FAW Carrier Vs Suzuki Ravi - PakWheels

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Faw Panther 2.8 L Engine Full Review | 2018 | By AutoBeam

Please support my channel share , Like , and Subscribe Brand: FAW Transaction Type: Cash Year: 2018 Fuel: Diesel KM's driven: 1 km Condition: New 2800cc euro 2 Direct fuel inject Isuzu engine ,3.3 ton loading capacity , 10 feet long bed. Price :1450000 Rs Facebook Page : https://www.facebook.com/AutoBeam360/ Twitter: https://twitter.com/waqasafzal92 Instagram: https://www.instagram.com/waqasafzal92/ Snapchat: waqasafzal92

тест-драйв грузовик FAW

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Mega Carry Pickup

Xenia Xi 2011 AT 1.300 cc -- https://youtu.be/UuEaRrsR-cY Toyota Camry V55 3.5L 2015 City Car Driving -- https://youtu.be/8X60Lf2Vn2s Lexus LX570 2016 City Car Driving (Silver) -- https://youtu.be/yDjk-rFHPGk BMW M4 F82 GTS City Car Driving -- https://youtu.be/KK2CzIqQj1Q Innova Venturer 2017 ETS 2 in River -- https://youtu.be/rmAnQGreDJ8 Innova Venturer 2017 ETS 2 on Trailer + Goes To Market -- https://youtu.be/9jQ6Pl--4W8 Innova Venturer 2017 ETS 2 Sport Sound -- https://youtu.be/UAz-jz8fqWM Innova Venturer 2017 ETS 2 Racing Skin -- https://youtu.be/61mB0LGv2L0 Innova Venturer 2017 ETS 2 Real Sound, Max Speed 326 kmh, Climb -- https://youtu.be/n-vsPkEnO9g Innova 2016 ETS 2 goes to Train Trailer -- https://youtu.be/Bg1ZWPChZRE Innova 2016 Silver (LED Light) Euro Trucks Simulator 2 -- https://youtu.be/BLf7p2VW9ac Innova Venturer 2017 White -- https://youtu.be/h9eYd_cSUxY Custom Toyota Innova Venturer 2017 DieCast Car 1:32 -- https://youtu.be/-slibJHBtas Toyota Innova G 2016 MT [ 2.0 Petrol ] Silver https://youtu.be/8aQUUaWGBVE Lifting Toyota Innova G 2016 MT [ 2.0 Petrol ] Silver https://youtu.be/W_GBM_4OIeM Custom Toyota Innova 2016 DieCast Car 1:32 -- https://youtu.be/W6xCuVEvtD0 Custom Toyota Innova 2016 Diecast Car 1:32 (Blue Light) -- https://youtu.be/vBtCsZ62Jm4 Toyota Innova G 2016 vs 2009 MT 2.0 Petrol https://youtu.be/3A3BjS9bBzg Fortuner 2012 Euro Trucks Simulator 2 -- https://youtu.be/mGTMr55AJeg Innova 2016 Euro Trucks Simulator 2 -- https://youtu.be/WKtXbDxYiiY Toyota Fortuner SRZ 2016 White -- https://youtu.be/ZdJncmbh5ls Fortuner ETS 2 Monster Energy -- https://youtu.be/O4Ar7gj0DyA Toyota Yaris New TRD Sportivo Red -- https://youtu.be/0dFHcA8kE40 Toyota Agya G Red -- https://youtu.be/PeP01n-3jgw Toyota Grand New Avanza G White -- https://youtu.be/kTz_6FwePB0 Toyota Sienta V Silver -- https://youtu.be/Y89SYWFBA9s Innova Venturer 2017 Black -- https://youtu.be/Uvn3y9nt4-k HP Pavilion DV6-6019TX Entertainment Notebook PC -- https://youtu.be/I_BEiKH6l6w HP Pavilion A210L PC All in one -- https://youtu.be/lgH2cYvC0cM HP Deskjet 2520HC Printer (Print, Scan, Copy) -- https://youtu.be/O9H13nVm7Qk WD My Passport Ultra 1 TB Silver -- https://youtu.be/WNpNhwJbDrY HP Pavilion G4-2216TU -- https://youtu.be/lKjJETrXQTc Collection of My Old Phones -- https://youtu.be/8XQHEeUGxiY Sandisk Ultra USB 3.0 OTG 64 GB -- https://youtu.be/1_yEEJfypEg TP-Link TL-WA850RE WiFi Extender -- https://youtu.be/ThZkmLMS5HA MiFi SmartFren Andromax M2S 4G LTE -- https://youtu.be/jdj2EJxk8DY Ertiga Diesel Hybrid -- https://youtu.be/FnAwCLt0GoU Mega Carry Pickup -- https://youtu.be/shWXtSlyG_M Karimun Wagon R -- https://youtu.be/jPVWp5M0QTw SX4 S-Cross -- https://youtu.be/eaYX2Zia1i0 Evoque City Car Driving -- https://youtu.be/ih4w9t2OofY Nissan GT-R R35 City Car Driving -- https://youtu.be/wwa86vJ0CuQ BMW X5 F15 City Car Driving -- https://youtu.be/Dz6ceTMXeMw Nissan X-Trail Xtronic CVT -- https://youtu.be/HdJXeRABtRg Nissan Grand Livina 1.5 XV Xtronic CVT (AT) -- https://youtu.be/o9YBblLajiQ Nissan March 1.2 (AT) -- https://youtu.be/s_jbfgopv6o Datsun GO+ Panca 1.2 (MT) -- https://youtu.be/Ax-B_szTbcU Datsun GO Panca 1.2 (MT) -- https://youtu.be/7Hjuezz4lRs Suzuki Grand Vitara City Car Driving (Offroad) -- https://youtu.be/53Yi4K7W8Kw Honda Jazz / Fit City Car Driving -- https://youtu.be/6ZK2tpMGTis Land Cruiser 2016 City Car Driving -- https://youtu.be/GmVAbEucgMY Toyota Innova Venturer 2017 Silver -- https://youtu.be/silOAKbLLPI Toyota Fortuner VRZ 2016 -- https://youtu.be/FkqIVvUOSfI Toyota Alphard G 2015 -- https://youtu.be/-14qAZSuVlM Toyota Rush TRD Sportivo Ultimo -- https://youtu.be/zTET_FGntf0 Toyota Avanza Veloz -- https://youtu.be/nQRO6yJR43E Honda Brio RS CVT -- https://youtu.be/ohAI0pzlu6E Honda Mobilio RS CVT 2017 -- https://youtu.be/2ujEmEMzNhU Honda BR-V E CVT -- https://youtu.be/F-chZs5uytE Honda HR-V E CVT -- https://youtu.be/B8_buJG4SmQ Outlander Sport PX -- https://youtu.be/WpLrNz_3vkI Pajero Sport Dakar 4x2 2016 -- https://youtu.be/ohzB2RZ2C_8 Toyota Agya TRD S 2017 -- https://youtu.be/W_UnojR5w4Q LandCruiser VXR V8 2016 -- https://youtu.be/iSvtDobgy3Y Toyota Hilux TRD 2016 D-Cab MT -- https://youtu.be/C-1lCXO27L0 2017 Daihatsu Ayla X 1.2 MT -- https://youtu.be/5F-ySa7siDY Daihatsu Sigra R 1.2 2016 AT -- https://youtu.be/QTXImgPQMWU Daihatsu Terios R 2016 AT -- https://youtu.be/BpGV7Gf-xn4 Suzuki Ignis GX 1.2 2017 MT -- https://youtu.be/NetyzMmze_w 2017 Isuzu MU-X 2.5 Premiere AT -- https://youtu.be/1cqlyGtL0TY

Walking in Islamabad Pakistan 🇵🇰 Street Life Scenes Sights & Sounds People Market

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cleaning catalytic converter /fuel consumption/pickup problems japanese cars/

A catalytic converter is an exhaust emission control device that converts toxic gases and pollutants in exhaust gas from an internal combustion engine to less toxic pollutants by catalyzing a redox reaction (an oxidation and a reduction reaction). Catalytic converters are used with internal combustion engines fueled by either petrol (gasoline) or diesel—including lean-burn engines as well as kerosene heaters and stoves. The first widespread introduction of catalytic converters was in the United States automobile market. To comply with the U.S. Environmental Protection Agency's stricter regulation of exhaust emissions, most gasoline-powered vehicles starting with the 1975 model year must be equipped with catalytic converters.[1][2][3][4] These "two-way" converters combine oxygen with carbon monoxide (CO) and unburned hydrocarbons (HC) to produce carbon dioxide (CO2) and water (H2O). In 1981, two-way catalytic converters were rendered obsolete by "three-way" converters that also reduce oxides of nitrogen (NOx);[1] however, two-way converters are still used for lean-burn engines. This is because three-way-converters require either rich or stoichiometric combustion to successfully reduce NOx. Although catalytic converters are most commonly applied to exhaust systems in automobiles, they are also used on electrical generators, forklifts, mining equipment, trucks, buses, locomotives and motorcycles. They are also used on some wood stoves to control emissions.[5] This is usually in response to government regulation, either through direct environmental regulation or through health and safety regulations. A catalytic converter has to be changed every 100 000 / 120 000 km in order to be efficient. It is important to recycle this part of the car. [6]The catalytic converter was invented by Eugene Houdry, a French mechanical engineer and expert in catalytic oil refining,[7] who moved to the United States in 1930. When the results of early studies of smog in Los Angeles were published, Houdry became concerned about the role of smoke stack exhaust and automobile exhaust in air pollution and founded a company called Oxy-Catalyst. Houdry first developed catalytic converters for smoke stacks called "cats" for short, and later developed catalytic converters for warehouse forklifts that used low grade, unleaded gasoline.[8] In the mid-1950s, he began research to develop catalytic converters for gasoline engines used on cars. He was awarded United States Patent 2,742,437 for his work.[9] Widespread adoption of catalytic converters did not occur until more stringent emission control regulations forced the removal of the anti-knock agent tetraethyl lead from most types of gasoline. Lead is a "catalyst poison" and would effectively disable a catalytic converter by forming a coating on the catalyst's surface.[10] Catalytic converters were further developed by a series of engineers including John J. Mooney, Carl D. Keith, Antonio Eleazar, and Phillip Messina at the Engelhard Corporation,[11] creating the first production catalytic converter in 1973.[12] William C. Pfefferle developed a catalytic combustor for gas turbines in the early 1970s, allowing combustion without significant formation of nitrogen oxides and carbon Catalyst poisoning occurs when the catalytic converter is exposed to exhaust containing substances that coat the working surfaces, so that they cannot contact and react with the exhaust. The most notable contaminant is lead, so vehicles equipped with catalytic converters can run only on unleaded fuel. Other common catalyst poisons include sulfur, manganese (originating primarily from the gasoline additive MMT) and silicon, which can enter the exhaust stream if the engine has a leak that allows coolant into the combustion chamber. Phosphorus is another catalyst contaminant. Although phosphorus is no longer used in gasoline, it (and zinc, another low-level catalyst contaminant) was until recently widely used in engine oil antiwear additives such as zinc dithiophosphate (ZDDP). Beginning in 2004, a limit of phosphorus concentration in engine oils was adopted in the API SM and ILSAC GF-4 specifications. Depending on the contaminant, catalyst poisoning can sometimes be reversed by running the engine under a very heavy load for an extended period of time. The increased exhaust temperature can sometimes vaporise or sublimate the contaminant, removing it from the catalytic surface. However, removal of lead deposits in this manner is usually not possible because of lead's high boiling point.

Suzuki Ravi, which is the seventh generation of the long-running Suzuki Carry has been ruling the Kei truck segment of our market for over thirty-five years. Its only real competition came into existence only four years ago when FAW rolled out their Carrier to take on Ravi. Despite FAW Carrier’s availability in Pakistan

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