller, therefore there's more legroom." Honda's now been seen shuffling to the nearest coffee house in the hope that it can take a look at Toyota's notes before the afternoon begins.
#2354
Senior Moderator
In other words they scrapped it last min to redesign it because they are still lost
#2356
Senior Moderator
#2357
#2358
Senior Moderator
#2359
Safety Car
2015
Jan 13, 2015 - DETROIT
Next-generation Honda fuel cell vehicle launching in 2016
Advanced environmental vehicles including a new plug-in hybrid, and battery-electric vehicle to launch by 2018
HondaJet, Acura NSX supercar, and 4th era of Honda Formula 1 racing mark extraordinary year of Honda Power of Dreams
New Ohio-made VTEC® Turbo engines launching in 2015
Calling 2015 the "Year of Honda," the company is showcasing multiple innovative products and technologies on the international stage at the 2015 North American International Auto Show that will make 2015 an extraordinary year for the company and its customers. Making its 1st North American appearance, the Honda FCV Concept demonstrates the company's continued evolution of its next-generation fuel cell car, slated for introduction in the U.S. in 2016. In an effort to showcase Honda's numerous innovative technologies and wide-ranging mobility prowess, the automaker also showcased the HondaJet advanced light jet, the global unveiling of the highly anticipated Acura NSX mid-engine supercar, the UNI-CUB personal mobility device and the return of Honda to Formula 1 racing.Advanced environmental vehicles including a new plug-in hybrid, and battery-electric vehicle to launch by 2018
HondaJet, Acura NSX supercar, and 4th era of Honda Formula 1 racing mark extraordinary year of Honda Power of Dreams
New Ohio-made VTEC® Turbo engines launching in 2015
"No other automaker in the world has the depth of R&D know-how and experience to create such a diverse array of advanced technology products, let alone bring them to market," said John Mendel, executive vice president of American Honda Motor Co., Inc. "These all-new products and technologies represent significant advancements for our customers and for the future of mobility everywhere; innovations that only a comprehensive mobility company like Honda can truly achieve."
The "Year of Honda" will be marked by the 2015 introduction of iconic and innovative products and a new expression of Honda's racing spirit.
Customer deliveries of the North Carolina-made HondaJet advanced light jet, which is powered by two GE-Honda HF120 turbofan engines, will begin this year after Federal Aviation Administration type certification is achieved.
The next-generation Acura NSX supercar will begin orders in late summer, with customer deliveries expected later in the year.
Honda F1 racing power, in the form of a new power unit – a 1.6-liter turbocharged engine and hybrid-type kinetic and thermal energy recovery systems – will return to Formula One through Honda's partnership with McLaren and drivers Fernando Alonso and Jenson Button, beginning with the opening race of the series in Melbourne, Australia on March 15, 2015.
The company also announced aggressive plans for future product and technology introductions, including:The next-generation Acura NSX supercar will begin orders in late summer, with customer deliveries expected later in the year.
Honda F1 racing power, in the form of a new power unit – a 1.6-liter turbocharged engine and hybrid-type kinetic and thermal energy recovery systems – will return to Formula One through Honda's partnership with McLaren and drivers Fernando Alonso and Jenson Button, beginning with the opening race of the series in Melbourne, Australia on March 15, 2015.
The introduction of Honda's next-generation fuel cell vehicle, as highlighted by the stunning design and spacious interior in the Honda FCV Concept.
An all-new battery electric vehicle and an all-new plug-in hybrid vehicle by 2018 and further application of Honda's 2- and 3-motor hybrid systems, as part of the next phase of Honda's commitment to advanced powertrain technologies that enable ultra-low carbon mobility.
The spring 2015 launch of the all-new 2016 HR-V crossover and the introduction this summer of a fully redesigned Pilot 8-passenger SUV, followed by a new Ridgeline pickup truck in 2016 – part of the step-by-step strengthening of the Honda light truck lineup that will help fuel future growth.
Before the end of the year, Honda will begin to introduce our new 4-cylinder VTEC® Turbo engines – an extension of its Earth Dreams™ Technology powertrain lineup – that will deliver fun-to-drive performance and fuel efficiency at a very high level. Production of the new VTEC® Turbo engines will begin later this year at Honda's Anna, Ohio, engine plant, the largest automobile engine plant in Honda's global production network. Honda is investing $340 million at the Anna Engine Plant to produce the VTEC® Turbo 4-cylinder engines, a 3rd assembly line for production of 4-cylinder engines and additional manufacturing innovations.
About American HondaAn all-new battery electric vehicle and an all-new plug-in hybrid vehicle by 2018 and further application of Honda's 2- and 3-motor hybrid systems, as part of the next phase of Honda's commitment to advanced powertrain technologies that enable ultra-low carbon mobility.
The spring 2015 launch of the all-new 2016 HR-V crossover and the introduction this summer of a fully redesigned Pilot 8-passenger SUV, followed by a new Ridgeline pickup truck in 2016 – part of the step-by-step strengthening of the Honda light truck lineup that will help fuel future growth.
Before the end of the year, Honda will begin to introduce our new 4-cylinder VTEC® Turbo engines – an extension of its Earth Dreams™ Technology powertrain lineup – that will deliver fun-to-drive performance and fuel efficiency at a very high level. Production of the new VTEC® Turbo engines will begin later this year at Honda's Anna, Ohio, engine plant, the largest automobile engine plant in Honda's global production network. Honda is investing $340 million at the Anna Engine Plant to produce the VTEC® Turbo 4-cylinder engines, a 3rd assembly line for production of 4-cylinder engines and additional manufacturing innovations.
Honda established operations in America in 1959 and now employs more than 39,000 associates in its North American sales, R&D and manufacturing operations with total capital investment in North America exceeding $22 billion.
Based on its longstanding commitment to "build products close to the customer," Honda operates 16 major manufacturing facilities in North America producing a wide range of Honda and Acura automobiles, automobile engines and transmissions, Honda all-terrain vehicles, power equipment products, such as lawn mowers, mini-tillers and general purpose engines, and the HondaJet advanced light jet.
8 Honda auto plants in the region, including four in the U.S., have the capacity to produce 1.92 million automobiles each year. In 2014, more than 97 percent of the Honda and Acura automobiles sold in the U.S. were produced in North America. Those plants today manufacture 11 different models, including 4 passenger cars and seven light trucks using domestic and globally sourced parts. A fifth U.S. auto plant, the Performance Manufacturing Center, is under construction in Marysville, Ohio, and in 2015 will become the exclusive global production location for the next generation NSX supercar.
Honda also operates 16 major research and development centers in the U.S. with the capacity to fully design, develop and engineer many of the products Honda produces in North America.
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Yumcha (01-13-2015)
#2360
Team Owner
Before the end of the year, Honda will begin to introduce our new 4-cylinder VTEC® Turbo engines