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Ford Duratec engine

The Ford Duratec engine is a family of three-cylinder, inline-four, and V6 gasoline engines produced by , featuring aluminum blocks with cast-iron liners and dual overhead cams, designed for efficiency and performance in compact to midsize vehicles. Introduced in 1993 with the (known as the in starting in the 1995 model year), the Duratec lineup was co-developed with partners including for initial concepts and for aluminum casting processes, while later variants incorporated collaborations with and . Key variants span displacements from 1.0 to 3.7 liters, including three-cylinder, inline-four, and V6 configurations, with inline-four options like the 2.0 L Duratec delivering up to 160 horsepower in direct-injection forms and V6 models such as the 3.0 L producing 200-240 horsepower depending on configuration. Production of variants like the 2.0 L Duratec continues as of 2025, with applications in hybrids such as the 2026 Ford Kuga. Notable features include variable cam timing (VCT) in later iterations, such as the 2010-2012 "D30 PI" V6, sequential multiport fuel injection, and chain-driven cams for reduced maintenance compared to belt systems. The 3.0 L Duratec, launched in 1996 to replace the older 3.8 L V6 in the Ford Taurus and Mercury Sable, exemplifies the family's evolution with its 89 mm bores, 79.5 mm stroke, and independent manifold runner control (IMRC) for improved torque. These engines powered a wide array of Ford, Lincoln, Mercury, Jaguar, Mazda, and Volvo models, including the Taurus, Escape, Fusion, Mustang, and Explorer, as well as cargo vans and SUVs, with production extending into hybrid applications like the 2.5 L Duratec hybrid introduced in 2022. Reliability is generally strong, though common issues in the 3.0 L include IMRC sludge buildup triggering diagnostic code P1518 and potential fuel pump wiring failures in early 1996-1998 models. Later developments, such as the 3.5 L and 3.7 L Duratecs with up to 305 horsepower, paved the way for EcoBoost turbocharged derivatives used in high-performance vehicles like the 2011 Mustang and Taurus SHO.

Overview

Background and family scope

The Ford Duratec engine family comprises a series of gasoline engines featuring inline-3, inline-4, inline-5, and V6 configurations, characterized primarily by aluminum blocks and dual overhead (DOHC) valvetrains. These engines emphasize lightweight construction and efficient performance for transverse and longitudinal mounting in various vehicle architectures. Positioned as the successor to the family in many compact and midsize applications, the Duratec series largely focuses on naturally aspirated designs, though select variants incorporate turbocharging for enhanced output. It serves as a foundational platform preceding the turbocharged EcoBoost lineup in several , bridging the gap between earlier pushrod and overhead cam technologies toward more advanced systems. Production of the Duratec family commenced in and continues to the present, with engines powering passenger cars, light trucks, and crossovers under and partner brands including , , and . Notable family traits in later iterations include (VCT) or twin independent VCT (Ti-VCT) for improved and power delivery, with displacements spanning 1.0 L to 3.7 L across the range. The initial V6 variant was introduced in .

Nomenclature and branding

The Duratec name originated as a representing "durable technology," reflecting the company's emphasis on robust and long-lasting engine designs. It was first applied to the co-developed with and introduced in the 1994 , marking the start of its use across Ford's engine lineup. Over time, extended the Duratec branding to diverse engine architectures for marketing consistency, despite significant differences in design. This included the L-series inline-four engines produced in collaboration with , the Sigma family of small-displacement inline engines, the Ford Zetec compact inline engines, and the later V6 family, all unified under the Duratec umbrella to simplify global product identification. Specific variants of the Duratec name highlight technological features, such as Duratec Ti-VCT for engines equipped with Twin Independent , which optimizes for improved and . Other designations include Duratec HE for high-efficiency configurations emphasizing fuel economy through advanced and lightweight materials, Duratec SCi for models with Smart Charge injection direct fuel delivery to enhance power while reducing consumption, and Duratec FFV for flex-fuel versions capable of running on gasoline-ethanol blends up to E85. The branding strategy introduced ambiguities, as Ford sometimes overlapped Duratec with prior names like Zetec for transitional inline-four engines and later integrated it with EcoBoost for turbocharged variants, creating confusion in engine lineage identification. This approach supported 's global marketing efforts from the , standardizing across regions to promote a unified image of reliable, advanced powertrains in , , and beyond. In partner brands, Duratec engines received equivalent designations to align with local marketing; for instance, Mazda marketed the shared L-series inline-fours as MZR engines, while Volvo applied codes like B5254 to specific 2.5-liter inline-five variants derived from the modular Duratec architecture.

History

Origins and V6 development

The Ford Duratec V6 engine family originated from a collaborative effort between Ford and , with additional input from , to develop a modern, lightweight V6 for mid-size vehicles. The initial design, completed around , centered on a compact 60° aluminum block featuring cast-iron cylinder liners for durability and an aluminum with dual overhead camshafts (DOHC) per bank to enable four valves per cylinder. This architecture aimed to deliver refined performance and smooth operation, prioritizing low (NVH) levels suitable for family sedans. The first production Duratec engine was the 2.5-liter V6, debuting in with the 1994 as an optional powerplant for higher trims, where it replaced less advanced inline-four options in the lineup. With a bore of 82.4 mm and stroke of 79.5 mm, it produced 170 horsepower at 6,250 rpm and 162 lb-ft of torque at 4,250 rpm, emphasizing balanced power delivery and efficiency through sequential multi-port . In , the 2.5-liter Duratec V6 arrived in 1995 aboard the Ford Contour and Mercury Mystique, marking the engine family's transatlantic expansion and serving as a sophisticated alternative to older V6 designs like the pushrod series used in prior . Building on the 2.5-liter foundation, Ford quickly expanded the lineup with a 3.0-liter variant in 1996 for the redesigned and , increasing displacement through a larger 89 mm bore while retaining the 79.5 mm stroke and core architecture. This engine delivered 200 horsepower and 200 lb-ft of torque, offering significant improvements in power and refinement over the outgoing 3.8-liter V6 it directly replaced in those platforms. The transition underscored the Duratec's versatility, with its aluminum construction contributing to better weight distribution and fuel economy in mid-size sedans.

Inline engine expansion and collaborations

Following the success of the initial Duratec V6 engines in the late 1990s, Ford expanded the Duratec family into inline-four configurations around 2000-2001 to replace the aging Zetec engines, emphasizing lightweight aluminum construction and improved efficiency for global compact vehicles. This shift involved close collaboration with , leveraging Ford's majority stake in the company at the time to co-develop the MZR/L-series engines, which Ford branded as Duratec variants. The first such engines included 1.8 L and 2.0 L displacements, introduced in European models such as the 2000 , with later adoption in the second-generation (2004) and production ramping up for shared platforms such as the starting in 2003. These engines featured dual overhead cams and precursors, enabling better low-end torque and emissions compliance compared to the Zetec. In 2002, Ford introduced the smaller Sigma-family Duratecs, ranging from 1.0 L to 1.6 L, targeted at compact cars to prioritize and low-end responsiveness in urban driving. Developed internally but building on Yamaha's earlier contributions to the Zetec-SE lineage, these engines debuted in the and , offering displacements like 1.25 L and 1.4 L with SOHC or DOHC setups for cost-effective performance. The Duratecs emphasized compact design and reduced NVH, achieving up to 10% better fuel economy than prior small engines through optimized and lighter components. Ford's acquisition of Volvo in 1999 facilitated further inline expansions, notably the adoption of Volvo's inline-five 2.5 L turbocharged Duratec (B5254T) in 2003 for performance applications, initially in Volvo's S60 and V70 before integration into Ford vehicles. This collaboration integrated Volvo's Modular family expertise with Ford's Duratec branding, resulting in a 2.5 L DOHC turbo engine producing enhanced mid-range power for all-wheel-drive setups. By 2005, the Zeta-family mid-size Duratecs (2.0 L to 2.3 L) extended this growth for North American midsize vehicles like the and , co-developed with as evolutions of the L-series with increased stroke for . These featured aluminum blocks and chain-driven cams, supporting up to 160 in base forms while meeting stricter emissions standards. Key advancements came in 2010 with the widespread adoption of Twin Independent Variable Camshaft Timing (Ti-VCT) across Duratec inline engines, improving fuel economy by 5-10% through optimized valve phasing for better combustion efficiency at varying loads. This upgrade was applied to Sigma and L-series variants, enhancing part-throttle response without sacrificing power. By 2014, Ford began phasing out non-Ti-VCT Duratec models in favor of EcoBoost turbocharged derivatives, aligning with corporate goals for downsized, high-efficiency powertrains amid rising fuel standards. This transition saw naturally aspirated inline Duratecs largely supplanted in new applications, though legacy variants persisted in select markets. Although Ford shifted toward EcoBoost turbocharged engines from 2014, naturally aspirated Duratec variants continued in hybrid applications, such as the 2.5 L Atkinson-cycle engine introduced in 2012 for the Fusion Hybrid and used in later models including the 2022 Maverick Hybrid as of 2025.

Design features

Core architecture and materials

The core architecture of the Ford Duratec engine family emphasizes lightweight construction combined with structural integrity to support a range of displacements and configurations from inline-three to V6. Central to this design is the use of an aluminum alloy block across all variants, which significantly reduces engine weight compared to traditional cast-iron designs while maintaining rigidity through a deep-skirt die-cast structure. Embedded cast-iron cylinder liners provide enhanced durability, wear resistance, and heat dissipation within the aluminum block, enabling reliable operation under varying loads. Cylinder heads are constructed from aluminum to promote efficient thermal management and further contribute to overall weight savings. In later iterations of the Duratec family, these heads feature integrated exhaust manifolds, which facilitate faster catalyst light-off and improved emissions performance by optimizing exhaust gas heat retention close to the combustion chamber. Dimensional aspects of the architecture include bore diameters typically ranging from 79 mm to 89 mm for inline-four engines, paired with variable stroke lengths to achieve different capacities without altering the block's fundamental footprint. V6 configurations adopt a 60° bank between cylinder banks, promoting a compact for both transverse and longitudinal vehicle layouts while aiding in inherent balance. Key rotating components include forged crankshafts, employed especially in high-output variants to endure higher torsional loads and rotational speeds. Aluminum pistons are utilized for their low-friction properties and contribution to . Inline-four Duratec engines incorporate balance shafts to counteract second-order vibrations, enhancing smoothness without compromising power delivery.

Valvetrain and timing systems

The Ford Duratec engine family employs a dual overhead (DOHC) layout per bank, featuring four per to facilitate efficient airflow and . This configuration supports high-revving performance while maintaining compact packaging, with the aluminum heads integrating seamlessly to optimize thermal management and weight reduction. In variants such as the 3.5 L and 3.7 L V6 engines, the incorporates Direct Acting Mechanical Buckets (DAMB) with polished buckets, which directly actuate the to reduce friction losses and contribute to quieter operation compared to traditional designs. Most other Duratec models, including the 2.5 L and 3.0 L V6 as well as inline-four configurations, utilize roller finger followers paired with hydraulic lash adjusters; these components minimize and noise while ensuring precise control across operating conditions. The in all Duratec engines are driven by a durable timing rather than a , enhancing long-term reliability and eliminating the need for periodic replacement. Variable camshaft timing (VCT) technology was introduced on the 3.0 L Duratec V6 for the 2006 , enabling dynamic adjustment of cam phasing to balance power, efficiency, and emissions. This evolved into Twin Independent VCT (Ti-VCT) by 2011 on models like the 3.7 L V6, allowing separate control of intake and exhaust camshafts for broader torque delivery and up to 5 percent improvement in low-end torque. Inline-four Duratec engines often feature (VCT), with twin independent VCT (Ti-VCT) introduced in 2012 on the 2.0 L variant, which prioritizes enhanced low-end response for responsive drivability in compact applications. Later applications, like the 2022 2.5 L Duratec , utilize tuning via VCT for improved efficiency in electrified powertrains. For the V6 engines, the dual camshafts per bank provide inherent balance and precise valve timing, supporting smooth operation at all speeds.

Fuel delivery and emission controls

The Ford Duratec engine family initially employed multi-point fuel injection (MPFI) as the standard system in early models, delivering fuel to the intake ports for efficient mixing with incoming air. This approach provided reliable performance across various displacements, with injectors sequenced by the engine control module to optimize combustion under varying loads. Beginning in 2010, select variants transitioned to gasoline direct injection (GDI) in the Duratec HE Ti-VCT configuration, where high-pressure injectors spray fuel directly into the combustion chamber for enhanced atomization, precise control, and reduced emissions. This evolution supported better fuel-air mixing and combustion efficiency, particularly when integrated with twin independent variable camshaft timing (Ti-VCT) for optimized valve events. A notable early implementation of direct injection appeared in the Duratec SCi 1.8 L variant from 2003 to 2007, featuring stratified charge operation for combustion in the . This system injected fuel late in the compression stroke to create a rich mixture near the amid leaner surrounding air, enabling improved fuel economy through reduced pumping losses and higher thermal efficiency. However, the complexity of maintaining stratified charge under transient conditions, including precise injector calibration and exhaust gas management, led to its phase-out in favor of simpler homogeneous GDI and turbocharged EcoBoost technologies. Intake manifolds in Duratec engines, particularly 2.0 L and larger displacements, utilize lightweight plastic construction with variable-length runner designs to enhance torque. These systems incorporate adjustable flaps or dual-path runners controlled by the engine control module, allowing longer runners at low speeds for improved low-end and shorter paths at higher RPMs for better high-end power. Complementing this, electronic throttle-by-wire control replaces mechanical linkages, enabling precise airflow regulation via the accelerator pedal sensor and motor-driven throttle plate for smoother response and integration with engine management. Emission controls in Duratec engines align with Euro 4 and 5 standards through a combination of three-way catalytic converters, (EGR), and . Three-way catalysts, positioned close to the , simultaneously reduce hydrocarbons (HC), (CO), and nitrogen oxides () by promoting oxidation and reactions during closed-loop operation. EGR systems recirculate a portion of exhaust gases into the intake to lower combustion temperatures and NOx formation, with electronic valves ensuring accurate dosing based on load and speed. Secondary air injection pumps introduce fresh air into the exhaust ports during cold starts to accelerate catalyst light-off and oxidize unburned HC and CO, minimizing startup emissions. Certain 1.8 L and 2.0 L Duratec variants offer flex-fuel vehicle (FFV) capability, accommodating blends up to (85% , 15% ) alongside conventional unleaded . This requires modifications such as corrosion-resistant system components, adjusted timing, and sensor-based adaptation by the to maintain performance and emissions across blends, with providing higher for potential power gains but increased consumption due to lower .

Applications

Small-displacement inline engines (1.0-1.6 L)

The small-displacement Duratec inline engines, ranging from 1.0 to 1.6 L, consist primarily of inline-three and inline-four configurations optimized for compact vehicles in and , prioritizing and responsive performance in front-wheel-drive applications. These engines evolved from the family, incorporating twin independent variable camshaft timing (Ti-VCT) to enhance low-end torque and reduce emissions without relying solely on turbocharging. The 1.0 L inline-three Ti-VCT engine, introduced in 2012 and produced until approximately 2023, generates 65 to 80 horsepower (48-59 kW) and 77 to 81 lb-ft (105 Nm) of , depending on the tune and . It powered vehicles like the in select markets, delivering efficiency through Ti-VCT optimization that improves combustion across operating ranges in naturally aspirated setups. The inline-four variants, spanning 1.25 L to 1.6 L and in production since 2000, include models such as the 1.6 L SE/Ti-VCT rated at 105 to 125 horsepower and 107 to 112 lb-ft of . These engines serve in compact cars including the , , Ka, and , with displacements like 1.3 L, 1.4 L, and 1.5 L offering similar efficiency-focused outputs for urban driving. For instance, the 1.5 L Ti-VCT variant produces 121 horsepower and is featured in the Indian-market since 2013. Common characteristics across these engines include 8- or 16-valve cylinder heads, multi-point (MPFI) or (GDI) systems, and transverse mounting for front-wheel-drive layouts. Production occurs at facilities in the UK (), Brazil (), and China (), supporting regional demands for lightweight, emissions-compliant powertrains. Note that as of 2025, smaller variants like the 1.0 L have been discontinued following the end of Fiesta production in 2023. Notable applications include the Ford from 2004 to 2011, equipped with a 1.6 L variant producing 100 horsepower for balanced economy in the compact .

Mid-displacement inline engines (1.8-2.5 L)

The mid-displacement inline-four and inline-five Duratec engines, ranging from 1.8 to 2.5 liters, were designed for performance-oriented applications in compact and midsize vehicles, offering a balance of power and efficiency through variants including turbocharging, (GDI), and flex-fuel capability. These engines expanded the Duratec family into higher-output roles, particularly in North American and markets, with displacements optimized for responsive acceleration and broader torque curves compared to smaller inline variants. Collaborations with influenced several designs, enabling shared applications across and lineups. The 1.8 L Duratec HE, , and FFV variants, produced from 2001 to 2012, produce 125 to 150 and 122 to 140 lb-ft of , depending on tuning and market. These engines powered the , Mondeo, and , providing adequate performance for daily driving and light-duty tasks. The version incorporated GDI technology for improved efficiency in 2003-2007 European models, particularly in the Focus and Mondeo, where it met stricter emissions standards while maintaining comparable power outputs. Flex-fuel (FFV) adaptations allowed operation on blends in select North American and Brazilian applications, enhancing versatility without significant hardware changes. The 2.0 L Duratec HE and Ti-VCT variants, spanning 2001 to the present (with production continuing into 2028 for select applications), deliver 140 to 170 and 140 to 155 lb-ft of , with variable timing (Ti-VCT) improving low-end response in later iterations. Applications included the , , and , where the engine supported both front-wheel-drive and all-wheel-drive configurations. Flex-fuel versions were prominent in and North American markets, enabling compatibility in models like the and for reduced emissions in flex-fuel regions. The 2.3 L Duratec (2261 cc), produced from 2001 to 2012, outputs 150 to 160 hp and 150 to 160 lb-ft of , emphasizing in sportier trims. It was fitted to the North American ST (ZX4 ST) for enhanced handling and acceleration, as well as the pickup for robust utility performance. This variant's aluminum block and DOHC design contributed to a lightweight yet strong architecture suitable for transverse mounting in compact platforms. The 2.5 L inline-five turbocharged Duratec, derived from the Modular architecture and produced from to 2010, generates 208 to 227 hp and 236 to 258 lb-ft of with intercooling for boosted efficiency. This engine extended the inline-four block design to five cylinders, providing smooth power delivery in premium vehicles like the S60, XC90, and Five Hundred. The turbo setup, featuring a low-pressure unit, balanced high output with drivability, making it ideal for all-wheel-drive SUVs and sedans requiring strong mid-range . Notable vehicle applications highlight the versatility of these engines. In , the from 2010 onward utilized a 2.0 L Ti-VCT GDI variant producing 175 hp, paired with a six-speed automatic for refined midsize sedan performance. In , the Mondeo from 2005 to 2014 employed a 2.0 L Duratec tuned to 145 hp, offering competitive dynamics in the executive segment with manual or automatic transmissions.

V6 engines (2.5-3.0 L)

The Ford Duratec V6 engines in the 2.5- to 3.0-liter range represent the initial V6 offerings in the Duratec family, designed for mid-size front-wheel-drive vehicles with a focus on smooth power delivery and efficiency. These engines feature a 60-degree aluminum block with cast-iron cylinder liners and aluminum DOHC cylinder heads with four valves per cylinder, enabling multi-port (MPFI) for precise fuel delivery. The 2.5-liter Duratec V6, produced from 1993 to 2007, displaces 2,544 cc with a bore of 84.1 mm and of 76.5 mm, producing 170 horsepower at 6,250 rpm and 165 lb-ft of torque at 4,250 rpm in standard form. A tuned variant in the SVT increased output to 200 horsepower at 7,000 rpm and 170 lb-ft at 4,750 rpm through improved via extrude-honed cylinder heads. This engine was mounted transversely for front-wheel-drive applications and powered vehicles such as the , , and , providing responsive performance in compact sedans and coupes. The 3.0-liter Duratec V6, part of the family and produced from 1996 to 2011, features a longer 79.5 mm compared to the 2.5-liter version for increased low-end , with a displacement of 2,967 cc, bore of 89 mm, and of 10.0:1. It delivered between 200 and 240 horsepower at up to 6,550 rpm and 200 to 223 lb-ft of at 4,300 rpm, depending on the application. Later iterations from 2006 onward incorporated (VVT) to enhance efficiency and power, as seen in models like the 2008 and . Key applications included the (200 horsepower in the 2001 model), Explorer (210 horsepower in the 2005 DOHC version), and Freestar minivan, where it provided balanced performance for family vehicles. These V6 engines originated from a collaboration with , emphasizing refined engineering for everyday drivability in larger sedans and SUVs.

References

  1. [1]
    [PDF] FOUR-CYLINDER ENGINE SECTION - Ford Performance Parts
    The production. Zetec® was superseded by the Duratec® I-4. 2.0L/2.3L/2.5L SOHC ENGINES. Ford's first North American metric engine featured a belt- ...<|separator|>
  2. [2]
    Ford Duratec Engine Family Info, Power, Specs, Wiki
    The Ford Duratec engine family is a sub-category of gasoline engines produced by Ford Motor for compact and midsize cars, cargo vans and utility vehicles.
  3. [3]
    Engine Series: A Decade of the Duratec 30 - - Tomorrow's Technician.
    The 3.0L Duratec V6 was introduced in 1996 to replace the aging 3.8L V6 in the Ford Taurus and Mercury Sable.
  4. [4]
    Ford Continues to Go All-In on Electrification with New Hybrid ...
    Mar 25, 2021 · 2.5-litre Duratec hybrid engine to be built from late 2022 alongside the current 2.0-litre and 2.3-litre engines manufactured at Valencia ...
  5. [5]
    Ford 2.3L Duratec Engine - Engine Builder Magazine
    Oct 17, 2023 · Upon its arrival, the engine underwent a series of meticulous processes. From boring and honing the cylinders to balancing the crankshaft, ...
  6. [6]
    Ford 1.1L Duratec Engine Info, Power, Details, Specs, Wiki
    The Ford 1.1L Duratec engine, also known as the 1.1L Ti-VCT, is a 1.1-liter naturally aspirated three-cylinder engine from Ford Motor used to power subcompact ...
  7. [7]
    Ford's Duratec engine family will have at least 5 members - Autoweek
    Jul 21, 2003 · Ford uses the Duratec name, which it says stands for durable technology, on all its gasoline engines in Europe. The automaker has not developed ...Missing: meaning | Show results with:meaning
  8. [8]
    Ford Duratec Engine - RWD Motorsport
    List of all known cars using the Duratec 2.0 litre engine ; Ford C-Max, 2007 – 2010 ; Ford EcoSport, 2004 – ; Ford Fiesta ST, 2004 – 2008 ; Ford Focus, 2004 – 2018.
  9. [9]
    Ford Duratec V6 engines were the first in long list of ... - HotCars
    Sep 23, 2023 · Ford Duratec V6 engines and the Mazda L-series are among the most reliable found in used cars.
  10. [10]
    Ford Duratec | British Classics
    The Duratec is the brand name for a large and diverse family of four-cylinder, V6, and V8 petrol engines produced by the Ford Motor Company from the 1990s ...
  11. [11]
    Ford Mustang: What is a Ti-VCT V8 engine? - Woody Folsom Ford
    Apr 7, 2021 · First off, the abbreviation stands for Twin Independent Variable Camshaft Timing. Developed by Ford, Ti-VCT allows for more optimum engine ...Missing: Duratec | Show results with:Duratec
  12. [12]
    Ford Duratec HE 2.0 L – AODA Review - Engine Explained
    Jul 17, 2025 · Explore the reliability, common problems, and oil specifications of the Ford Duratec HE 2.0 L - AODA engine in this detailed review.
  13. [13]
    Ford Duratec Engines - Autoweb
    Jun 6, 2008 · Duratec is a family of 4, 6 and 12 cylinder gasoline engines used primarily for Ford, Mazda, Lincoln, and Mercury vehicles.
  14. [14]
    Duratec gets Direct Injection - PistonHeads UK
    May 14, 2003 · Named for its Smart Charge injection system, the new Ford Duratec SCi engine promises reductions in fuel consumption of between 6 and 8 per ...Missing: stratified | Show results with:stratified
  15. [15]
    Test engine (FORD 1.8-l-Duratec Flexi Fuel) on test bench
    The test engine was a Ford 1.8l - 4 cylinder -16 valve -natural aspirated flex fuel engine, which is used in various vehicle models, such as the European Focus ...
  16. [16]
    ZETEC & DURATEC wut's the difference? | Focus Fanatics Forum
    Feb 19, 2007 · The biggest differences between the Zetec and Duratec are: Zetec is an iron block, Duratec is aluminum. Belt driven non-interference cams on the Zetec.Duratec vs zetec | Focus Fanatics ForumReminder: Perform TSB 14-0215 Now! | Page 5 - Focus FanaticsMore results from www.focusfanatics.comMissing: ambiguities EcoBoost
  17. [17]
    Mazda MZR and Ford Duratec... - MX-5 Miata Forum
    Apr 20, 2007 · The new 2.0 and 2.3 are Mazda engineered engines. They are sold as MZRs by Mazda and Duratecs by Ford. There may be separate factories for the ...Very detailed post about the MZR/Duratec family of engiens2.5 Engines differences (2009-2016) [Archive] - MX-5 Miata ForumMore results from forum.miata.net
  18. [18]
    LF (MZR) Engine - Haltech Knowledge Base
    They are also commonly referred to as a Ford Duratec engine, which differs from the early Zetec variants from Ford that were also called Duratec. Volvo also use ...
  19. [19]
    Ford 2.5L Duratec 25 Engine (Six-Cylinder)
    The Duratec 25, also known as the Mondeo V6, or Mazda GY engine, is a 2.5-liter naturally aspirated six-cylinder from Ford Motor used to power midsize cars.Missing: origin trademark<|separator|>
  20. [20]
    Ford Mondeo history: farewell to an icon - Auto Express
    Apr 7, 2022 · ... V6 engine was launched with engineering input from Porsche. Trims ran from Base to fleet-favourite LX and GLX, and on to the plush Ghia and ...
  21. [21]
    Tech Feature: Servicing Ford's 3.0L Engine - Brake & Front End
    Jul 14, 2009 · The 3.0L Duratec V6 was introduced in 1996 to replace the aging 3.8L V6 in the Ford Taurus and Mercury Sable.<|separator|>
  22. [22]
    Ford Mondeo 2 2.5i V6 Specs, Performance, Comparisons
    Ford Mondeo 2 2.5i V6 Specs ; Horsepower : 168 HP / 170 PS / 125 kW @ 6250 rpm ; Maximum torque : 162 lb-ft / 220 Nm @ 4250 rpm ; Drive wheels - Traction - ...
  23. [23]
    1996 Ford Contour Specs, Features & Options - Kelley Blue Book
    Horsepower. 125 @ 5500 RPM, 170 @ 6250 RPM, 170 @ 6250 RPM. Engine. 4-Cyl, 2.0 Liter, V6, 2.5 Liter, V6, 2.5 Liter. Cargo Volume. 13.90 cu ft, 13.90 cu ft ...
  24. [24]
    Duratec — Ford 3.0L Engine - Tomorrow's Technician.
    The 3.0L Duratec V6 was introduced in 1996 to replace the aging 3.8L V6 in the Ford Taurus and Mercury Sable.
  25. [25]
    96 Ford Taurus LX - Long-Term Wrap-Up - MotorTrend
    Aug 2, 1997 · Off-the-line performance of the Duratec V-6 is sprightly enough, propelling the car 0-30 mph in a respectable 3.3 seconds. But our vehicle's 9.4 ...
  26. [26]
    Ford 2.0L Duratec 20 Engine Info, Power, Details, Specs, Wiki
    The Duratec 20, also known as the Mazda L engine, is a 2.0-liter naturally aspirated four-cylinder from Ford Motor used to power compact and midsize cars.
  27. [27]
    Ford 1.6L Sigma Engine Info, Power, Details, Specs, Wiki
    The Sigma, also known as the Zetec or the Duratec, is a 1.6-liter naturally aspirated four-cylinder engine from Ford Motor used to power subcompact cars and ...
  28. [28]
    Ford 1.25i Duratec 2008> - FAI Auto
    The 1.25 Duratec was a product of the Sigma family of engines that were introduced to customers in the mid-1990s. Originally this was dubbed as the Zetec ...
  29. [29]
    https://www.faiauto.com/engine-of-the-month/ford-1-25i-duratec-2008/
  30. [30]
    Ford 2.3L Duratec 23 Engine Info, Power, Details, Specs, Wiki
    The Duratec 23, also known as the Mazda L engine, is a 2.3-liter naturally aspirated four-cylinder from Ford Motor used to power compact and midsize cars.Missing: collaboration | Show results with:collaboration
  31. [31]
    2010 Ford Focus 1.6 Ti-VCT Style Specs Review (84.5 kW / 115 PS ...
    All specifications, performance and fuel economy data of Ford Focus 1.6 Ti-VCT Style (84.5 kW / 115 PS / 113 hp), edition of the year 2010 up to December ...Missing: introduction | Show results with:introduction
  32. [32]
    FORD MOLDS ALUMINUM-CASTING PLANT - Automotive News
    Apr 3, 1994 · The blocks for the 2.5-liter V-6 are built using a cast-iron cylinder bore liner that is cast into the aluminum block. Most aluminum engines ...Missing: material | Show results with:material
  33. [33]
    Ford 1.5L Duratec Engine Info, Power, Details, Specs, Wiki
    A 1.5-liter naturally aspirated three-cylinder engine from Ford Motor used to power subcompact cars and utility vehicles, more commonly known as CUVs.Missing: SCi FFV explanations
  34. [34]
    Balance Shaft | Parts | Ford.com
    Shop Balance Shaft XF2Z6A311BA online at ford.com. Browse original Ford parts, view prices, specs and more.
  35. [35]
    All-New Ford F-150 Powertrain Lineup Delivers Best-In-Class Fuel ...
    Direct-acting mechanical bucket (DAMB) valvetrain with polished buckets to reduce friction and improve fuel economy; Built at Cleveland Engine Plant.<|separator|>
  36. [36]
    Ford Multi-Port Fuel Injection | The Online Automotive Marketplace
    Sep 23, 2018 · Ford multi-port fuel injection (MFI) debuted in 1983, became standard in 1986, and offers improved fuel economy, power, and easier starts.<|separator|>
  37. [37]
    Ford E-News -- April 14, 2010
    Apr 14, 2010 · The new engines include a 1.6-liter Ti-VCT Sigma I-4, a 2.0-liter direct-injection Ti-VCT Duratec® I-4 and a 2.0-liter Ti-VCT EcoBoost™ I-4.
  38. [38]
    Ford Duratec 1.6L Ti-VCT Engine Specifications and operating ...
    4-Stroke Multi-Cylinder Gasoline Engine with Controlled Auto-Ignition (CAI) Combustion: a comparison between Naturally Aspirated and Turbocharged OperationMissing: SCi FFV
  39. [39]
    [PDF] A Major Study of American (Ford) Compared with Japanese (Honda ...
    • Gas Direct Injection – Highly pressurized fuel injected directly into the ... ▫ The Duratec SCI (Smart Charge Injection) is a 1.8 L engine that first.
  40. [40]
    Duratec manifold spotters guide. - Focus Fanatics Forum
    Aug 22, 2010 · First off, all of the DURATEC Manifolds for FWD vehicles are black plastic. Only the Ranger uses an aluminum manifold. Second, there are two ...Custom intake manifold | Focus Fanatics ForumDuratec Intake Manifold Removal and PCV hose replacement | Page 7More results from www.focusfanatics.com
  41. [41]
    Ford Duratec engine - Academic Dictionaries and Encyclopedias
    Duratec FFV is a flex fuel version of the 1.8 L Duratec-HE modified to run on E85 fuel. 1.8L Focus C-Max and Focus Mk II versions use a drive-by-wire ...<|separator|>
  42. [42]
    EGR And Secondary Air Injection And Emissions Management
    Oct 2, 2018 · The catalytic converter needs two elements provided by the EGR and air injection systems: proper temperatures to reduce NOx and oxygen to burn ...Missing: Duratec 4/5
  43. [43]
    Duratec / Mazda L-Series MZR I4 2.0 / 2.3 / 2.5 Swap - Page 2
    Dec 28, 2022 · "MZR" is just a brand name, just like 'Duratec' (and EcoBoost for that matter). It means nothing. The Mazda L-engine is the engine family in ...Missing: Volvo B5254<|control11|><|separator|>
  44. [44]
    2005 Ford Focus 2.0L Duratec M/T ZX3 Hatchback Secondary Air ...
    In stock $21.70 deliveryBuy 2005 Ford Focus 2.0L Duratec M/T ZX3 Hatchback Secondary Air Injection Pump. Air Injection System Make, Repair - OEM Ford Part # 3S4Z9A486AA (3S4Z-9A486-AA).
  45. [45]
    [PDF] Feel the difference FordFocus Owner's handbook - IIS Windows Server
    vehicles with E85 fuel) or SAE 10W-40 that meets the specification defined by either ... VCT, 1.8L Duratec-HE and 2.0L Duratec-HE. 1.3 (0.3). 2.5L Duratec-ST and ...
  46. [46]
    Ford 1.0L EcoBoost I-3 Engine Specs, Problems, Reliability, Info
    The Ford 1.0 EcoBoost is a 1.0-liter inline three-cylinder gasoline turbocharged and direct fuel injected engine, the smallest engine of the Ford's EcoBoost ...
  47. [47]
    [PDF] ALL-NEW FORD FIESTA TECHNICAL SPECIFICATIONS PDF
    Cast aluminium. Cast aluminium. Cylinder block. Cast Aluminium with cast iron cylinder liners. Cast Aluminium with cast iron cylinder liners. Camshaft drive.Missing: aluminum | Show results with:aluminum
  48. [48]
    Ford 1.6L Duratec TI-VCT Engine Specs, Problems, Reliability, Info
    The history of the Zetec SE series (later it was renamed to Duratec) started in 1995. This engine was designed in partnership with Japanese company Yamaha ...Missing: introduction timeline
  49. [49]
    Engine Specifications - 1.5L TiVCT
    Engine Specifications - 1.5L TiVCT ; Displacement. 91.35 in³ (1,497 cm³) ; Engine output. 120 PS ; Maximum torque. 111 lb.ft (150 Nm) ; Fuel type. Gasoline.Missing: details | Show results with:details
  50. [50]
    2018 Ford Figo Specs, Performance & Photos - autoevolution
    Feb 14, 2025 · The 2018 Ford Figo received a new 1.5-liter inline-three powerhouse that produced 123 PS (121 hp). The automaker paired the 1.2-liter gasoline unit and the 1.5 ...<|separator|>
  51. [51]
    2011 Ford Focus 1.6 Trend Specs Review (73.5 kW / 100 PS / 99 hp ...
    According to the ProfessCars™ estimation this Ford would accelerate 0-60 mph in 10.7 sec, 0-100 km/h in 11.4 sec and a quarter mile time is 17.9 sec. The ...
  52. [52]
    Ford Focus 2 Wagon Facelift 1.8 Specs, Performance, Comparisons
    Ford Focus 2 Wagon Facelift 1.8 Specs ; Horsepower : 123 HP / 125 PS / 92 kW @ 6000 rpm ; Maximum torque : 121 lb-ft / 165 Nm @ 4000 rpm ; Drive wheels - Traction ...<|separator|>
  53. [53]
    2001 Ford Focus (3-dr) 1.8 16V Trend (Zetec) Specs Review (85 kW ...
    According to the ProfessCars™ estimation this Ford would accelerate 0-60 mph in 9.7 sec, 0-100 km/h in 10.4 sec and a quarter mile time is 17.2 sec. The overall ...
  54. [54]
    Ford 2.0L Duratec HE Engine Specs, Problems, Reliability, Info
    It consumes the same amount of fuel, but the engine itself is more powerful, quieter, has more torque. The engine has a timing chain (not belt). There are no ...Missing: applications | Show results with:applications
  55. [55]
    Ford Focus 2.3L Duratec
    The 2.3L Duratec engine produces 144-151 hp, 154 lb-ft torque, meets SULEV standards, and has a lightweight design with 25/33 mpg city/highway (manual).Missing: Zeta | Show results with:Zeta
  56. [56]
    2003 Volvo XC90 Specs, Dimensions & Colors - Cars.com
    2003 Volvo XC90 2.5L Turbo. Showing the 2003 Volvo XC90 4dr 2.5L Turbo. Shop Now. Key specs. 4-door. 7 seats. 208.0-hp, 2.5-liter, 5 Cylinder Engine (Gasoline ...
  57. [57]
    Used 2003 Volvo S60 2.5T Sedan 4D - Kelley Blue Book
    Rating 4.3 (360) Horsepower. 208 @ 5000 RPM, 170 @ 5500 RPM, 232 @ 6200 RPM, 232 @ 6000 RPM. Engine. 5-Cyl, Turbo, 2.5 Liter, 4-Cyl, Turbo, 1.8 Liter, V6, 3.5 Liter, V6, 3.5 ...
  58. [58]
    Used 2003 Volvo S60 2.5T Specs & Features - Edmunds
    Combined MPG, 19 MPG. Drive Type, all wheel drive. Total Seating, 5. Cargo Capacity, 13.9 cu.ft. Curb Weight, 3,571 lbs. Basic Warranty, 4 yr./ 50,000 mi.Missing: Duratec 208-227 Five Hundred
  59. [59]
    2010 Ford Fusion - Specs, Prices, MPG, Reviews & Photos | Cars.com
    Rating 4.3 (218) This engine is rated at 175 horsepower and 172 foot-pounds of torque. Our tester, with the six-speed automatic transmission, had EPA mileage estimates of 22 ...Missing: Ti- VCT GDI
  60. [60]
    2005 Ford Mondeo (4-dr) 2.0 16V Ghia (man. 5) - Automobile Catalog
    All specifications, performance and fuel economy data of Ford Mondeo (4-dr) 2.0 16V Ghia (106.5 kW / 145 PS / 143 hp), edition of the year 2005 for Europe ...
  61. [61]
    Ford 3.0L Duratec 30 Engine
    The Duratec 30, also known as the Mondeo V6 or the Mazda AJ engine is a 3.0-liter naturally aspirated six-cylinder from Ford Motor used to power midsize cars ...
  62. [62]
    Ford SVT Contour (2000) - pictures, information & specs
    A 125 hp, 2.0 L Zetec inline four-cylinder engine was standard on the GL and LX models, while a 170 hp 2.5 L Duratec V6, originally designed as a Porsche ...Missing: output applications
  63. [63]
    Ford Mondeo V6 engine - Academic Dictionaries and Encyclopedias
    The 2.5 L, 170 hp (130 kW) V6 used in the third generation Ford Mondeo is called the Duratec VE. Displacement was decreased from 2544 to 2495 cc. They were also ...
  64. [64]
    Engines | Taurus/Sable Encyclopedia
    Aug 4, 2004 · Duratec (1996-1999). Picture of Engine. VIN Code: S (More Info). Displacement: 3.0L (181ci). Bore: 3.50" (89.0mm). Stroke: 3.13" (79.5mm).
  65. [65]
    [PDF] explorer sport trac
    Available 3.0L Duratec V6 generates. 201 HP@5900 rpm and 196 ft-lb torque@4700 rpm. Standard 2.0L Zetec 14 puts out 127 HP@5400 rpm and 135 ft-lb torque @ 4500 ...
  66. [66]
    Ford Duratec V6 Teardown: A Reliable Engine from Ford? - YouTube
    Oct 8, 2024 · The Ford Duratec is a V6 series of engines originally engineered by Porsche. It was then sold to Ford for use in pedestrian vehicles such as ...