View source for GM Ecotec engine

{{Redirect|LNF}}
The '''GM Ecotec engine''', also known by its codename '''L850''', is a family of all-aluminium [[inline-four engine]]s, displacing between 1.2 and 2.5 litres. Confusingly, the ''Ecotec'' name was also applied to both the [[Buick V6 engine|Buick V6 Engine]] when used in [[Holden]] Vehicles, as well as the final DOHC derivatives of the previous [[GM Family II engine]]; the architecture was substantially re-engineered for this new Ecotec application produced since 2000. This engine family replaced the GM Family II engine, the [[General Motors 122 engine|GM 122 engine]], the [[Saab H engine]], and the [[Quad 4 engine]]. It is manufactured in multiple locations, to include [[Spring Hill Manufacturing]], in [[Spring Hill, Tennessee]], with engine blocks and cylinder heads cast at [[Saginaw Metal Casting Operations]] in [[Saginaw, Michigan]].
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==Generation I==
{{Infobox automobile engine
| name         = Generation I
| aka          =
| production   = 1999&ndash;2012
| fuelsystem   = {{ubl
                 | [[Fuel injection#Multi-point injection|Sequential multi-point fuel injection]]
                 | [[Gasoline direct injection]]
                 }}
| fueltype     = {{ubl
                 | [[Gasoline]]
                 | [[CNG]]
                 | [[E85]]
                 }}
| image        = 
| displacement = {{ubl
                 | {{cvt|1998|cc|L|1|order=flip}}
                 | {{cvt|2198|cc|L|1|order=flip}}
                 }}
| bore         = {{cvt|86|mm|in}}
| stroke       = {{ubl
                 | {{cvt|86|mm|in}}
                 | {{cvt|94.6|mm|in}}
                 }}
| compression  = {{ubl
                 | 8.8:1
                 | 9.5:1
                 | 10.0:1
                 }}
| management   =
| power        = 
| specpower    = 
| torque       = 
| length       = {{cvt|665|mm|in}}
| width        = {{cvt|642|mm|in}}
| height       = {{cvt|655|mm|in}}
| weight       = {{cvt|139|-|150|kg|lb}}<ref>{{cite web |url=http://archives.media.gm.com/division/2005_prodinfo/powertrain/whats%20new/Ecotec/_2005%20LSJ.doc |title=Ecotec Supercharged 2.0L I-4 (LSJ) Car Engine |format=DOC |access-date=22 December 2019 |archive-url=https://web.archive.org/web/20111027072512/http://archives.media.gm.com/division/2005_prodinfo/powertrain/whats%20new/Ecotec/_2005%20LSJ.doc |archive-date=27 October 2011}}</ref>
}}
The "[[Ecotec]]" name was adopted in 1994 for the new generation of Family II engines (2000 in North America) . The name was already used for the Opel GM Family II engine, [[GM Family 1 engine|Family 1]] and [[GM Family 0 engine|Family 0]] ranges. GM intended this new Ecotec to become its global 4-cylinder, and it has already fully replaced their [[GM 122 engine|OHV I4]] line.

The Ecotec engine is a [[DOHC]] [[multivalve|4-valve]] design with a lost foam cast aluminium block and head (L850 for 86&nbsp;mm bore applications, and L880 for 88&nbsp;mm bore{{Citation needed|date=August 2014}}), designed for displacements from 1.8 to 2.4&nbsp;L. Development began in 1994, by an international team of engineers and technicians from [[Opel]]'s ''International Technical Development Center'' in [[Rüsselsheim]], Germany, [[GM Powertrain]] in [[Pontiac, Michigan]], and [[Saab Automobile|Saab]] in [[Södertälje]], Sweden.<ref name="Auto Channel 2.2">{{cite web|title=GM's Ecotec 2.2-Liter 4-Cylinder Engine Delivers|url=http://www.theautochannel.com/news/2002/02/07/035471.html|work=[[The Auto Channel]]|access-date=15 March 2013|location=Pontiac, Michigan}}</ref> Much of the development work on this project was carried out by [https://web.archive.org/web/20060227023927/http://www.grouplotus.com/eng/ Lotus Engineering], Hethel, United Kingdom. The engine uses [[aluminium]] pistons and cast [[iron]] cylinder liners. Vibration is reduced with twin [[balance shaft]]s.

The first engine in the Ecotec Gen I line-up was [[#L61|Ecotec 2.2 ''L61'']], introduced in May 1999.

The current Ecotec line is manufactured in [[Tonawanda (town), New York|Tonawanda, New York]].<ref name="Auto Channel 2.2" />

===2.0===
==== {{anchor|Z20NET}} LK9====
[[File:gm ecotec LK9 saab93.jpg|thumb|right|250px|Saab B207 engine in a 2008 [[Saab 9-3|Saab 9-3 2.0T]]]]

This engine is also known as '''B207''' when used by [[Saab Automobile|Saab]] and '''Z20NET''' by Opel for use in the Vectra C and Signum.

LK9 is a [[Turbocharger|turbocharged]] {{cvt|1998|cc|L|1|order=flip}} version of the L850 (86&nbsp;mm bore) series Ecotec utilizing an all-new reinforced sand cast aluminium cylinder head and upgraded internal components. The engine features a five-bearing forged steel crankshaft, strengthened connecting rods, redesigned pistons, piston oil cooling jets, reprofiled camshafts and an integrated oil cooler.<ref>{{cite web |author=<!--Staff writer(s); no by-line.--> |date=12 May 2016 |url=http://saabworld.net/wp/2003-saab-9-3-sport-sedan-press-release/ |title=2003 Saab 9-3 Sport Sedan &ndash; Press Release |website=saabworld.net }}</ref> The exhaust valves are liquid sodium-cooled. All vehicles using this engine feature Saab's [[Trionic]] 8 (T8) engine management system as well as a revised valve train. The timing chain and timing gears are also new, along with Saab's Direct Ignition system. The reinforcements, turbocharging, intercooling, internals, dual overhead camshaft, and such were developed by GM Powertrain Sweden (Saab Automobile Powertrain). It features an {{cvt|86|mm|in}} bore and stroke and a 9.5:1 compression ratio. Maximum power is {{cvt|210|hp|kW}} at 5300&nbsp;rpm and {{cvt|221|lbft|Nm|0}} of torque at 2500&nbsp;rpm. Maximum boost is {{cvt|12.3|psi|bar}}.

Applications:
* 2003&ndash;2014 [[Saab 9-3]] – B207E, B207L, B207R
* 2003&ndash;2008 [[Opel Vectra]] – Z20NET (rebadged B207L)
* 2003&ndash;2008 [[Opel Signum]] – Z20NET (rebadged B207L)
* 2006&ndash;2010 [[Cadillac BLS]] – B207L, B207R

{| class="wikitable"
! scope="col" | Model
! scope="col" | Years
! scope="col" | Power
! scope="col" | Torque
! scope="col" | Turbocharger
! scope="col" | Boost Pressure
|-
| 1.8t (B207E)
| 2003&ndash;2006
| {{cvt|110|kW|hp|0|order=flip}} @ 5500&nbsp;rpm
| {{cvt|240|Nm|lbft|0|order=flip}} @ 2000&ndash;3500&nbsp;rpm
| {{ubl
  | Low-pressure
  | ([[Honeywell Turbo Technologies|Garrett]] GT2052s)
  }}
| {{cvt|7.3|psi|bar}}
|-
| 1.8t (B207E)
| 2006&ndash;2012
| {{cvt|110|kW|hp|0|order=flip}} @ 5500&nbsp;rpm
| {{cvt|240|Nm|lbft|0|order=flip}} @ 2000&ndash;3500&nbsp;rpm
| {{ubl
  | Low-pressure
  | ([[Mitsubishi Heavy Industries|MHI]] TD04-11TK)
  }}
| {{cvt|7.3|psi|bar}}
|-
| 2.0t (B207L)
| 2003&ndash;2006
| {{cvt|129|kW|hp|0|order=flip}} @ 5500&nbsp;rpm
| {{cvt|265|Nm|lbft|0|order=flip}} @ 2500&ndash;4000&nbsp;rpm
| {{ubl
  | Mid-pressure
  | ([[Honeywell Turbo Technologies|Garrett]] GT2052s)
  }}
| {{cvt|8.7|psi|bar}}
|-
| 2.0t (B207L)
| 2006&ndash;2012
| {{cvt|129|kW|hp|0|order=flip}} @ 5500&nbsp;rpm
| {{cvt|265|Nm|lbft|0|order=flip}} @ 2500&ndash;4000&nbsp;rpm
| {{ubl
  | Mid-pressure
  | ([[Mitsubishi Heavy Industries|MHI]] TD04-11TK)
  }}
| {{cvt|8.7|psi|bar}}
|-
| 2.0T (B207R)
| 2003&ndash;2014
| {{cvt|154.5|kW|hp|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|300|Nm|lbft|0|order=flip}} @ 2500&ndash;4000&nbsp;rpm
| {{ubl
  | High-pressure
  | ([[Mitsubishi Heavy Industries|MHI]] TD04-14T)
  }}
| {{cvt|12.3|psi|bar}}
|}

====LSJ====
[[File:2006 Saturn Ion Red Line engine.jpg|right|thumb|250px|Ecotec LSJ engine in a 2006 [[Saturn Ion|Saturn Ion Red Line]]]]

The '''LSJ''' is a supercharged version of the LK9 Ecotec {{cvt|1998|cc|L|1|order=flip}} with an [[Eaton Corporation|Eaton]] M62 [[Roots-type supercharger]] and air-to-liquid [[intercooler]]. The LSJ shares many of its components with the LK9 such as: piston cooling jets, oil cooler, pistons, connecting rods, crankshaft, oil pan, sodium-filled exhaust valves and cylinder head.<ref>{{cite web|url=http://archives.media.gm.com/division/2005_prodinfo/powertrain/index.html|access-date=16 April 2014 |title=Site Maintenance }}</ref> It is rated at {{cvt|205|hp|0}} at 5600&nbsp;rpm and {{cvt|200|lbft|Nm|0}} at 4400&nbsp;rpm with a compression ratio of 9.5:1 and a 6450&nbsp;rpm redline. With the end of the Chevy Cobalt S/C SS and Saturn Ion Red Line, the LSJ was discontinued after 2007. In late 2005 [[Brammo Motorsports]] struck a deal with GM for the [[Supercharged]] 2.0&nbsp;L Ecotec for their [[Ariel Atom]]. The engine came in various ratings from {{cvt|205|hp|0}} to {{cvt|300|hp|0}}.

The LSJ was on the [[Ward's 10 Best Engines]] list for 2006.

This engine is used in:

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2004&ndash;2007
| [[Saturn Ion|Saturn Ion Red Line]]
| {{cvt|205|hp|0}} @ 5600&nbsp;rpm
| {{cvt|200|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2005&ndash;2007
| [[Chevrolet Cobalt SS|Chevrolet Cobalt SS Supercharged Coupe]]
| {{cvt|205|hp|0}} @ 5600&nbsp;rpm
| {{cvt|200|lbft|Nm|0}} @ 4400&nbsp;rpm
|}

===2.2===
====L61====
[[File:Chevrolet classic engine.jpg|right|thumb|250px|Ecotec L61 engine in a [[Chevrolet Malibu|Chevrolet Classic (Malibu)]]]]
[[File:2003 Pontiac Sunfire Ecotec.JPG|right|thumb|250px|2003 Pontiac Sunfire Ecotec engine]]
[[File:2003CavalierL61Engine.jpg|right|thumb|250px|Ecotec L61 installed in a 2003 [[Chevrolet Cavalier]]]]{{Hatnote|This engine is also known as a Z22SE in other countries such as the United Kingdom, Australia, and Europe.}}
The basic Family II architecture was substantially re-engineered in 2000 to become the ''Ecotec'' Gen I. Unlike its notably harsh predecessor, the engine was designed for smoothness. Dual in-block balance shafts were integral to the design, the power-steering pump was mounted directly to the cylinder head and driven by the intake camshaft, the water-pump housing was cast into the block, and the A/C compressor and alternator were mounted directly on the block without brackets. The oil filter housing was cast into the block with a removable cover and replaceable paper element. It did not use an EGR valve. The Ecotec line is manufactured in [[Tonawanda (town), New York|Tonawanda, New York]], and [[Kaiserslautern, Germany]], and was also manufactured for [[Saturn Corporation|Saturn]] in [[Spring Hill, Tennessee]], until Saturn's discontinuation. In North America, this engine replaced both the [[GM Quad-4 engine|Quad-4]] and the [[GM 122 engine|GM 122]] engines and first appeared in the 2000 [[Saturn L-Series]].<ref name="Auto Channel 2.2" />

The '''L61''' is a {{cvt|2198|cc|L|1|order=flip}} version with a [[Lost-foam casting|lost-foam cast]] aluminium cylinder head and block; it features an {{cvt|86|mm|in}} bore and {{cvt|94.6|mm|in}} stroke<ref name="Auto Channel 2.2" /> and either a 9.5:1 compression ratio or a 10.0:1. The engine is {{cvt|665|mm|in}} in length, {{cvt|642|mm|in}} in width, {{cvt|655|mm|in}} in height and approximately {{cvt|139|kg|lb}}.<ref name="Auto Channel 2.2" />

The '''Ecotec 2.2''', model '''L61''' first appeared in the 2000 [[Saturn L-Series|Saturn LS1]]; the L61-powered [[Saturn Ion]] also replaced the [[Saturn I4 engine|Saturn]]-powered [[Saturn S-Series]].

There are a few variations to the standard L61. The 2003 [[Saturn L-Series]] has a high output version with higher (10:1) compression and more aggressive [[camshaft]]. The 2004&ndash;2008 [[Chevrolet Malibu#Seventh generation (2008)|Chevrolet Malibu]] uses a version with [[electronic throttle control]] and a special unitized [[exhaust manifold]] and [[catalytic converter]]. The Malibu and Saturn versions also use return-less [[fuel injection]]. The 2002 [[Saturn VUE]] was the first North American variant of the L61 to be equipped with [[electronic throttle control]], whereas other applications did not arise until 2005 in the [[Saturn ION]] and [[Chevrolet Cobalt]]. For 2007, introduced an [[#L61_2|updated version]] of the ''L61'' based on the Gen II design.

The supercharger and inlet manifold from the 2.0 Ecotec LSJ engine can be purchased as an official kit from GM and along with modified software in the ECM, can create a 2.2 supercharged version of this engine.

The L61 was used in the following cars:

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
! scope="col" | Compression ratio
|-
| 2002
| rowspan="2" | [[Chevrolet Cavalier]]
| rowspan="2" | {{cvt|140|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4400&nbsp;rpm
| rowspan="2" | 10.0:1
|-
| 2003&ndash;2005
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
|-
| 2005&ndash;2006
| [[Chevrolet Cobalt]]
| {{cvt|145|hp|0}} @ 5600&nbsp;rpm
| {{cvt|155|lbft|Nm|0}} @ 4000&nbsp;rpm
| 10.0:1
|-
| 2006
| [[Chevrolet HHR]]
| {{cvt|143|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 10.0:1
|-
| 2004
| rowspan=2 | [[Chevrolet Malibu#Sixth generation (2004)|Chevrolet Malibu]]
| {{cvt|145|hp|0}} @ 5600&nbsp;rpm
| rowspan="2" | {{cvt|155|lbft|Nm|0}} @ 4000&nbsp;rpm
| rowspan="2" | 10.0:1
|-
| 2005&ndash;2006
| {{cvt|144|hp|0}} @ 5600&nbsp;rpm
|-
| 2002&ndash;2004
| [[Oldsmobile Alero]]
| {{cvt|140|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 10.0:1
|-
| 2002
| rowspan="2" | [[Pontiac Grand Am]]
| rowspan="2" | {{cvt|140|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4400&nbsp;rpm
| rowspan="2" | 10.0:1
|-
| 2003&ndash;2005
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
|-
| 2002
| rowspan="2" | [[Pontiac Sunfire]]
| rowspan="2" | {{cvt|140|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4400&nbsp;rpm
| rowspan="2" | 10.0:1
|-
| 2003&ndash;2005
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
|-
| 2005&ndash;2006
| [[Pontiac G5|Pontiac Pursuit/G5]]
| {{cvt|145|hp|0}} @ 5600&nbsp;rpm
| {{cvt|155|lbft|Nm|0}} @ 4000&nbsp;rpm
| 10.0:1
|-
| 2000
| rowspan=3| [[Saturn L-Series]]
| {{cvt|137|hp|0}} @ 5800&nbsp;rpm
| {{cvt|135|lbft|Nm|0}} @ 4400&nbsp;rpm 
| rowspan=3| 9.5:1
|-
| 2001&ndash;2003
| {{cvt|135|hp|0}} @ 5200&nbsp;rpm
| {{cvt|142|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2004
| {{cvt|140|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
|-
| 2003&ndash;2006
| [[Saturn Ion]]
| {{cvt|140|hp|0}} @ 5800&nbsp;rpm
| {{cvt|145|lbft|Nm|0}} @ 4400&nbsp;rpm
| 10.0:1
|-
| 2002&ndash;2005
| rowspan=3| [[Saturn Vue]]
| {{cvt|143|hp|0}} @ 5400&nbsp;rpm
| rowspan=3| {{cvt|152|lbft|Nm|0}} @ 4000&nbsp;rpm
| rowspan=3| 10.0:1 
|-
| 2006
| {{cvt|143|hp|0}} @ 5600&nbsp;rpm
|-
| 2007
| {{cvt|144|hp|0}} @ 5600&nbsp;rpm
|-
| 2001&ndash;2005
| [[Opel Speedster|Opel Speedster/Vauxhall VX220]]<ref name="Auto Channel 2.2" /> 
| {{cvt|147|hp|0}} @ 5800&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 
|-
| 2000&ndash;2003
| [[Opel Astra|Opel/Vauxhall Astra]]<ref name="Auto Channel 2.2" /> 
| {{cvt|147|hp|0}} @ 5800&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 
|-
| 2001&ndash;2002
| [[Opel Vectra|Opel/Vauxhall Vectra]]<ref name="Auto Channel 2.2" /> 
| {{cvt|147|hp|0}} @ 5800&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 
|-
| 2000&ndash;2003
| [[Opel Zafira|Opel/Vauxhall Zafira]]<ref name="Auto Channel 2.2" /> 
| {{cvt|147|hp|0}} @ 5800&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 
|-
| 2001&ndash;2006
| [[Holden Astra#TS|Holden Astra (TS)]]
| {{cvt|147|hp|0}} @ 5800&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4000&nbsp;rpm
| 
|}

This engine also powered the Japanese-market [[Subaru Traviq]], a badge-engineered [[Opel Zafira]] A.<ref name="Gazoo">{{cite web | url = http://gazoo.com/meishakan/meisha/shousai.asp?R_ID=8502 | work = Gazoo.com | title = 検索結果: 2001年 スバル トラヴィック Sパッケージ |trans-title=Great Car Pavilion: 2001 Subaru Traviq S-package | language = ja | publisher = [[Toyota Motor Corporation]] | access-date = 2012-05-22 | url-status = dead | archive-url = https://web.archive.org/web/20081011215226/http://gazoo.com/meishakan/meisha/shousai.asp?R_ID=8502 | archive-date = 2008-10-11 }}</ref>

Following the GM–Fiat agreement, the 2.2&nbsp;L engine is also used in:
* [[Fiat Croma]] unmodified
* [[Alfa Romeo 159]] heavy modified with [[Gasoline direct injection]]

====Z22YH====
{{anchor|DI}}

A [[Direct fuel injection|direct injection]] version of the {{cvt|2198|cc|L|1|order=flip}} Ecotec features {{cvt|114|kW|hp|0|order=flip}} of power at 5600&nbsp;rpm and {{cvt|220|Nm|lbft|0|order=flip}} of torque at 3800&nbsp;rpm with a compression ratio of 12.0:1, and has been available in:
* 2003 [[Opel Vectra|Opel/Vauxhall Vectra]]
* 2003 [[Opel Signum|Opel/Vauxhall Signum]]
* 2005 [[Opel Zafira|Opel/Vauxhall Zafira]]
* 2006&ndash;2009 [[Opel Astra|Holden Astra]] (Australia and New Zealand only)

====L42====
The '''Ecotec 2.2''', model '''L42''' is a version of the Ecotec 2.2 designed to run on [[compressed natural gas]] (CNG). It delivers {{cvt|129|hp|kW}} and {{cvt|129|lbft|N.m}}. It is used in the 2003&ndash;2004 [[Chevrolet Cavalier]].
==Generation II==
{{Infobox automobile engine
| name         = Generation II
| aka          = 
| production   = 2006&ndash;present
| fuelsystem   = {{ubl
                 | [[Fuel injection#Multi-point injection|Sequential multi-point fuel injection]]
                 | [[Gasoline direct injection]]
                 }}
| fueltype     = {{ubl
                 | [[Gasoline]]
                 | [[E85]]
                 }}
| image        = 
| displacement = {{ubl
                 | {{cvt|1998|cc|L|1|order=flip}}
                 | {{cvt|2198|cc|L|1|order=flip}}
                 | {{cvt|2384|cc|L|1|order=flip}}
                 }}
| bore         = {{ubl
                 | {{cvt|86|mm|in}}
                 | {{cvt|88|mm|in}}
                 }}
| stroke       = {{ubl
                 | {{cvt|86|mm|in}}
                 | {{cvt|94.6|mm|in}}
                 | {{cvt|98|mm|in}}
                 }}
| compression  = {{ubl
                 | 9.2:1
                 | 10.0:1
                 | 10.4:1
                 | 11.2:1
                 | 11.4:1
                 }}
| management   =
| power        =
| specpower    = 
| torque       = 
| length       = 
| width        = 
| height       = 
| weight       = 
}}

===2.0 LNF (Z20NHH Opel) ===
[[File:Car show 013.jpg|right|thumb|250px|Ecotec LNF in a [[Pontiac Solstice]]]]
A turbocharged [[Gasoline direct injection|direct-injected]] (redubbed ''Spark Ignition Direct Injection'') Ecotec was introduced in the 2007 [[Pontiac Solstice|Pontiac Solstice GXP]] and [[Saturn Sky|Saturn Sky Red Line]]. In these applications, the engine is mounted longitudinally. Displacement is {{cvt|1998|cc|L|1|order=flip}} with a square {{cvt|86|mm|in}} bore and stroke. Compression is 9.2:1 and maximum boost is {{cvt|1.4|bar|psi|order=flip}}, delivering {{cvt|260|hp|kW}} at 5300&nbsp;rpm and {{cvt|260|lbft|N.m}} of torque from 2500 to 5250&nbsp;rpm. Engine redline is at 6300&nbsp;rpm and premium fuel is recommended. The sodium filled exhaust valves were based on technology developed for the Corvette V8 powertrains. The sodium fuses and becomes a liquid at idle, which improves thermal conductivity and draws heat away from the valve face and valve guide towards the stem to be cooled by the engine oil circulating in this area. The camshaft-driven direct injection systems pressurizes the fuel to {{cvt|31|bar|psi|order=flip}} at idle, and up to {{cvt|155|bar|psi|order=flip}} at wide-open throttle. The "Gen II" block is similar to the 2.4&nbsp;L and also features [[Variable valve timing|VVT]] technology. The Gen II block was developed using data from racing programs and computer simulations. The bore walls and bulkheads were strengthened with a weight increase of {{cvt|2.5|lb}}. The coolant jackets were expanded to improve heat transfer, resulting in a coolant capacity increase of 0.5&nbsp;liters.

In December 2008, GM released a Turbo Upgrade Kit for the LNF engine which increases horsepower to {{cvt|290|hp|kW}} and torque to up to {{cvt|340|lbft|N.m}}, depending on the model. The kit retailed for $650 and includes remapped engine calibration and upgraded 3 MAP sensors. The kit is covered by the cars' existing GM warranties.<ref>{{cite web|author= Chris Shunk |url=http://www.autoblog.com/2008/12/18/gm-releases-turbo-upgrade-kit-for-solstice-gxp-sky-redline-and/ |title=GM releases turbo upgrade kit for Solstice GXP, Sky Redline and HHR SS |publisher=Autoblog.com |access-date=2012-01-24}}</ref> Boost pressure was increased from 18psi (1.24 bar) to 21psi (1.44 bar).

Unique LNF features<ref>{{cite web|url=http://autoweek.com/apps/pbcs.dll/article?AID=/20060403/FREE/60403004/1024/LATESTNEWS|title=Big Power, Small Package|work=[[AutoWeek]]|access-date=April 4, 2006}}</ref> include:
* a twin-scroll [[turbocharger]]
* cam-driven high-pressure [[gasoline direct injection]] fuel system
* dual-camshaft continuously [[variable valve timing]]
* [[sodium]]-filled stainless steel [[Inconel]] exhaust [[poppet valve|valves]]
* low-friction cast aluminium pistons with oil squirters
* forged steel crankshaft
* forged steel connecting rods
* cast stainless steel exhaust manifold
* foam-cast Gen2 block
* Bosch injectors (0 261 500 055) or slightly larger (0 261 500 089) injectors in 2010 models

This engine is used in:
{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2007&ndash;2010
| [[Opel GT#Modern Opel GT|Opel GT]]
| {{cvt|264|hp|0}} @ 5300&nbsp;rpm
| {{cvt|264|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2007&ndash;2010
| [[Pontiac Solstice##GXP (2007&ndash;2009)|Pontiac Solstice GXP]]
| {{cvt|260|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2007&ndash;2010
| [[Saturn Sky#Red Line|Saturn Sky Red Line]]
| {{cvt|260|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2008&ndash;2010
| [[Chevrolet HHR#SS Turbocharged|Chevrolet HHR SS]]
| {{cvt|260|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2008&ndash;2010
| [[Chevrolet Cobalt SS#SS Turbocharged|Chevrolet Cobalt SS]]
| {{cvt|260|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2009
| [[Elfin Sports Cars|Elfin T5]]
| {{cvt|264|hp|0}} @ 5300&nbsp;rpm
| {{cvt|259|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2012
| [[Fisker Karma]]
| {{cvt|260|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm 
|}

===2.0 LDK (A20NHT Opel) ===
{{anchor|A20NHT}}

An updated variant of the LNF (also with 9.2:1 compression ratio) was released in 2008, meeting the Euro 5 emission standard. This engine is also known as '''A20NHT''' by GM Powertrain Europe.

Unique LDK features include:
* a twin-scroll [[turbocharger]]
* cam-driven high-pressure [[gasoline direct injection]] fuel system
* dual camshaft continuously [[variable valve timing]]
* [[sodium]]-filled stainless steel [[Inconel]] exhaust [[poppet valve|valves]]
* low-friction cast aluminium pistons with oil squirters
* forged steel crankshaft
* cast stainless steel exhaust manifold
* foam-cast Gen2 block
* Bosch injectors (0 261 500 055)

This engine is used in:
{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2008&ndash;2013
| [[Opel Insignia]] / Vauxhall Insignia
| {{cvt|162|kW|hp-metric|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2500&nbsp;rpm
|-
| 2009&ndash;2010
| [[Buick Regal#Fifth generation (2008)|Buick Regal Turbo]] 
| {{cvt|162|kW|hp-metric
|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2500&nbsp;rpm
|-
| 2010&ndash;2013
| [[Buick Regal##Regal GS|Buick Regal GS]]{{Broken anchor|date=2024-06-30|bot=User:Cewbot/log/20201008/configuration|target_link=Buick Regal##Regal GS|reason= }} (China Market)
| {{cvt|162|kW|hp-metric|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2500&nbsp;rpm
|-
| 2009&ndash;2010
| [[Buick Regal#Fifth generation (2008)|Buick Regal Turbo]] (Hirsch Performance)
| {{cvt|192|kW|hp-metric|0|order=flip}} @ 5400&nbsp;rpm
| {{cvt|400|Nm|lbft|0|order=flip}} @ 3000&ndash;4000&nbsp;rpm
|-
| 2010&ndash;2013
| [[Buick Regal##Regal GS|Buick Regal GS]]{{Broken anchor|date=2024-06-30|bot=User:Cewbot/log/20201008/configuration|target_link=Buick Regal##Regal GS|reason= }} (Hirsch Performance)
| {{cvt|192|kW|hp-metric
|0|order=flip}} @ 5400&nbsp;rpm
| {{cvt|400|Nm|lbft|0|order=flip}} @ 3000&ndash;4000&nbsp;rpm
|-
| 2010&ndash;2012
| [[Saab 9-5]]
| {{cvt|162|kW|hp-metric
|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2500&nbsp;rpm
|-
| 2011&ndash;2013
| [[Cadillac STS|Cadillac SLS]] (China)
| {{cvt|193|kW|hp-metric
|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|360|Nm|lbft|0|order=flip}} @ 2000&ndash;5000&nbsp;rpm
|-
| 2014&ndash;2017
| [[Buick Regal##Regal GS|Buick Regal GS]]{{Broken anchor|date=2024-06-30|bot=User:Cewbot/log/20201008/configuration|target_link=Buick Regal##Regal GS|reason= }} (China Market)
| {{cvt|187|kW|hp-metric
|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2000&ndash;5000&nbsp;rpm
|}

===LHU (A20NFT Opel)===
{{anchor|A20NFT}}

LHU adds [[E85]] flex-fuel capability to the LDK. This engine is also known as '''A20NFT''' by GM Powertrain Europe. Maximum engine speed is listed at 6350&nbsp;rpm.

Unique LHU features include:
* a twin-scroll [[turbocharger]]
* cam-driven high-pressure [[gasoline direct injection]] fuel system
* dual camshaft continuously [[variable valve timing]]
* [[sodium]]-filled stainless steel [[Inconel]] exhaust [[poppet valve|valves]]
* low-friction cast aluminium pistons with oil squirters
* forged steel crankshafts
* cast stainless steel exhaust manifold
* sand-cast Gen3 block
* Larger Bosch injectors (0 261 500 112) with ethanol-safe seals for flex-fuel compatibility

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
! scope="col" | Notes
|-
| 2011&ndash;2013
| [[Buick Regal#Fifth generation (2008)|Buick Regal Turbo]]
| {{cvt|220|hp|0}} @ 5300&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 2000&nbsp;rpm
| 
|-
| 2014
| [[Saab 9-3]] Turbo4 ([[NEVS]])
| {{cvt|220|hp-metric|kW|0}} @ 5300&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2500&nbsp;rpm
| 451 built<ref name=BWauc>{{cite web | url = https://bilwebauctions.se/en/majauktion-1-2023/saab-9-3-aero-turbo4-51843 | archive-url = https://web.archive.org/web/20230505173509/https://bilwebauctions.se/en/majauktion-1-2023/saab-9-3-aero-turbo4-51843 | archive-date = 2023-05-05 | first = Ida | last = Johansen | date = 2023-05-04 | title = Majauktion 2023: SAAB 9-3 Aero Turbo4 — 2014 | trans-title = May Auction 2023 | work = Bilweb Auctions | language = sv }}</ref>
|-
| 2011&ndash;2012
| [[Saab 9-5#Second generation (2009&ndash;2012)|Saab 9-5 Turbo4]]
| {{cvt|220|hp-metric|kW|0}} @ 5300&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 2000&nbsp;rpm
| 
|-
| 2013&ndash;2016
| [[Buick Verano|Buick Verano Turbo]]<ref>{{Cite web|url=http://media.gm.com/media/us/en/gm/news.detail.html/content/Pages/news/us/en/2012/Jun/0611_turbov.html|title=2013 Buick Verano Turbo Debuts with 250 Horsepower|date=11 June 2012}}</ref>
| {{cvt|250|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm
|
|-
| 2011&ndash;2013
| [[Buick Regal##Regal GS|Buick Regal GS]]{{Broken anchor|date=2024-06-30|bot=User:Cewbot/log/20201008/configuration|target_link=Buick Regal##Regal GS|reason= }}
| {{cvt|270|hp|0}}<ref>{{cite web|url=http://www.autoweek.com/article/20110615/CARNEWS/110619914 |title=2012 Buick Regal GS rated at 270 hp |publisher=Autoweek |date=2011-06-15 |access-date=2012-01-24}}</ref>
| {{cvt|295|lbft|Nm|0}} @ 2400&nbsp;rpm
| 
|-
| 2011&ndash;2013
| [[Opel Insignia]] / Vauxhall Insignia 4x4
| {{cvt|184|kW|hp-metric
|0|order=flip}} @ 5300&nbsp;rpm
| {{cvt|400|Nm|lbft|0|order=flip}} @ 2400&ndash;3600&nbsp;rpm
| 
|-
| 2012&ndash;2017
| [[Opel Astra#OPC 2|Opel Astra J OPC / Vauxhall Astra J VXR]]
| {{cvt|206|kW|hp-metric|0|order=flip}} @ 5500&nbsp;rpm
| {{cvt|400|Nm|lbft|0|order=flip}} @ 2500&ndash;4500&nbsp;rpm
|
|-
| 2014&ndash;2017
| [[Buick Regal##Regal GS|Buick Regal GS]]{{Broken anchor|date=2024-06-30|bot=User:Cewbot/log/20201008/configuration|target_link=Buick Regal##Regal GS|reason= }} (Hirsch Performance)
| {{cvt|205|kW|hp-metric|0|order=flip}} @ 5400&nbsp;rpm
| {{cvt|410|Nm|lbft|0|order=flip}} @ 3000&ndash;4000&nbsp;rpm
|
|-
| 2017&ndash;present
| [[Opel Astra#Astra K|Opel Astra K TCR]]
| {{cvt|257|kW|hp-metric|0|order=flip}} @ 6300&nbsp;rpm
| {{cvt|420|Nm|lbft|0|order=flip}} @ 2500&ndash;4600&nbsp;rpm
|
|}
Note: The A20NFT engine in Opel Astra K TCR is a racing engine and swapped the original direct fuel injection for multi-point fuel injection.

===2.2===
====L61====
In 2007, the '''L61''' received a multitude of changes, that originated from the ''LE5''. It switched to the higher-strength Gen II block and received a revised cylinder head (enlarged exhaust ports) and camshaft design (increased exhaust valve duration). The engine also switched from [[wasted spark]] ignition to individual [[Direct ignition|coil-on-plug]] ignition; this forced the cam cover to be redesigned. It was also switched to an E37 engine controller with new crank and cam sensors (replacing timing sensor previously found in ignition cassette). These changes increase horsepower slightly and allow the engine to meet [[PZEV]] standards.<ref>{{cite web|title=2008 Ecotec 2.2L I4 ( L61 )|url=http://g5.wrath.org/08_L61.doc|access-date=30 July 2014}}</ref> Compression ratio is 10.0:1.

The L61 was used in the following cars:
{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2007&ndash;2008
| [[Chevrolet Cobalt]]
| {{cvt|148|hp|0}} @ 5600&nbsp;rpm
| {{cvt|152|lbft|Nm|0}} @ 4200&nbsp;rpm
|-
| 2007
| rowspan="2" | [[Chevrolet HHR]]
| rowspan="2" | {{cvt|149|hp|0}} @ 5600&nbsp;rpm
| {{cvt|152|lbft|Nm|0}} @ 4000&nbsp;rpm
|-
| 2008
| {{cvt|152|lbft|Nm|0}} @ 4200&nbsp;rpm
|-
| 2007&ndash;2008
| [[Chevrolet Malibu#Sixth generation (2004)|Chevrolet Malibu]]
| {{cvt|145|hp|0}} @ 5600&nbsp;rpm
| {{cvt|152|lbft|Nm|0}} @ 4200&nbsp;rpm
|-
| 2007&ndash;2008
| [[Pontiac G5|Pontiac Pursuit/G5]]
| {{cvt|148|hp|0}} @ 5600&nbsp;rpm
| {{cvt|152|lbft|Nm|0}} @ 4200&nbsp;rpm
|-
| 2007
| [[Saturn Ion]]
| {{cvt|145|hp|0}} @ 5600&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4200&nbsp;rpm
|}

====LAP====
The '''LAP''' is a {{cvt|2198|cc|L|1|order=flip}} version of the Ecotec, based on the Gen II block with cylinder head improvements, new camshaft design, E37 engine control module, 58X crankshaft reluctor ring, dual variable valve timing, digital crank and cam sensors, individual coil-on-plug ignition, vented starter solenoid, new MAP sensor, new intake manifold seals, new oil filter element, a 32-bit computer, and improved emissions performance.

Bore and stroke are {{cvt|86|mm|in}} and {{cvt|94.6|mm|in}}, the same as the 2.2&nbsp;L '''L61'''. Compression ratio is 10.0:1. Major features that set it apart from the 2.2 L ''L61'' are variable-valve-timing and other cylinder head improvements from the 2.4&nbsp;L ''LE5''.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2009&ndash;2010
| [[Chevrolet Cobalt]]
| {{cvt|155|hp|0}} @ 6100&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2009
| [[Pontiac G5]]
| {{cvt|155|hp|0}} @ 6100&nbsp;rpm
| {{cvt|150|lbft|Nm|0}} @ 4900&nbsp;rpm
|}

====LE8====
The '''LE8''' is an E85-compatible {{cvt|2198|cc|L|1|order=flip}} version of the '''LAP''' Ecotec.<ref>{{Cite web|url=https://www.chevyhhr.net/forums/general-hhr-4/why-2010-2011-le8-more-fuel-effeciant-longevity-greater-48353/|title=Why the 2010-2011 LE8 is more fuel effeciant and longevity is greater}}</ref> Bore and stroke remain the same {{cvt|86|mm|in}} and {{cvt|94.6|mm|in}}. Compression ratio is 10.0:1 and the engine can run on both regular unleaded gasoline or E85.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| rowspan="2" | 2009&ndash;2011
| rowspan="2" | [[Chevrolet HHR]]
| {{cvt|155|hp|0}} @ 6100&nbsp;rpm (gasoline)
| {{cvt|150|lbft|Nm|0}} @ 4800&nbsp;rpm (gasoline)
|-
| {{cvt|160|hp|0}} @ 6000&nbsp;rpm (E85)
| {{cvt|158|lbft|Nm|0}} @ 4600&nbsp;rpm (E85)
|}

===2.4===
====LE5====
[[File:2006 Pontiac Solstice Ecotec LE5 engine.jpg|right|thumb|250px|Ecotec LE5 engine in a 2006 [[Pontiac Solstice]]]]
The '''LE5''' is a larger {{cvt|2384|cc|L|1|order=flip}} version of the Ecotec. Both the {{cvt|88|mm|in|1}} bore and {{cvt|98|mm|in|1}} stroke are larger, and [[Variable Valve Timing]] on the intake and exhaust improve low-end torque. Compression is 10.4:1. Power is 164&ndash;177&nbsp;hp (123&ndash;132&nbsp;kW) and torque is 159&ndash;170&nbsp;lb·ft (215&ndash;230&nbsp;N·m). The engine uses a reinforced "Gen II" block. Connecting rods are GKN-forged; C70 powdered metal was used from July 2007 on.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2006&ndash;2008
| [[Buick Lacrosse]] (China)
| {{cvt|168|hp|0}} @ 6400&nbsp;rpm
| {{cvt|166|lbft|Nm|0}} @ 4800&nbsp;rpm
|-
| 2006&ndash;2007
| [[Chevrolet Cobalt SS]]
| {{cvt|173|hp|0}} @ 6200&nbsp;rpm
| {{cvt|163|lbft|Nm|0}} @ 4800&nbsp;rpm
|-
| 2008
| [[Chevrolet Cobalt SS|Chevrolet Cobalt Sport]]
| {{cvt|171|hp|0}} @ 6200&nbsp;rpm
| {{cvt|167|lbft|Nm|0}} @ 4800&nbsp;rpm
|-
| 2006&ndash;2008
| [[Chevrolet HHR]]
| {{cvt|175|hp|0}}
| {{cvt|165|lbft|Nm|0}}
|-
| 2006&ndash;2008
| [[Pontiac G5]]/Pursuit
| {{cvt|171|hp|0}} @ 5800&nbsp;rpm
| {{cvt|167|lbft|Nm|0}} @ 4500&nbsp;rpm
|-
| 2006&ndash;2009
| [[Pontiac G6]]
| {{cvt|169|hp|0}} @ 6300&nbsp;rpm
| {{cvt|162|lbft|Nm|0}} @ 4500&nbsp;rpm
|-
| 2006&ndash;2009
| [[Pontiac Solstice]]
| {{cvt|173|hp|0}} @ 5800&nbsp;rpm
| {{cvt|164|lbft|Nm|0}} @ 4500&nbsp;rpm
|-
| 2006&ndash;2009
| [[Saturn Sky]]
| {{cvt|177|hp|0}} @ 5800&nbsp;rpm
| {{cvt|173|lbft|Nm|0}} @ 4800&nbsp;rpm
|-
| 2006
| [[Saturn Ion]]
| {{cvt|170|hp|0}} @ 6200&nbsp;rpm
| {{cvt|162|lbft|Nm|0}} @ 4800&nbsp;2,384rpm
|-
| 2007
| [[Saturn Ion]]
| {{cvt|175|hp|0}} @ 6500&nbsp;rpm
| {{cvt|164|lbft|Nm|0}} @ 4800&nbsp;rpm
|-
| 2008&ndash;2009
| [[Saturn Aura]]
| {{cvt|169|hp|0}}
| {{cvt|160|lbft|Nm|0}}
|-
| 2008&ndash;2012
| [[Chevrolet Malibu]]
| {{cvt|169|hp|0}}
| {{cvt|160|lbft|Nm|0}}
|-
| 2008&ndash;2009
| [[Saturn Vue]]
| {{cvt|169|hp|0}} @ 6200&nbsp;rpm
| {{cvt|161|lbft|Nm|0}} @ 5100&nbsp;rpm
|-
|}

The LE5 is also used in the following overseas models:
* 2006 GM Taiwan [[Buick LaCrosse]]
* 2006 Shanghai GM [[Buick LaCrosse]]
* [[Buick GL8]]

The LE5 or a close variant is also used in the [[Polaris Slingshot]] (announced July 27, 2014), coupled with a 5-speed manual transmission and a final belt drive. The Slingshot is a three-wheeled side-by-side street vehicle, classed as a motorcycle.<ref>{{Cite web|url=http://www.polaris.com/en-us/slingshot|title = Slingshot : Open-air Roadster - 3 Wheel Motorcycle &#124; Polaris}}</ref>

====LAT====
The '''LAT''' is the designation used for the 2.4&nbsp;L '''LE5''' when used in GM's [[belt alternator starter|BAS]] mild-hybrid vehicles.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2007&ndash;2009
| [[Saturn Aura Hybrid|Saturn Aura Green Line Hybrid]]
| {{cvt|164|hp|0}} @ 6400&nbsp;rpm
| {{cvt|159|lbft|Nm|0}} @ 5000&nbsp;rpm
|-
| 2007
| [[Saturn Vue#Green Line|Saturn Vue Green Line Hybrid]]
| {{cvt|170|hp|0}} @ 6600&nbsp;rpm
| {{cvt|162|lbft|Nm|0}} @ 4200&nbsp;rpm
|-
| 2008
| [[Saturn Vue#Green Line|Saturn Vue Green Line Hybrid]]
| {{cvt|172|hp|0}} @ 6500&nbsp;rpm
| {{cvt|167|lbft|Nm|0}} @ 4500&nbsp;rpm
|-
| 2008–2009
| [[Buick LaCrosse|Buick LaCrosse hybrid]] (China only)
| {{cvt|164|hp|0}} @ 6400&nbsp;rpm
| {{cvt|166|lbft|Nm|0}} @ 4800&nbsp;rpm
|-
| 2008&ndash;2009
| [[Chevrolet Malibu#Sixth generation (2004)|Chevrolet Malibu Hybrid]]
| {{cvt|164|hp|0}} @ 6400&nbsp;rpm
| {{cvt|159|lbft|Nm|0}} @ 5000&nbsp;rpm
|}

====LE9====
The '''LE9''' is an E85-compatible version of the {{cvt|2384|cc|L|1|order=flip}} '''LE5''' Ecotec. Bore and stroke are {{cvt|88|mm|in}} and {{cvt|98|mm|in}} and has a compression ratio of 10.4:1, the same as the LE5.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| rowspan="2" | 2009&ndash;2011
| rowspan="2" | [[Chevrolet HHR]]
| {{cvt|172|hp|0}} @ 5800&nbsp;rpm (gasoline)
| {{cvt|167|lbft|Nm|0}} @ 4500&nbsp;rpm (gasoline)
|-
| {{cvt|176|hp|0}} @ 5800&nbsp;rpm (E85)
| {{cvt|170|lbft|Nm|0}} @ 5000&nbsp;rpm (E85)
|-
| |2010&ndash;2012
| [[Chevrolet Malibu]] ''(fleet only)''
| {{cvt|175|hp|0}} @ 5800&nbsp;rpm (E85)
| {{cvt|170|lbft|Nm|0}} @ 5000&nbsp;rpm (E85)
|-
| |2014–2019
| [[Polaris Slingshot]]
| 173&nbsp;hp (129&nbsp;kW) @ 6200&nbsp;rpm
| {{cvt|166|lbft|Nm|0}} @ 4700&nbsp;rpm
|}

====LAF====
[[File:Chevrolet ecotec 2.4.jpg|thumb|GM Ecotec 2.4]]
The '''LAF''' is a direct injected 2.4&nbsp;L. It uses technology based on GM's other four-cylinder direct-injection applications, but with unique features designed for its specific application. This includes an 11.2:1 compression ratio that helps build power, slightly dished pistons that increase combustion efficiency and injectors with an application-specific flow rate.<ref>{{cite web|url=http://www.gminsidenews.com/forums/f63/naias-09-2010-ecotec-2-4l-sidi-73038/ |title=NAIAS 09: 2010 ECOTEC 2.4l SIDI |date=22 January 2010 |publisher=Gminsidenews.com |access-date=2012-01-24}}</ref><ref name="GMpress20081217">{{cite news |last=Roth |first=Dan |date=2008-12-17 |title=DI FTW: GM unveils new direct-injection 2.4&nbsp;L EcoTec and 3.0&nbsp;L V6 |work=autoblog.com |url=http://www.autoblog.com/2008/12/18/di-ftw-gm-new-direct-inject-2-4l-ecotec-and-3-0l-v6 |access-date=2008-12-17}}</ref>

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| |2010&ndash;2011
| {{ubl
  | |[[Chevrolet Equinox]]
  | [[GMC Terrain]]
  }}
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm (gasoline)
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm (gasoline)
|-
| 2010&ndash;2011
| [[Buick LaCrosse]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2011
| [[Buick Regal]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2011&ndash;2014
| [[Chevrolet Orlando]]
| {{cvt|174|hp|0}} @ 6700&nbsp;rpm
| {{cvt|171|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2011
| [[Chevrolet Captiva]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|}

====LEA====
The '''LEA''' is an E85 compatible variant of the LAF. Bore, stroke, and compression ratio all remain the same. Maximum engine speed is listed at 7000&nbsp;rpm.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2012&ndash;2013, 2015&ndash;2017
| [[Buick Regal]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2012&ndash;2017
| [[Buick Verano]]<ref>{{cite web|url=http://media.gm.com/content/media/us/en/news/news_detail.brand_gm.html/content/Pages/news/us/en/2011/Jan/0106_gm_verano |title=Buick Introduces The All-New 2012 Verano |publisher=Media.gm.com |date=2011-01-06 |access-date=2012-01-24}}</ref>
| {{cvt|180|hp|0}} @ 6700&nbsp;rpm
| {{cvt|171|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2012&ndash;2017
| [[Opel Antara|Chevrolet Captiva Sport]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2012&ndash;2017
| {{ubl
  | [[Chevrolet Equinox]]
  | [[GMC Terrain]]
  }}
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
|2012&ndash;2017
|[[Chevrolet Orlando]]
|{{cvt|174|hp|0}} @ 6700&nbsp;rpm
|{{cvt|171|lbft|Nm|0}} @ 4900&nbsp;rpm
|}

====LUK====
The '''LUK''' is similar to the LAF, but adds the [[BAS Hybrid|eAssist]] mild-hybrid system. Maximum engine speed is listed at 7000&nbsp;rpm.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2012&ndash;2016
| [[Buick LaCrosse]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2012&ndash;2017
| [[Buick Regal]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2013&ndash;2014
| [[Chevrolet Malibu]] ECO
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|-
| 2014
| [[Chevrolet Impala]]
| {{cvt|182|hp|0}} @ 6700&nbsp;rpm
| {{cvt|172|lbft|Nm|0}} @ 4900&nbsp;rpm
|}

==Generation III==
{{Infobox automobile engine
| name         = Generation III
| aka          = 
| production   = 2013&ndash;present
| fuelsystem   = [[Gasoline direct injection|Spark Ignition Direct Injection (SIDI)]]
| fueltype     = [[Gasoline]]
| image        = 
| displacement = {{ubl
                 | {{cvt|1998|cc|L|1|order=flip}}
                 | {{cvt|2457|cc|L|1|order=flip}}
                 }}
| bore         = {{ubl
                 | {{cvt|86|mm|in}}
                 | {{cvt|88|mm|in}}
                 }}
| stroke       = {{ubl
                 | {{cvt|86|mm|in}}
                 | {{cvt|100.8|mm|in}}
                 }}
| compression  = {{ubl
                 | 9.5:1
                 | 11.3:1
                 }}
| management   = 
| power        = 
| specpower    = 
| torque       = 
| length       = 
| width        = 
| height       = 
| weight       = 
}}

===2.0===
====LTG====
A {{cvt|1998|cc|L|1|order=flip}} [[turbocharged]] direct-injection version of the Gen III Ecotec was available in the 2013 [[Cadillac ATS]] and [[Chevrolet Malibu]]. This engine is also available in the [[Cadillac XTS]] and [[Cadillac XT5]] for the Chinese market. Bore and stroke are both {{cvt|86.0|mm|in}}, and compression is 9.5:1. The engine uses a [[twin-scroll turbocharger]] with electronically-controlled wastegate/bypass valve, air-to-air intercooler, stainless-steel dual-scroll (1&ndash;4, 2&ndash;3) exhaust manifold designed to withstand {{cvt|980|C|F}} turbine temperature, and a [[Centrifugal casting (industrial)|rotacast]] aluminium-alloy (A356T6) cylinder head with sodium-filled exhaust valves.<ref name="2.0T_genIII_PR"/> Maximum engine speed is listed at 7000&nbsp;rpm.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2013&ndash;2014
| rowspan="2" | [[Cadillac ATS]]
| rowspan="2" | {{cvt|272|hp|0}} @ 5500&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 1700&ndash;5500&nbsp;rpm
|-
| 2015&ndash;2019
| |{{cvt|295|lbft|Nm|0}} @ 3000&ndash;4600&nbsp;rpm
|-
| 2014&ndash;2016
| |[[Cadillac ATS#ATS-L|Cadillac ATS 25T (China)]]
| {{cvt|230|hp|0}} @ 5500&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&ndash;4000&nbsp;rpm
|-
| 2014&ndash;2019
| [[Cadillac ATS#ATS-L|Cadillac ATS 28T (China)]]
| {{cvt|279|hp|0}} @ 5500&nbsp;rpm
| {{cvt|295|lbft|Nm|0}} @ 2900&ndash;4600&nbsp;rpm
|-
| 2013
| rowspan="3" | [[Chevrolet Malibu]]
| rowspan="2" | {{cvt|259|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 1700&ndash;5500&nbsp;rpm
|-
| 2014&ndash;2015
| |{{cvt|295|lbft|Nm|0}} @ 5200&nbsp;rpm
|-
| 2016&ndash;2022
| {{cvt|250|hp|0}} @ 5300&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&ndash;5000&nbsp;rpm
|-
| 2013&ndash;2017
| [[Opel Insignia A]]
| {{cvt|{{cvt|250|PS|hp|0|disp=number}}|hp|0}} @ 4500&nbsp;rpm
| {{cvt|400|Nm|lbft|0|order=flip}} @ 2000&ndash;4500&nbsp;rpm
|-
| 2017&ndash;2018
| [[Opel Insignia B]]
| {{cvt|{{cvt|260|PS|hp|0|disp=number}}|hp|0}} @ 5300&nbsp;rpm
| {{cvt|400|Nm|lbft|0|order=flip}} @ 2500&ndash;4000&nbsp;rpm
|-
| 2014&ndash;2017
| rowspan="2" | [[Buick Regal]]
| {{cvt|259|hp|0}} @ 5300&nbsp;rpm
| {{ubl
  | {{cvt|295|lbft|Nm|0}} @ 3000&ndash;4000&nbsp;rpm
  | (2500&ndash;4000&nbsp;rpm for GS)
  }}
|-
| 2018&ndash;present
| {{cvt|250|hp|0}} @ 5400&nbsp;rpm
| {{ubl
  | {{cvt|260|lbft|Nm|0}} @ 2000&ndash;5200&nbsp;rpm
  | {{cvt|295|lbft|Nm|0}} @ 3000&ndash;4000&nbsp;rpm for AWD
  }}
|-
| 2014&2019
| [[Cadillac CTS]]
| {{cvt|268|hp|0}} @ 5600&nbsp;rpm
| {{cvt|295|lbft|Nm|0}} @ 3000&ndash;4500&nbsp;rpm
|-
| 2016&ndash;2018
| rowspan="2" | [[Buick Envision]]
| rowspan="2" | {{cvt|252|hp|0}} @ 5500&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2019&ndash;present
| {{cvt|295|lbft|Nm|0}} @ 2000&nbsp;rpm
|-
| 2016&ndash;2018
| [[Cadillac CT6]]
| {{cvt|265|hp|0}} @ 5500&nbsp;rpm
| {{cvt|295|lbft|Nm|0}} @ 3000&ndash;4000&nbsp;rpm
|-
| 2016&ndash;2024
| [[Chevrolet Camaro (sixth generation)|Chevrolet Camaro]]
| {{cvt|275|hp|0}} @ 5600&nbsp;rpm
| {{cvt|295|lbft|Nm|0}} @ 3000&ndash;4500&nbsp;rpm
|-
| 2017&ndash;present
| [[Buick GL8]]
| {{cvt|260|hp|0}} @ 5500&nbsp;rpm
| {{cvt|350|Nm|lbft|0|order=flip}} @ 2000-5000&nbsp;rpm
|-
| 2018&ndash;2020
| [[Chevrolet Equinox]]
| {{cvt|252|hp|0}} @ 5500&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2500&ndash;4500&nbsp;rpm
|-
| 2018&ndash;2019
| [[Chevrolet Traverse]] RS
| {{cvt|257|hp|0}} @ 5500&nbsp;rpm
| {{cvt|295|lbft|Nm|0}} @ 3000&nbsp;rpm
|-
| 2018&ndash;2020
| [[GMC Terrain]]
| {{cvt|252|hp|0}} @ 5500&nbsp;rpm
| {{cvt|260|lbft|Nm|0}} @ 2500&ndash;4500&nbsp;rpm
|-
| 2018&ndash;2020
| [[Holden Commodore (ZB)|Holden Commodore]]
| {{cvt|256|hp|0}} @ 5500&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 3000&ndash;4000&nbsp;rpm
|}

====LSY====
A successor to the LTG debuted in the 2019 [[Cadillac XT4]] and the 2019 [[Cadillac CT6]]. The LSY adds [[Active Fuel Management]] and a [[start-stop system]], putting more priority to fuel economy than performance. Peak output is lower than the LTG, but is achieved at lower rpm for both power and torque. Bore is {{cvt|83.0|mm|in}} and stroke is {{cvt|92.3|mm|in}}.<ref>{{Cite web|url=http://media.cadillac.com/media/us/en/cadillac/vehicles/xt4/2019.tab1.html|title = 2019 Cadillac XT4 Crossover}}</ref> This engine is used in some GM vehicles in the U.S and as the standard engine option in China.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2019
| [[Cadillac CT6]]
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2019&ndash;present
| [[Cadillac XT4]]
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2019&ndash;present
| [[Chevrolet Malibu#Ninth generation (2016)|Chevrolet Malibu XL]]
| {{cvt|241|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| rowspan="3" | 2020&ndash;2022
| rowspan="3" | [[Opel Insignia B]]
| {{cvt|170|hp|0}} @ 4250–6000&nbsp;rpm
| {{cvt|350|Nm|lbft|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| {{cvt|200|hp|0}} @ 4250–6000&nbsp;rpm
| |{{cvt|350|Nm|lbft|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| {{cvt|230|hp|0}} @ 5000&nbsp;rpm
| {{cvt|350|Nm|lbft|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Buick GL8#Third generation (2017&ndash;present)|Buick GL8 ES]] (Chinese market)
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Buick GL8#Second generation (2010&ndash;present)|Buick GL8 Land Business Edition]] (Chinese market)
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Buick Lacrosse#Third generation (2017)|Buick Lacrosse]] (Chinese market)
| {{cvt|233|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Buick Regal#Sixth generation (2018)|Buick Regal GS]] (Chinese market)
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Cadillac CT5]]
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Cadillac XT5]]
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Cadillac XT6]]
| {{cvt|237|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[Chevrolet Blazer (crossover)|Chevrolet Blazer]]
| {{cvt|230|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2020&ndash;present
| [[GMC Acadia]]
| {{cvt|230|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|-
| 2021&ndash;present
| [[Buick Envision]]
| {{cvt|230|hp|0}} @ 5000&nbsp;rpm
| {{cvt|258|lbft|Nm|0}} @ 1500&ndash;4000&nbsp;rpm
|}

===2.5===
====LCV====
First appearing in the 2013 [[Chevrolet Malibu]] and 2013 [[Cadillac ATS]], the 2.5 L ''Gen III'' block has been reworked to reduce engine noise and vibrations, while improving fuel economy and low-end torque.<ref name="2.0T_genIII_PR">{{Cite web|url=http://media.gm.com/media/us/en/gm/news.detail.html/content/Pages/news/us/en/2012/Sep/0920_malibu_turbo_eng.html|title = New 2.0L Turbo Engine Gives the 2013 Chevrolet Malibu Enhanced Performance and Refinement|date = 20 September 2012}}</ref><ref>{{Cite web|url=http://media.gm.com/media/us/en/gm/news.detail.html/content/Pages/news/us/en/2011/Sep/0919_ecotec_25_efficient|title = New Ecotec 2.5L Engine More Efficient, Refined and Powerful|date = 19 September 2011}}</ref><ref>{{Cite web|url=http://media.gm.com/media/us/en/chevrolet/news.detail.html/content/Pages/news/us/en/2011/Sep/0919_malibu_noise_vibration|title=All-New Ecotec 2.5L Powers Chevrolet Malibu's Quest for Quietness|date=19 September 2011}}</ref> LCV is scheduled to replace the direct-injected 2.4 L throughout North American GM products within a year.<ref>{{cite web |url=http://blog.caranddriver.com/gm-to-replace-2-4-liter-fours-with-2-5-liters-across-the-range/ |title=Car and Driver Blog » GM to Replace 2.4-liter Fours with 2.5-liters Across the Range |website=blog.caranddriver.com |url-status=dead |archive-url=https://web.archive.org/web/20120113054212/http://blog.caranddriver.com/gm-to-replace-2-4-liter-fours-with-2-5-liters-across-the-range |archive-date=2012-01-13}} </ref> Engine production started in April 2012 at GM's [[Tonawanda Engine]] plant.

The new combustion system developed with GM's proprietary computational fluid dynamics (CFD) analysis software features a higher compression ratio which helps improve fuel efficiency and has improved knock resistance. The engine features dual overhead camshafts with continuously variable valve timing and increased-authority cam phasing (increased phase rotation angle), a high-pressure returnless direct-injection fuel system with camshaft-driven fuel pump delivering {{cvt|750|psi|bar}} at idle and {{cvt|2250|psi|bar}} at full load, higher-flowing intake and exhaust ports in the cylinder head, electronic throttle control and pistons with jet-spray oil cooling. The engine redline is 7000&nbsp;rpm.

The balance shafts are relocated from the cylinder block to oil pan module. The two-piece steel-aluminium oil pan features in-pan integrated oil-pump assembly driven by the balance shaft with a shorter inverted-tooth chain. Other improvements include inverted-tooth chain driving the camshaft, forged steel crankshaft, cast aluminium bedplate with main bearing cap inserts made of iron, high-pressure fuel rail with rubber-isolated assembly, acoustically shielded plastic cover for the intake manifold, and structurally enhanced aluminium camshaft cover and front cover. These improvements helped reduce noise intensity by 40% compared to the 2.4&nbsp;L engine and change the noise signature into a higher frequency above 2,000&nbsp;Hz. The engine also uses a variable-displacement oil pump and an actively controlled thermostat. [[Gasoline direct injection|Direct injection]] reduces emissions by 25%, while [[continuous cam phasing]] eliminates the need for an EGR system. Maximum engine speed is listed at 7000&nbsp;rpm.

Displacement for the 2.5&nbsp;L engine is 2,457&nbsp;cc with an {{cvt|88.0|mm|in}} bore and {{cvt|100.8|mm|in}} stroke. Compression ratio is 11.3:1.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2013&ndash;2016<ref>{{Cite web|url=http://www.motortrend.com/news/2017-cadillac-ats-drops-base-2-5-liter-i-4-engine-option/|title = 2017 Cadillac ATS Drops Base 2.5-Liter I-4 Engine Option|date = 29 June 2016}}</ref>
| [[Cadillac ATS]]
| {{cvt|150.69|kW|0|order=flip}} @ 6300&nbsp;rpm
| {{cvt|259|Nm|lbft|0|order=flip}} @ 4400&nbsp;rpm
|-
| 2013
| [[Chevrolet Malibu]]
| {{cvt|146.96|kW|0|order=flip}} @ 6300&nbsp;rpm
| {{cvt|259|Nm|lbft|0|order=flip}} @ 4400&nbsp;rpm
|-
| rowspan="2" | 2015&ndash;2022
| [[Chevrolet Colorado]]
| rowspan="2" | {{cvt|200|hp|kW|0}} @ 6300&nbsp;rpm
| rowspan="2" | {{cvt|191|lbft|Nm}} @ 4400&nbsp;rpm
|-
| [[GMC Canyon]]
|-
| 2016
| Chevrolet Malibu Limited
| {{cvt|196|hp|kW|0}} @ 6300&nbsp;rpm
| {{cvt|186|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2017&ndash;2020
| [[Buick Envision]]
| {{cvt|197|hp|kW|0}} @ 6300&nbsp;rpm
| {{cvt|192|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2017
| [[Buick GL8]]
| {{cvt|197|hp|kW|0}} @ 6300&nbsp;rpm
| {{cvt|186|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2017&ndash;2021<ref>{{Cite web|title=2022 GMC Acadia Ditches 2.5L Four-Cylinder Engine|url=https://gmauthority.com/blog/2021/05/2022-gmc-acadia-ditches-2-5l-four-cylinder-engine/|access-date=2021-05-14|website=GM Authority|date=3 May 2021}}</ref>
| [[GMC Acadia]]
| {{cvt|194|hp|kW|0}} @ 6300&nbsp;rpm
| {{cvt|190|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2019&ndash;2021<ref>{{Cite web|title=GM Considering Removing 2.5L Engine From Chevy Blazer|url=https://gmauthority.com/blog/2021/03/gm-considering-removing-2-5l-engine-from-chevy-blazer/|access-date=2021-05-14|website=GM Authority|date=27 March 2021}}</ref><ref>{{Cite web|title=2022 Chevy Blazer To Lose L And 1LT Trim Levels|url=https://gmauthority.com/blog/2021/05/2022-chevy-blazer-to-lose-l-and-1lt-trim-levels/|access-date=2021-05-14|website=GM Authority|date=12 May 2021}}</ref>
| [[Chevrolet Blazer]]
| {{cvt|193|hp|kW|0}} @ 6300&nbsp;rpm
| {{cvt|188|lbft|Nm|0}} @ 4400&nbsp;rpm
|}

====LKW====
Same as the LCV but features Intake Valve Lift Control (IVLC) system provides two-stage [[variable valve lift]] in addition to continuous variable timing. Continuously commanded by the [[engine control unit]], the valve rocker arm switches between high-lift and low-lift profiles on the camshaft, actuated by an oil control valve through a two-feed stationary [[hydraulic lash adjuster]], allowing for either 4.0 or 10.5&nbsp;mm lift.<ref>{{Cite web|url=http://media.gm.com/media/us/en/gm/news.detail.html/content/Pages/news/us/en/2012/Sep/0917_intakevalve.html|title = 2014 Impala Engine Gets a High-Tech Lift|date = 17 September 2012}}</ref> It also features a [[start-stop system]]. Maximum engine speed is listed at 7000&nbsp;rpm.

{| class="wikitable"
! scope="col" | Year(s)
! scope="col" | Model
! scope="col" | Power
! scope="col" | Torque
|-
| 2014&ndash;2019
| [[Chevrolet Impala]]
| {{cvt|196-197|hp|0}} @ 6300&nbsp;rpm
| {{cvt|186-191|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2014&ndash;2015
| [[Chevrolet Malibu]]
| {{cvt|196|hp|0}} @ 6300&nbsp;rpm
| {{cvt|186|lbft|Nm|0}} @ 4400&nbsp;rpm
|-
| 2018&ndash;
| [[Saleen S1]]
| {{cvt|450|hp|kW|0}}
| {{cvt|400|lbft|Nm|0}}
|-
|}

==HCCI==
At Tech Show Torino 2008, GM Powertrain Europe announced the ignition-less [[HCCI]] (Homogeneous Charge Compression Ignition) mode of the [[Gasoline direct injection|direct injection]] version of 2.2 L engine.<ref name=2.2_HCCI>{{cite web | url=http://mediaassets.gmeuropearchive.info/viewcatalogue.php?catid=108560&lng=EN|title = A Look Into the Future of Engines and Transmissions| author=General Motors Europe|date=May 2008|at= CONTROLLED AUTO-IGNITION HCCI}}</ref> The HCCI version is equipped with two-step adjustable valve lift with variable cam phasing and advanced ECU with cylinder pressure sensors, uses a lean-burn cycle similar to that of a [[diesel engine]], and is claimed to further reduce fuel consumption by 15%.<ref>{{cite web|title=HOMOGENEOUS CHARGE COMPRESSION IGNITION &ndash; HCCI|url=http://archives.media.gm.com/us/gm/en/technology/advanced_technology/fuels/hcci.doc|website=media.gm.com|access-date=30 July 2014}}</ref>

==References==
{{Reflist}}
* {{cite journal|journal=[[Car and Driver]]|issue=May 2000|page=93|title=Getting Rid of the H-Word|author=Larry Webster}}

{{commons cat}}
{{GM late engine timeline}}

[[Category:General Motors engines]]
[[Category:Opel engines]]
[[Category:Chevrolet engines]]
[[Category:Vauxhall engines]]
[[Category:Buick engines]]
[[Category:Cadillac engines]]
[[Category:Gasoline engines by model]]
[[Category:Straight-four engines]]