우리는 자동차 제어 기술을 발전시켜 새롭고 복잡한 문제를 해결합니다.
전후상황 및 차량 상태 정보를 사용하는 당사의 모듈식 접근 방식은 실제 생활에서 차량 효율성과 작동을 최적화하기 위해 최상의 에너지 및 열 균형을 예측합니다.
결과에 따르면 최대 10%의 연료 절감과 배터리 작동 SOC(충전 상태) 및 SOH(성능 상태)가 크게 개선되는 이점이 있습니다.
Garrett의 물리학 기반 모델 예측 부스트 및 공기 경로 제어는 최대 10%의 우수한 성능 향상을 가능하게 하고 실제 생활에서 최대 5%의 연료 및 배출 감소에 기여합니다. 동시에 제품 및 개발 비용을 최대 $70/단위로 줄이고 교정 수고를 30% 줄입니다.
Garrett의 고급 제어 파워트레인 라이브러리는 우주항공 및 에너지 분야에서 이전된 기술과 함께 30개의 특허 혁신을 통합하여 복잡한 문제에 대한 맞춤형 솔루션을 위한 빌딩 블록을 제공합니다. 당사의 시스템과 전문 지식은 부스트 제어 및 상태 관리, 공기 경로, 후처리, 에너지 최적화, 예측 크루즈 제어, 차량 동적 제어, 배터리 SOC(충전 상태) 및 SOH(성능 상태) 추정, 변속기 제어에 입증된 생산 준비 발전사항들을 제공합니다. 실제 조건 검증을 위해 잘 준비되었으며, 복잡한 시스템의 최적화가 모두 가능합니다.
Garrett의 동급 최고의 설계 및 캘리브레이션 툴 박스는 사전 개발 시간을 최대 6개월까지 단축 가능하고, 미계획 소프트웨어 출시를 최대 80%까지 줄일 수 있는 것으로 입증되었습니다. 실시간 온보드 옵티마이저 및 자동 보정 기술을 포함한 당사의 알고리즘, 지원 및 도구는 보다 빠르고 효율적인 프로그램 개발, 보정 및 통합을 가능하게 하여 당사의 고급 제어 협업 모델의 실질적인 가치를 보여줍니다.
Long Beach, CA-The Rockstar/AEM drift team continued their winning form from last season with Tanner taking the podium in third place overall for the event…
Crawford Performance was extended an invitation to the Motorsports bonanza known as the 34th annual running of the Long Beach Grand Prix to help kick…
Las Vegas (NV) – The winds swept violently over the Nevada desert. As the Saturday sun slipped behind the mountains, it took with it…
Commerce (GA) – The drag racing fans who packed the stands at the annual 18th Annual Peach State Fun Ford Weekend may have thought that they were…
JOLIET (IL) – Anyone who wants to know how skilled Ron Lummus is as a driver need only look to his performance at the NMRA/NMCA…
Turbochargers are part of the family of high speed rotating machines. They incorporate many technologies that are found in the aerospace industry and run at equivalent tip speeds to aero engines & Auxiliary Power Units (APU’s) at rated power. They are intrinsically capable of power densities much higher that the reciprocating engines that they boost. Like all machines however they must start and idle before accelerating to operating speed. In Passenger Car applications they often operate at very low power and far away from any aerodynamic design point.
This paper focuses on the importance of turbocharger bearing systems at start, idle and part load conditions. As such it deals with the question of low power energy management and efficiency improvement. It then goes on to demonstrate the potential of a low loss bearing system on cold start, transient performance and emission potential as part of an Euro 5 diesel engine packager. It will conclude by showing the fuel economy potential of such as system.
(Las Vegas, NV) – It’s official! The votes have been counted and enthusiasts the world over have overwhelmingly cast their ballots to recognize Garrett Turbochargers’…
Bradenton (FL) – Admittedly, Florida doesn’t suffer nearly the same degree of winter as much of the rest of the country. Sure, Southern Florida gets…
Sebring (FL) – If you didn’t get a chance to watch Truth in 24 on the eve of the 12 Hours of Sebring, do yourself…
Palm Beach, (FL) – The newly renovated Palm Beach International Raceway, formally known as Moroso Motorsports Park, played host to the inaugural event of the…
Norwich (UK) – Most professional sports have very distinct paths to the top. Baseball has the minor leagues that feed up to the major leagues….
Bonneville (UT) – Pat McSwain stared ahead at the open salt. The markers before him signaled distance while the 900 horsepower, series twin Garrett turbocharger-powered…
Sonoma (CA) – Driving a Garrett-powered, Crawford Performance-engineered Subaru, French drifter Stephan Verdier achieved a lifelong goal – his first-ever overall Formula D victory at…
In April of 2009, the Garrett Turbocharger Upgrade for the 2008+ Mitsubishi Lancer Evolution X was released. In conjunction with this release, select Evo specialists…
The next step in the evolution of the turbocharger is here! Garrett® GTX-R Turbos feature all new compressor wheels with next generation aerodynamics and improved…
The remarkable performance improvement of the V6 3.0L JLR engine is enabled by Honeywell TwoStage parallel boosting architecture. The system consists of two turbos working sequentially: the primary VNT™ turbo solely provides boost at low engine speeds while the second turbo (in conjunction with the primary turbo) delivers peak power at high engine speeds. In addition, a unique valve technology controls the transition between mono and twin-turbo modes. Multi-stage turbocharging appears as a key enabling technology delivering outstanding performance in terms of low-end torque, high-end power and transient response.
Garrett Motion Introduces New Diagnosis Tool for Rotary Electronic Actuators. Garrett is launching a new tool to improve the diagnosis of suspected faults in turbochargers…
The development of Garrett® VNT™ turbocharger started in 1990 when the TD2502 was first launched based on the old TB25 model. Controlled by a pressure…
Stephan Verdier is one of 12 drivers who has been invited to compete in the inaugural X Games SuperRally. Despite being best known for his…
LOS ANGELES (CA)-Crawford Performance and Cooper tires are pleased to announce a spectacular final for X-Games 16 Rally Cross. Stephan Verdier and his Garrett-Powered Rally…
From 2006 to 2010, the GT20-25 VNT™ product range has undergone a series of advanced changes in order to meet the US’07 Tier 2 Bin 5, EU5 and EU6 requirements. Cutting-edge aerodynamics, upgraded variable geometry mechanism (3rd generation) and new bearing systems are among the critical developments that helped achieve significant improvements in cold start, driveability, reliability, fuel consumption and emission control.
Latest Turbo Technologies Help Automakers Boost Fuel Economy Between 10% to 20%+ on Top Engines at Paris Motor Show PARIS, Sept. 30, 2010 — Garrett…
Fuchs Nationals…………..World Record………….Gold Christmas Tree!!!!!! The Fuchs Nationals is Australia’s oldest and longest running Drag Racing event, having started in 1965 in Victoria and residing…
LAS VEGAS (NV) – Garrett Turbochargers received a pair of prestigious awards for their continued innovation in the automotive performance aftermarket at the 2010 SEMA…
The combined presence of Honeywell Friction Materials and Turbo Technologies created some of the biggest headlines at Automechanika, with a strong media outreach program ramping…
Garrett’s industry-leading turbo innovations were highlighted at SAE Brazil, the premier event in Latin American focusing on automotive technology. Officially named the International Congress and…
Imagine the ability to match a turbocharger to an engine in a matter of minutes, all in the palm of your hand! Garrett by Honeywell…
2010 has been an exciting year for the team and with some great achievements to boast. After holding the world record for fastest rotary, down…
(WILLOW SPRINGS, CA) Preparation and planning were the two things that the team had in the back of their minds when it came time to…
Jeff Kiesel in the 2011 KFR / Goodyear Tire / Racing Beat Turbo Sprite brought home the SCCA Win in EM and set the Top…
Recent developments at Honeywell have introduced Ball Bearing technology to passenger car diesel. The new “low-friction” turbo, which runs on two rows of ceramic balls, has much lower mechanical losses and hence higher turbo efficiency. The result is an improvement in transient response of between 20-70 percent dependant oil temperature and 2 percent improvement in fuel economy in standard test cycles. The 3.0L V6 diesel application in Europe is an example of the true potential of ball bearing technology.
(PHOENIX, AZ) – For Round 2 of Redline Time Attack, the Apollo Performance team, leading in points in the Front Wheel Drive Street Class and…
Staying at the forefront of the rapidly moving turbocharger business requires constant investment and development. With strong market influences on vehicle design, such as downsizing,…
LORING (ME) – Bill Warner of Wild Bros. Racing has become the first person ever to eclipse the 300 mph mark on a motorcycle. Early…
The first TwoStage serial boosting architecture for V6 diesel engines was recently developed by Honeywell. Its unique architecture combines a high pressure VNT™ turbo that maximizes low-end response with a low pressure turbo for enhanced transition and high-end output. This downsized engine, with its 30 percent displacement reduction, delivers up to 35 percent increased engine power and up to 10 percent improved fuel economy.
Honeywell has designed an innovative turbo system for gasoline engines featuring a new aerodynamic configuration. The new system, which does not use expensive materials such as TiAl, has demonstrated a ≥ 25 percent improvement in torque transient performance at low engin e speeds. This technology enables increased levels of engine downsizing and down-speeding and thus allows further reductions in fuel consumption and CO2 emissions.
Buttonwillow Raceway – Buttonwillow, CA, 4/22/12 – The GST Motorsports Time Attack Racing Team secured first place overall with a winning lap time of 1:46.631…
The transient response of turbocharged engines is becoming critical to passenger vehicles because of the recent trend in engine downsizing and the expansion of gasoline turbocharging. Honeywell has examined the transient behavior of turbo turbines through Newton’s equation of motion and has identified a single non-dimensional variable controlling the transient. The effects of various parameters on turbine acceleration are discussed and viable options to improve engine acceleration are demonstrated.
Honeywell has been able to find a solution to the shaft coking problem in CV using innovative prediction capabilities including advanced rotor-dynamic analysis coupled with shaft thermal prediction. This led to significant saving in development and testing time and provided a robust bearing system in the first attempt.
Honeywell launched the latest generation DutyDrive VNT for off-highway on John Deere’s 9.0L Tier4 engine. Developments made to the VNT stage resulted in improved efficiency and allowed over 20 unique power ratings, including both two-stage and single stage air systems, with the same turbo design. The turbo also features an integrated electro-hydraulic actuation system developed to operate in high-temperature, high-vibration environments in a compact package size.
Garrett Driver Rob Campisi does it again by setting another record in the 10.5 drag racing class with his Garrett Turbocharger powered Mustang! He ran…
Road Atlanta – Braselton, GA, 5/12/12 – The GST Motorsports Time Attack Racing Team secured first place overall and new Time Attack track record with…
Palm Beach International Raceway plays host to Formula Drift Round 3 for its second year. Interesting fact about PBIR it’s owned and operated by a…
Team Achilles Radial is on fire! After consecutive podium finishes in the first two rounds of the 2012 Formula Drift Championship, Team Achilles Radial and…
After an early arrival on Thursday for Round 3 of the Global Time Attack series with Formula Drift, we were welcomed with the camaraderie that…
RHYS MILLEN PLACES 4TH AT TEXAS MOTOR SPEEDWAY MOVING INTO 4TH OVERALL IN POINTS. STEPHAN VERDIER FINISHES 6TH AND REMAINS 3RD IN CHAMPIONSHIP POINTS MOVING…
From Lutz Racing; Driver Bill Lutz: Pro Street Camaro We came into the latest NMCA race at MIR with a less than stellar result from…
Honeywell Turbo Technologies has been honored with a 2012 Automotive News PACE™ (Premier Automotive Suppliers’ Contribution to Excellence) Award for its High Temperature, Ball Bearing…
Toyota Motors Europe (TME) awarded Garrett Turbo Technologies a “Supplier Achievement Award” in the cost reduction category to recognize the Thaon-les-Vosges (TLV) plant’s productivity and…
Garrett Turbo Technologies recently received Ford’s silver-level World Excellence Award in recognition of their outstanding performance in 2011 in key areas including on-time delivery, quality…
GTD range, the latest Honeywell VNT generation designed for EU6 applications, now includes the smallest VNT turbo from Honeywell. This new product has been designed to reduce fuel consumption and provide better transient response, enabling further downsizing. The GTD10 can be matched as a single VNT turbo for engine power rating between 45 to 65kW or as High Pressure Turbo for Two-Stage engine power rating between 110 to 120kW.
Turbocharging in gasoline engines is set to be the next big automotive trend and will be going mainstream and global as a result of more…
Garrett Team: PAC Performs makes new livery debut! Check it out! Specs: MODEL: MAZDA 6 SP OWNER: PAC PERFORMANCE DRIVER: GEORGE REHAYEM ENGINE: 20B TURBO…
Honeywell (NYSE: HON) Turbo Technologies, the leading global developer of automotive turbochargers, is celebrating another victory at the Le Mans 24 Hours on Sunday having…
The stage was set for the 4th round of the 2012 Formula Drift season and the Achilles Radial crew of Robbie Nishida and Daigo Saito…
Garrett sponsored driver, Tony Angelo and his Scion Racing / Tangelo Racing Scion tC Drift car tears up the bank of Wall, NJ in this…
Honeywell Turbo Technologies manufacturer of Garrett Turbochargers are proud to announce participation as a contingency sponsor of four major events at the Australian round of…
How fast have you gone? We are sure you’ve never gone 290mph on a motorcycle! That’s what Garrett Sponsored team: Wild Bros. Racing did with…
TiC takes a podium, a podium, and… well… not quite.After many months of non-stop work, exhaustion, rework, planning, drawing, fabricating and assembly Turn In Concepts…
Rhys Millen Racing – Huntington Beach, CA – August 13, 2012 Nothing can describe what it takes to conquer Americas Mountain. After a week of…
Rhys Millen Wins Formula Drift Round 6 Las Vegas Back 2 Back Years Rhys Millen Racing – Huntington Beach, CA – August 27, 2012 Rhys…
Get in on the biggest contest that we’ve ever put together! You must enter by October 14th 2012 to be considered! More info: https://www.facebook.com/TurboLife/app_514859041863165 Make sure…
Texas Motor Speedway – Fort Worth, TX, 9/21/22 – The GST Motorsports Time Attack Racing Team secured first place overall and set a new overall…
During the downtime since the August event at NJMP we decided to do some preventative upgrades to the new turbo system. Apparently making 600+ HP…
Rhys Millen Racing Finishes 5th and 6th in Global RallyCross at Las Vegas Motor Speedway. Rhys Millen Racing – Huntington Beach, CA – October 1,…
Rhys Millen Finishes 3rd Overall in Formula Drift 2012 Championship Rhys Millen Racing – Huntington Beach, CA – October 15, 2012 Millen would advance on…
Entering the last round of the 2012 Formula Drift season the Achilles Motorsports team was within striking distance for the championship. It was all hands…
A new chapter in the story of ultra-fuel efficient auto design opened in 2011 with the development of the world’s first 2-cylinder turbocharged diesel engine….
Special Turbo – the largest independent turbo distributor in the Czech and Slovak Republics – just celebrated 20 years of success by opening a new…
Los Angeles Ca. March 8th 2013 – Ultimate 86 Motorsports released details of the team sponsors for the 2013 Formula Drift championship. Title sponsorship of…
Turbo by Garrett has just announced that it will return as the class sponsor the NMCA WEST series’ Pro Street class, which will feature 200+…
Garrett sponsored driver, Mad Mike Widdett gets a full feature of his win at D1NZ Round 4 with his Garrett GTX4508R Turbocharged Mazda RX8! Mike…
Show full PR text Turbo by Garrett and LoveFab, Inc. set to take on the 2013 Pikes Peak International Hillclimb. LoveFab Inc. Prepares its “Enviate”…
Berk Technology’s Maiden Formula Drift Event a Success FOR IMMEDIATE RELEASE – Santa Ana, CA, April 14 2013. 2013 saw Berk Technology steer their motorsport…
SUPA Drift Series – RD 03 Dezzi Raceway Port Shepstone, Kwa-Zulu Natal There are a lot of things that cause excitement too many and for…
The 2013 Fuchs Winternationals will play host to Round 2 of Factory Xtreme at Queensland’s Willowbank Raceway on the weekend of June 7 to 10…
Following Garrett’s campaign to protect consumers and prevent the use of counterfeited products last May, more than 100 products infringing Garrett trade marks were seized…
The GTNET TOMEI BRZ team recently finished the Pikes Peak International Hill Climb for the first time in the BRZ. This would be the third…
DualBoostTM is an Ultra-Low Inertia concept for Gasoline Boosting
– The first Mono-scroll version was presented in 2011/2012
– Mono-scroll range DB14-DB22 was exhibited in Vienna in 2013
– The concept is now reaching aerodynamic and mechanical maturity
• DualBoostTM Twin-Flow
– Flow seperation can be applied to the DualBoost concept
– DualBoost is a valid concept for Mono & Twin-Flow applications
• Meridional Division shows some advantages in performance todate
• Sector Division remains interesting for further development
The REA (Rotary Electronic Actuator) and SREA (Simple Rotary Electronic Actuator) fitted to many VNT® turbos are complex, highly intricate controllers of the variable vane…
In this paper, an unsteady thermohydrodynamic formulation of a turbocharger’s thrust bearing contact is presented. The Modified Phan-Thien and Tanner model takes into account complex rheological characteristics of the lubricant, transient aspects and inertia effects due to the very high rotational speed. An extensive rheological testing campaign was performed to get data as input for the numerical model. The results obtained from this model are compared to experimental data provided by a thrust bearing rig. It shows acceptable correlation between prediction and test data of axial thrust load versus thrust bearing oil film thickness for two typical turbocharger frame sizes.
While engine boundary conditions have become harsher, fine, accurate and sustainable control of boost is challenging the way mechatronics components are engineered. This paper describes key elements of the kinematic tools developed by Honeywell Turbocharger Technologies in order to optimize turbocharger control solutions. It includes details on CAE applications such as fluid dynamics, flexible multi-body dynamics and thermo-mechanical simulations and how they can be linked together to analyse a complete system.
A new consignment of counterfeit Garrett turbochargers destined for the export market has been seized by local enforcement authorities in Guanzhou in China. The units were impounded…
The new Iveco Daily – boosted by Garrett VNT turbo technology – has been named “Van of the Year 2015” in an award decided upon…
Honeywell’s UK Master Distributor for Garrett turbos – BTN Turbo – has celebrated its 40th anniversary with employees, suppliers and friends at a special event…
Garrett by Honeywell electronic actuators, which control the variable vane mechanism of our VNT turbos, have been in production since 1999. This means that many…
More efficient Honeywell turbo applies Aerospace expertise to automotive application Honeywell Turbo Technologies has worked with Scuderia Ferrari to develop one of the most efficient turbocharger…
Honeywell, the leading global developer of automotive turbochargers, debuted its newest TwoStage Variable Nozzle Turbine (VNT) turbocharger system for diesel engines at the Frankfurt International…
The Australian Garrett by Honeywell team witnessed the stunning victory of the Boat Mistress’ team. The Southern 80 is one of the highest profile water…
Downsizing of engines is happening in every sector of the motor industry, affecting all parts of the vehicle drivetrains and this of course includes turbos….
Honeywell Transportation Systems has collaborated on an ultra-high efficiency two stage serial turbocharger system under the European Union FP7 GA-2012 CORE project. The compressors of both the low pressure and high pressure turbochargers were design optimized for the highly specific operating conditions of two stage boosting. The high pressure turbine is characterized by a sector divided fixed vane nozzle, while the low pressure turbine stage features an axial turbine wheel. The two turbines were designed specifically to achieve highest possible efficiency while minimizing ducting losses between the two stages. The end result is a novel high performance boosting system that fits in a unique package. This paper describes the approach used to set design targets for each stage of the two stage turbocharger system. The design approach used to meet these targets will be presented, and test results from gas stand will be shown measured against performance targets and performance predictions.
This paper highlights the steps that have been taken to improve the design, analysis, measurement and verification of HCF in vane less turbine stages, the intent being to improve both the HCF robustness and maintain performance. In making these improvements the impact on the aerodynamic performance of the turbine stages was also strongly considered to ensure that improvements made for HCF were not made at the expense of performance. The investigation of these new design options required developments in analytical capabilities, specifically 3D unsteady CFD, in order to make the necessary iterations with adequate fidelity in a practical timeframe. To verify the analysis techniques comprehensive experimental measurement of blade strain levels across multiple designs was also conducted and the results compared with analysis. Finally endurance testing was conducted to confirm that the measured improvements in HCF resulted in longer (and sufficient) service life of the turbine stage. Estimation of the required service life was accomplished using the process presented by Kulkarni et al (IMechE 2010).
As real driving emissions and CO2 regulations grow, turbo gasoline engines are winning customer praise the world over for being fun to drive while achieving high fuel economy. In response, Garrett has developed the 3rd generation gasoline turbo.
At the end of June, Shanghai hosted one of the most important aftermarket events – Auto Parts Exhibition – where our Chinese team was present together…
Together with out Garrett distributors, Rotomaster Distribution and MTQ Engine Systems, we welcomed numerous car enthusiasts to the largest custom car event in Australia — MotorEx 2016,…
Honeywell announced Olivier Rabiller has been named president and CEO of Transportation Systems succeeding Terrence Hahn who has held this role since April 2014, (current…
Honeywell’s innovative technologies are making our world cleaner and more sustainable, more secure, connected, energy efficient, and productive. We are focused on customer satisfaction, Honeywell…
The development of heavy duty engines is driven by customer as well as legal demands. To find the best compromise between low gaseous and particulate emissions with lowest fuel consumption and high reliability MAN Truck & Bus in cooperation with Honeywell developed a Two Stage turbo charging system for the D26 launched in 2009.
This paper describes the evolution of the D26 engine up to the present challenging emission legislation. The benefits of a Two Stage system compared to a Single Stage are discussed. Finally a detailed description of the turbo charger development such as matching challenges, aero selection and test bench work as well as special features of the latest evolution are part of the paper.
September 27, 2016 Garrett by Honeywell releases its next generation GTX5533R performance turbo featuring updated compressor aerodynamics and additional features. The GTX 5533R Gen II turbocharger is capable…
Elmar Geulen, famous for breaking every speed record on his motorcycle under the pseudonym of “Mr Hayabusa”, has now team up with Turbo Total GmBH…
• Options exist to further enhance Diesel Performance
• Traded for affordable and saleable NOx reduction
• As such Boosting can play a significant role reaching RDE
• Other Engine and After-treatment systems must improve too
• Advanced Control offers further opportunities too
• Need to get the BEST out of a given Hardware Set
• OnRAMPTM multi-variable control TOOL Suite holistic approach
• Why Combining Miller + VNT Turbo ?
– Miller Cycle Combustion Benefits
– Variable Nozzle Turbine, VNTTM Turbochargers
• Specific VNT Developments for Gasoline
– Aerodynamics
– Reliability
Summary
• Garrett first high volume Gas VNT + Miller cycle with SOP in end 2016
• Specific aerodynamics developed to meet gas engine flow requirements
• Design & Qualification plan complete for 880°C and in progress for 950°C
• Full portfolio of VNT Gas being developed to cover 1.0L to 2.0L
Garrett unveiled the most comprehensive series of product enhancements for its Honeywell Garrett brand of aftermarket turbochargers in the past decade at the 2016 Specialty…
Garrett Performance Parts responds to demand for twin turbo setup option LAS VEGAS, Oct. 31, 2016 — Garrett announced the Nov. 1, 2016, availability of select…
Brand new compact design optimized for 500 to 1000 horsepower applications New turbo compatible for engines sizes between 2.0L and 5.5L LAS VEGAS, Oct. 31,…
By 2021 turbo vehicle sales to reach 52 million annually, up from 38 million in 2016 Need for cleaner, more efficient transportation will drive pairing…
Switzerland joins authorities in Germany, Spain and Italy in confirming non-original equipment turbochargers require emissions testing and certification to be used legally Garrett supports the…
1. Why Combine Miller + VNT Turbo ?
Miller Cycle Combustion Benefits
Variable Nozzle Turbine, VNT Turbochargers
2. Specific Developments for Gasoline
Aerodynamics
Reliability
Increased CR & Miller Cycle brings BSFC and T3 reduction but needs higher boost
Option to compress in the cylinder when its efficient to do so or in the Turbo (work split)
VNT Turbo gives flat Turbine efficiency, enabling lower Turbine inlet pressure P3 for ISO Power
Charge Air Cooling needs to be increased to keep the same engine inlet temperature
First high volume VNT for Gasoline.
Specific Aero & Materials, Classic Design & Std Clearances
Full portfolio of VNT Gas under development for 1,0L to 2,0L
Seven popular Honeywell Garrett performance turbos get horsepower range increases New compressor wheel aerodynamics key to adding power to trusted Honeywell Garrett performance Honeywell announced…
What it does: This technology uses movable “gates” or “vanes” inside the turbocharger to better regulate airflow to precisely match the needs of the engine across engine speeds. This results in improved fuel economy and reduced CO2 emissions at nearly all engine speeds.
Why it’s innovative: It solves for the inherently higher temperatures associated with gasoline engines by adapting the variable geometry technology for modern gasoline engines that has been synonymous with diesel engines for nearly three decades. Garrett (Honeywell Transportation) and VW launched the first gas VNT engine in a cost-effective manner suited for high-volume production vehicles with best-in-class fuel economy.
The presence of Garrett® aftermarket brand at this year’s Indonesia International Auto Parts, Accessories and Equip Exhibition (INAPA) was top-notch and left a great impression,…
Honeywell Garrett brand reflects promise of providing differentiated and advanced turbo technology Honeywell innovations and leadership in aerospace, materials science and software adds to 50…
New series provides lower cost replacement option from a global technology leader Redboost aftermarket replacement turbos warrantied for 12 months SHANGHAI, May 26, 2017 – Honeywell (NYSE:…
Abstract: Up to now, the demand for high specific power and torque was the main driver for boosting the engine. Over the years, it also led to significant fuel benefits within emission cycle measurements.
On the other hand high boosted engines come with well-known drawbacks, which are still the main driver for turbocharger development today:
• Slower transient performance compared to naturally aspirated
• Necessity of fuel enrichment to protect the turbocharger’s components for higher engine speeds.
These two points need to be addressed by an evolution of boosting systems combined with a Miller cycle for a high efficiency combustion process. The presented paper shows the effects of Miller valve timings on the engine performance and figures out the synergies with a VNT turbine. Garrett (Honeywell Transportation Systems) presents a VNT turbine optimized for gasoline engines and the capability for exhaust temperatures up to 950° C. This optimized design overcomes several well-known failure modes leading to a gasoline VNT for mass production. Within this paper 1D engine process simulations are carried out for a 1.5 l 3-cylinder gasoline engine. The high Miller rate even at full load enable to increase the compression ratio.
High Miller ratios require an increase in boost pressure which can provided by the latest Garrett compressors design for these applications. The reduced engine backpressure caused by the VNT turbine in combination with the higher achievable Miller ratio lead to a reduced fuel consumption at rated power of 11 %. One of the challenges for Miller application is the transient engine response which is typically worse compared to conventional boosted engines and therefore not acceptable for the customer. Here the VNT turbine shows a reduced Time-To-Torque at 1500 rpm of 48 % compared to a wastegate turbine with otherwise unchanged boundary conditions.
Summarizing, the combination of a VNT turbine which provides high turbine power and a Miller engine concept which requires high boost pressures is a good concept to reduce the fuel consumption for future gasoline engines.
Keywords: Miller, VNT, VTG, engine matching, gasoline engine
Garrett offers same two-year warranty on remanufactured products as its OE new turbo range European regulatory agencies affirming turbochargers as type-approval relevant components AMSTERDAM, June…
Garrett Motorsport turbochargers supported Toyota’s TS050 HYBRID with a 2.4L twin-turbo, direct injection V6 gas engine paired with a hybrid system.
Technical paper covering emission drivers 2015 through 2017, background on the CO2 challenge, Diesel and Gasoline technologies as well as enablers for hybridisation.
After the last edition held in London in 2015, the 4th edition of the EMEA Performance Distributors took place in Le Castellet, a unique site in the South…
Garage Huitric – represented by its owner Mr. Huitric was chosen the lucky winner of a brand new Honeywell Garrett turbocharger in the January edition…
Favored among medium and heavy-duty truck and bus applications, Garrett® DA VNT™ previously called Double Axle VNT™ (DAVNT), uses 12 –19 turbine nozzle vanes supported…
Plateforme Préférence Technique has been appointed the new Garrett authorized center becoming the third player in France able to market the Garrett standard range. Garrett…
This summer the two 2017 key exhibition centers in Russia hosted two top events in the Automotive Industry – Construction Equipment & Technologies show (CTT)…
During the 12th to the 15th of September 2017, Cheadle hosted a truly international training course for some of our newly appointed Master Distributors plus…
As more stringent emission and fuel economy legislation are implemented around the world it is evident that vehicles and powertrains will soon have significantly increased levels of Electrification. This paper introduces an advanced simulation study based on a 2.0L Gasoline engine. It compares the potential functionality and trade-offs between a baseline boosting system and two alternatives: one utilizing an electrically driven compressor (e-Charger™) and a wastegate turbo, and the other with an electrically assisted turbocharger system (e-Turbo) only. Steady-State, Transient and potential Fuel Economy in a reference RDE Cycle as well as a WLTC are considered.
In addition to meeting future emission regulations, a significant reduction in fuel consumption in real customer operations with a higher vehicle performance has been the driver for the development of the new EA211 TSI evo engine generation, As the first representative of the new generation, the 1.5l TSI evo engine starts and replaces the successful EA211 1.4l TSI 92kW series. The new 96kW engine is characterized by the Miller combustion process combined with an exhaust gas turbocharger with variable turbine geometry.
Garrett Motion is preparing to launch the Number 1 platform for mechanics and installers around the world. The website will feature access to detailed catalog…
Garrett has released a new drop-in intercooler upgrade for the 2015 and newer Mustang 2.3L EcoBoost engine platform. The 857564-6001 intercooler is C.A.R.B. certified and…
The large audience of 5000 car and motorsports enthusiasts could admire the: Nissan Silvia, Drift and HillClimb Turbocharged by a GTX 3076 Gen II without…
The 2017 SEMA show is less than a month away and there are many exciting news to be unveiled. SEMA is the largest automotive Performance tradeshow…
Diesel
Gasoline
Hybridisation
Summary and Outlook
Track history at Honeywell in Electrified Turbomachinery
Garrett Motion announced this week at the 2017 Specialty Equipment Market Association (SEMA) show that it is introducing Garrett® G Series of aftermarket performance turbochargers…
It has been brought to our attention that some customers have been interchanging 713672 and 713673 part numbers with different Garrett part numbers or turbos…
For diesel engines conforming to Euro V emissions regulations, a series of turbo models is available, dependent on engine size, power rating and vehicle range….
During last SEMA, Garrett was introducing Garrett ® G Series Turbochargers. A clean sheet product tailored to meet the demands of hard core racing enthusiasts…
PLYMOUTH, Mich., Jan 31, 2018 — Honeywell (NYSE: HON) and LG Electronics Inc. (KSE: KRX) signed a memorandum of understanding to develop and demonstrate a…
Josh Klugger made history on January 20th 2018 as he became the first official 3-second eighth-mile time in Pro 275 competition at Orlando Speed World…
The Garrett GT5533R and GT5541R turbochargers are the only members of the GT family of turbos to feature fully-machined compressor wheels. Fully machined wheels are…
Philcontruct has been defining the landscape of building and construction in Philippines for over two decades. It now serves as the annual meeting place for…
The Manila Auto Salon together with the Sport Truck Show once again open its doors to exhibit one of the largest automotive aftermarket shows in…
On the 17th of February, at the headquarters of our Master Distributor, FTS SpA in Alba a press conference was held in front of 60 press…
TurboMaster, one of our Official Performance Distributors across EMEA successfully supported the Aridex-Sipu Racing team to win for the second year in a row the…
Garrett pairs up with Roadster Shop and the famous motorcycle builder on his 1500HP Hot Rod Car and motorcycle builder Jesse James unveiled his latest …
FPT Industrial is now part of speed record history. Fabio Buzzi, multiple world-champion of Powerboat Racing and CEO of FB Design, has achieved the fastest…
After the 439.97 tons of soybean harvested in last year’s world record, FPT Industrial powers New Holland in achieving a new performance record. How…
Automechanika Istanbul 2018 closed with record numbers: 1,351 exhibitors met with 45,979 visitors from all around the world during 5-8 April 2018. 2018 Automechanika Istanbul…
Reduced engine allowance accelerates Garrett turbo advancements for reliability and durability ROLLE, Switzerland., April 25, 2018 – Early season success in 2018 has excited Garrett…
Early season success in 2018 has excited Garrett Motion (Honeywell Transportation Systems) and Scuderia Ferrari engineers working together for the 2018 FIA Formula One World…
VIENNA, April 26, 2018 – Garrett Motion [Honeywell (NYSE: HON)] currently Garrett Motion Inc. (NYSE: GTX) is showcasing at the Vienna International Motor Symposium an…
Robert Matusiak from Poland successfully completed the Garrett Turbo Expertise Level 1 training on the 2nd of February and received his certificate. Launched on…
More than 50% of New Vehicles at Auto China show apply Turbo Technology April 27, 2018, Beijing, China — Driven by the pending China National…
MORRIS PLAINS, N.J., May 4, 2018 – Honeywell (NYSE: HON) today announced that Olivier Rabiller has been appointed to continue to lead Transportation Systems as President…
Garrett developed the first monoblock arm and valve in 2013 for durability, controllability and noise perspective. The first application was mono-scroll coupled with a pneumatic actuator. The global trend is to switch from pneumatic to electric actuator and the customer requirement to use monoblock with twin scroll turbocharger for durability perspective forced engineers to revisit the complete monoblock design.
Turbochargers used for internal combustion engines experience severe transient loading conditions due to nature and variety of engine operating conditions. Turbine housing, a key component of a turbocharger collects hot exhaust gases from the engine and provides it to the turbine wheel and hence the kinetic energy needed for charging. Non-uniform temperature distributions, complex designs and mechanical loads induced by interactions with adjacent components subject turbine housings to multi-axial stresses which could lead to thermo-mechanical fatigue (TMF) and ultimately to cracks. Hence designing a turbine housing robust for thermomechanical fatigue poses a major challenge and it requires a very deep understanding about the material behaviors under various TMF loading conditions.
Macro trends on increasingly stringent emission regulations, health concerns linked to air pollution in cities and 48 V penetration due to growing electric auxiliary demand at vehicle level are allowing penetration of electrified air-boosting systems. Such systems create new degrees of freedom and enable new optimization strategies for internal combustion engines.
Increasingly stringent emissions regulations are promoting alternative energy sources like hydrogen, driving the development of fuel cell propulsion technologies. Garrett’s Two Stage electric compressor for fuel cells supports this innovative energy source, using a combination of aerospace and automotive technology.
Strong Industry Macros with MHEV set to Grow Fast but need to overlay Regional, National and Local Targets
Air Quality
NOx for Diesel & Particulates for Gasoline
City Tolls, Parking Charges (& ICE Bans)
CO2 (Eu)
2020+ → 95g/km
2025 → 95g/km -15%
2030 → 95g/km -30%
Eu7 (2023+) | Gasoline example
No Scavenging → Risk to LET
Lambda 1 → Risk to Rated Power
RDE Full → Emission from t=0
MORRIS PLAINS, NJ, June 14, 2018 – Honeywell (NYSE: HON) today announced that its Transportation Systems business will rebrand itself “Garrett – Advancing Motion” upon…
“I’m excited to unveil that Garrett will be our new company name, when Honeywell Transportation Systems becomes an independent company following the spin-off from Honeywell….
MORRIS PLAINS, NJ, June 14, 2018 – Honeywell (NYSE: HON) today announced that its Transportation Systems business will rebrand itself “Garrett – Advancing Motion” upon…
Production turbos have traditionally used a Hydrodynamic Bearing system to control the motion of the rotating assembly; the turbine wheel, shaft and compressor wheel. It…
MORRIS PLAINS, N.J., July 16, 2018 /PRNewswire/ — Honeywell (NYSE: HON) today announced that Carlos Cardoso has been appointed as Chairman of the Board for…
For many years, turbos for commercial vehicles were big, simple units. They relied on old technology that had proved extremely reliable, but lagged way behind…
See and hear it to believe it. Twin Honeywell Garrett GTX5544R Gen II 106MM turbochargers boost a 670-cubic-inch hemi engine to 5,300 horsepower, making it the world’s highest…
Speaking at the CAR Management Briefing Seminars in the US recently, Garrett Chief Technology Officer Craig Balis emphasized the great opportunity Transportation Systems, and soon…
Contacts: Jingyin Deng +86 10 56696187 jingyin.deng@honeywell.com HONEYWELL CONNECTED PLANT HELPs VISUALIZE AND OPTIMIZE ENERGY USE AT TURBOCHARGER PLANT IN JAPAN First deployment of…
MORRIS PLAINS, N.J., Sept. 6, 2018 – Garrett Motion Inc., the planned Honeywell spin-off of its Transportation Systems business, will host its investor conference in…
Turbo enhancements help on- and off-highway vehicles achieve improved fuel economy and reduced emissions. HANNOVER, Germany, Sept. 19, 2018 – Honeywell Transportation Systems – which…
Divided turbines improve the efficiency of heavy-duty diesel engines by separating the blowdown events of consecutive cylinders, improving engine pumping and engine volumetric efficiency. Dividing the turbine housing leads to uneven flow between the two scrolls which can be characterized in terms of turbine mass flow ratio (MFR). An optimized turbine design needs to consider where the turbine energy is delivered with respect to MFR and improve turbine efficiency at the turbine operating points where most of the turbine energy is delivered. Three single-stage air handling architectures were compared based on their likelihood of adoption for US-24/EURO-VII engines: SCR-only, HP-EGR with Reed and asymmetric HP-EGR.
EU H2020 “Particle Reduced, Efficient Gasoline Engines” (PaREGEn) project targets CO2 reduction by at least 15% under upcoming EU6 RDE legislation. A lean combustion vehicle demonstrator, the concept and design studies of which are summarized in this paper, is one of the workstreams in the project. Specifics of boosting system sizing for such an advanced combustion powertrain are elaborated in detail for full- and partload conditions. Boosting system design for vehicle packaging is also introduced, as well as the upcoming activities outlook.
Today (n.r. Oct 1st – 2018) is the first day of a brand-new journey. With our spinoff from Honeywell officially in the rearview mirror, I…
From May 2014, all Aftermarket boxes shipped from Garrett EMEA logistic hub in Thaon-Les-Vosges (France) will include a new document covering the relevant correct Garrett turbo installation procedure along…
Garrett Turbo Technologies announced on 5th June the launch of the “Garrett Original Reman” line of turbochargers for the independent aftermarket in Europe. Garrett Motion…
Bucharest plant responsible for over 40 million turbocharged engines in global vehicles Local employment up over 400% since manufacturing facility began operations in 1998 BUCHAREST,…
With tightening fuel economy and CO2 emissions standards, carmakers around the world are resorting to turbocharged, downsized and down-sped engines that are beginning to see a…
NOX emissions from copies as much as 28% higher than original fit turbo replacements and the worst-performing copies also emitted nearly 3% more CO2 than genuine parts….
The Turbo Effect A turbocharger uses an engine’s exhaust gas to drive a turbine wheel at speeds up to 280,000 rpm, working in harness with…
In October, we set off on our own as Garrett – Advancing Motion. While an exciting new chapter to our more than six decades of…
If Level 1 Turbo Animations already raised your attention and you were in high anticipation for the next ones, you can now log in to…
The Indiana Convention Center in downtown Indianapolis hosted the 30th anniversary edition of the PRI Trade Show, between 6th and 8th of December 2018. Delivering…
This extends their multi-year partnership with Jamboree to a magnificent 5 years as Jamboree owner, Collin Willshire explained. “Garrett has a rich history at…
Garrett Motion has been producing turbochargers since the 1950s. Since that time, the technology has become synonymous with high-end performance in vehicles, but turbos are…
Garrett – Advancing Motion (Garrett Motion Inc. NYSE: GTX), through the voice of Senior Vice President and CFO Alessandro Gili will speak at the Wolf…
Olivier Rabiller Garrett – Advancing Motion (Garrett Motion Inc. NYSE: GTX) President and CEO Olivier Rabiller will speak at the Deutsche Bank Auto Industry Conference…
Gasoline VNT is an enabler for heavy millerization offering diesel-like fuel economy with gasoline performance while meeting stringent CO2 regulations.
As emissions standards tighten, automotive manufacturers on every continent are quickening the pace on turbo uptake to develop passenger cars and trucks that redefine the concepts of fuel efficiency and performance. By 2020, it’s predicted that 70 percent of the entire light vehicles worldwide will be boosted by turbo technology, enabling millions of drivers to enjoy the benefits of impressive driveability, cost-effective emissions control and improved fuel efficiency.
Geoffrey L Duff, Garrett – Advancing Motion‘s Director of Application Engineering for North America, will be part of a supplier panel focused the increasing role…
With championship aspirations heading into the 2019 NHRA Pro Mod season, veteran Steve Matusek today revealed a major partnership with Garrett Advancing Motion and its…
The Tokyo Auto Salon is an international event held annually at the MAKUHARI MESSE in Tokyo. It focuses on endorsing brand new and innovative cars…
Identification Q: Vehicle in Workshop – URGENT PLEASE. I need to order a turbo, but don’t know what to order. On the housing I can see…
Garrett Advancing Motion announces a new collaboration with Kanoo Performance from Bahrain, we are happy to have a reseller partner for our Garrett Performance Portfolio…
ROLLE, Switzerland–(BUSINESS WIRE)– Garrett Motion Inc. (NYSE: GTX), a cutting-edge technology provider that enables vehicles to become safer, more connected, efficient and environmentally friendly, today…
“Electrification” has become a great, big, giant buzzword in the automotive industry as the global pursuit of cleaner more efficient energy imprints itself upon the…
Performance and CO2 potential at Eu7 Boundary Conditions
Garrett Turbo Technology Boosts 5 of 7 Nominees Seeking Car of the Year Honor at Geneva International Motorshow Technologies span gas and diesel engines…
More than 70 students from local high schools and a local university have attended the first-ever “Open Doors Day” held at Garrett’s turbocharger manufacturing site…
Now in its 5th year, Custom Show Emirates is the biggest custom cars & bikes show in the Middle East. The show not only provides…
Independent Lab tests show as much as 40% performance gap between genuine Garrett Aftermarket Turbos and Copies. When it’s time to replace your car’s turbocharger,…
More than 20 models to launch in China in 2019 with Garrett technology Garrett enabling advanced internal combustion engines, hybrids and hydrogen fuel cells SHANGHAI,…
New boosting solution pairs with lean Miller Cycle combustion in gasoline engines Garrett solution helps to deliver 15% CO2 reduction for EU sponsored project Garrett…
April 4th– 6th saw the Pacific Garrett Advancing Motion Team exhibit at the 2019 Australian Automotive Aftermarket (AAA) Expo in Melbourne Australia. “The AAA Expo…
On May 17th Garrett Motion representatives participated in Top Women Tech event, the place where 120 talented and ambitious women meet with 18 top international…
Garrett Mexico employee Moises Lojero’s 12-year-old daughter Monserrat has big ambitions. Even at her young age, she knows what she wants to be when she…
Garrett showcasing next breakthrough technology at Vienna with E-Turbo demo car Variable geometry architecture introduced in 2017 at Vienna now accounts for more than 50%…
Garrett Advancing Motion itself has a rich history at Jamboree and has been providing cutting edge Turbocharger technology for decades, which has allowed racers to…
How does a turbocharger work? A turbocharger takes, otherwise, unused exhaust gas from an internal combustion engine and uses it to drive a turbine that…
Congratulations to Ryan Tuerck on his 1st Place Victory at Formula Drift New Jersey in his 2JZ Toyota 86 turbocharged with our Garrett G Series G42-1200 Compact Turbocharger….
China’s role as the host country for the recent World Environment Day sends a clear message to the automotive industry that the world’s largest market…
The 24 Hours of Le Mans endurance race in France is one of the most grueling and challenging races on the planet – it is…
Turbo tech leader supporting race favorite TOYOTA GAZOO Racing team in top LMP1 class Garrett also providing engineering support to teams from Ford, BMW in…
ROLLE, Switzerland, June 13, 2019 – Garrett Motion Inc. (NYSE: GTX) today announced the appointment of Anthony Lodato as vice president and general manager, North…
Garrett turbo technology contributes to TOYOTA GAZOO Racing’s victory in world’s most-celebrated vehicle endurance race LE MANS, France, June 16, 2019 – Garrett Motion Inc….
New series provides lower cost replacement option from a global technology leader Redboost aftermarket replacement turbos warrantied for 12 months Redboost turbochargers have been developed…
Nitrogen Oxides (NOx) and Particulate Matter (PM) reduction have historically been the focus for heavy-duty truck OEMs, but the next round of emissions regulations is…
Congratulations to Andy Gray in his Powervehicles JZX100 Mark 2 on his 1st place podium at Formula Drift Japan powered by a 3.6L 2JZ with…
The Garrett Motion twin turbocharged BBi Autosport Porsche 911 Pikes Peak hill climb car completed the event with an impressive 2nd place overall as well…
New Garrett GT35V Turbocharger Design for 9.8L HD Diesel Achieves Next Generation Engine and Cost Targets for Isuzu TOKYO, July 15, 2019 – Garrett Motion…
Australia’s Castle Hill Performance race team took their race car to the Willowbank raceway in Brisbane Australia for the 3rd round of the Kenda 660…
PowerMax™ direct fit F-150 performance turbo kits are engineered for enthusiasts that want increased engine performance while maintaining OEM direct fitment. With professional engine calibration…
Mike Jovanis takes home another True Street drag racing win with an 8.05 average in NMRA True Street class. The 1989 Mustang is boosted by…
Ford Mustang Drag car featuring a Disomma Race Engines 400 cubic inch small block Ford with a single Garrett GTX5533R Gen II 98mm turbocharger
Dai Yoshihara Drifts into 3rd place at the fifth round Formula Drift in Seattle, Washington. The Subaru BRZ has an LS engine platform that produces…
Replace Heat With Horsepower PowerMax performance products by Garrett Motion are vehicle specific turbo and intercooler upgrades for the most popular OEM turbocharged…
After being postponed last month due to bad weather, anticipation for the 2019 Sydney Grudge Kings event only grew stronger and when the day finally…
Garrett turbochargers are selected as the official turbocharger for the Honda Talon SXS turbo system developed by Jackson Racing. The Jackson Racing Talon SXS Turbocharger…
The automotive world is undoubtedly in a period of flux. Urban air quality and climate change are the key drivers and new technologies such as zero emission, connected and autonomous vehicles are causing significant changes in the mobility landscape. Full electric vehicles (EV’s) are growing quickly on a percentile basis but require significant monetary and “in kind” incentives such as preferential city access, parking and exemption from life cycle CO2 counting, to stimulate adoption, at least in the short term. Legislation is also evolving rapidly. Real driving emission (RDE), the clean vehicle directive (CVD), CO2 monitoring and the still to be published Eu7 emission targets are being designed to transition the european fleet to one that can be measured and monitored firstly in terms of real world emission and ultimately in life cycle CO2 footprint. Change is not only taking place in automotive however. In the energy sector, the renewable energy directive (RED II) and the gas market design are the instruments with which the EU commission will steer the primary energy industries such as electricity and natural gas towards the goal of 90% reduction in CO2 by 2050. All these actions will take time to shape the individual industries but convergence will be well advanced by 2025 and by 2030 it should be possible to start comparing based life cycle CO2 in a meaningful way.
Going 500 MPH is not an easy task. Garrett turbo and Carbinite LSR work hand in hand with engineering and technology to break the current land speed record.
Founded in July 1994, The Shanghai site has become a key strategic footprint with state-of-the art turbocharger manufacturing capability and one of Garrett Motion 5…
Garrett Motion turbochargers have been crucial to winning races and breaking lap records for the eight-time national champion – and recently “unretired” – Arjun Balu….
The integration of an electric motor generator to the shaft of turbochargers is an option Garrett is working on since high speed electrical machines made their appearance in aerospace. It has proved a success in F1 and endurance motorsport, in conjunction with the hybridization of those powertrains, because the E-Turbo strengthens both, the performance and the fuel efficiency of the engine. It introduces at the same time the controllability of the power equilibrium between compressor and turbine, an additional degree of freedom in the energy management.
How does one start off with a $225 Craigslist find and end up with a race vehicle worth well over $200,000? This is the story…
One Fast Lap: Racing The Clock With The RS Motors Time Attack Racing Team This car is built for one thing- Time Attack Racing. Time…
Professional drifters Chris Forsberg and Ryan Tuerck partner with Motor Trend in a new YouTube Series called “Drift This”. The duo takes an unsuspecting vehicle,…
Let’s be frank: nobody likes to have their expensive performance parts fail under pressure because losing races—and potentially incurring physical harm to yourself or bystanders…
Red Cup Racing and Roosters Bike Shop turbocharge motorcycles to set new land speed records at famous Bonneville Salt Flats for Speed Week 2019
A naturally aspirated combustion engine will lose 3% of its power for every 1,000 ft of elevation gain. Add a Garrett turbocharger to minimize the loss
Garrett Motion team was present at NitrOlympX 2019 drag racing at Hockenheimring Germany. We would like to take this chance and congratulate our German Performance…
Nearly 40 Garrett China distributors gathered in Wuhan to discuss the challenges and opportunities of the aftermarket development on August 21. Eric Fraysse, President of…
The Garrett G30-660 and G30-770 Turbochargers Garrett G Series turbochargers feature advanced compressor and turbine aero to offer enthusiasts a wide range of performance boosting…
Australia has one of the largest racing and performance audiences in the world. From rotary powered turbocharged Mazdas like the 13B to Nissan, Toyota, and Mitsubishi 4 and 6 cylinder engines, you will find plenty of Garrett turbochargers supplying boost to these sport compact setups.
Carl Stevens Pro Modified drag race car gets on the dyno to show how much power it takes to be one of the quickest and fastest cars on the track today. His XRE engine combined with Garrett GTX5533R Gen II turbos made 4615 horsepower!
Time Attack competitors are always chasing more horsepower while trying to maintain reliability and a useable power-band. Boersma’s car of choice is a 1999 Honda Civic with a 1.9L Honda B Series turbo engine that cranks out 785 horsepower with a Garrett GTX3582R Gen II!
Company Reaffirms Full Year 2019 Guidance ROLLE, Switzerland–(BUSINESS WIRE)– Garrett Motion Inc. (NYSE: GTX) today announced that Alessandro Gili, senior vice president and chief financial…
On display for the first time will be Garrett’s “E-Turbo” for mass market passenger vehicles, expected to launch in 2021 Garrett will display additional turbo…
On display for the first time will be Garrett’s “E-Turbo” for mass market passenger vehicles, expected to launch in 2021 Garrett will display additional turbo…
The GTX3582R Gen II is a great choice for the 2JZGTE engine because the (66 68 mm) compressor to turbine wheel combination provides big power and quick boost response. The power curve provides sufficient boost at a wide range of RPMs needed for drift events.
Buckle up. Las Vegas-based George Kiriakopoulos let us ride shotgun as he showed how the Garrett GTX3582R keeps his drift – when a driver intentionally…
A practical, well-mannered 5-door E46 mixed with a fire breathing 2JZ-GTE beast putting down over 900 horsepower to the wheels with a GTX3584RS turbocharger supplying the boost.
Radial racer Josh Klugger builds a new race car to dominate the radial vs world class. the twin turbo powered Pro Line Hemi, is ready to roar with it’s 4700 horsepower.
Congrats to Andy Gray, 3 time Formula Drift Japan Champion for his 1st place finish at Okuibuki Formula Drift. His Powervehicles JZX100 Mark 2, 2JZ turbocharged Garrett G42-1200 supplied the power he needed to fight some tough battles and come out on top.
Jason Carter and Mark Micke are two of the biggest names in drag racing and current world record holders with 221 MPH in the 1/8th mile! Garrett GTX5533R
It doesn’t get much more competitive than heads up drag racing! The Shakedown Nationals at Virginia Motorsports Park presented by COMP Cams planned to rock…
Jim Houghton’s 800 WHP Unlimited Front Wheel Drive Acura Integra Type R is one of the fastest cars in Time Attack Racing. It’s 2.4L turbocharged engine is..
His vision is to have a 4 rotor powered RX7 that handles like Ken Block’s Hoonicorn and of course has a huge Garrett turbo.
On October 1, 2018 Garrett Motion was introduced to the world as a stand-alone company. Leveraging 65 years of technology leadership, our teams across the…
The SWE19, Society of Women Engineers conference is the world’s largest conference for women engineers. SWE19 brings together the leading voices and figures in the…
The global mobility landscape is changing, but how are automotive suppliers preparing for its evolution and the future of the industry? That is what CLEPA,…
What are the forces that are shaping tomorrow? How can we pioneer the future? WINConference aims to guide us towards new models of living, working…