Specifications

Engine displacement and acceleration to 100 km / h of the Toyota Land Cruiser Prado. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Toyota Land Cruiser Prado: 4th generation 2017 (J150,

Engine displacement and acceleration to 100 km / h of the Hyundai Grand Santa Fe car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine power is a measure of what a car is capable of.

Engine displacement and acceleration to 100 km / h of Renault Sandero Stepway. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The volume of the engine and torque directly depends on how much

Engine displacement and acceleration to 100 km / h of Toyota Land Cruiser. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations of Toyota Land Cruiser: 11th generation 2015 (200, 2nd restyling,

Engine displacement and acceleration up to 100 km / h of the Nissan Pathfinder. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Nissan Pathfinder: 4th generation 2017 (R52, restyling, SUV)

Engine displacement and acceleration up to 100 km / h of Toyota Highlander. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Toyota Highlander: 4th generation 2019 (XU60, SUV) 3rd generation

Engine displacement and acceleration up to 100 km / h of the Hyundai IX 35 car. The main generations and configurations of the model, as well as possible variations within one generation, are introduced. Engine volume and acceleration to 100 km / h of the Hyundai IX 35 car.

Engine displacement and acceleration up to 100 km / h of Toyota Fortuner. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Toyota Fortuner: 2nd generation 2015 (AN160, SUV) 1st generation

Engine displacement and acceleration to 100 km / h of the Hyundai Santa Fe car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations of Hyundai Santa Fe: 4th generation 2018 (TM, SUV) 4th generation 2019

Engine displacement and acceleration up to 100 km / h of the Skoda Octavia car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Skoda Octavia: A8 liftback 2020 A8 station wagon 2020 A7 liftback

Engine displacement and acceleration up to 100 km / h of the Hyundai Solaris car. The main generations and configurations of the model, as well as possible variations within one generation, have been introduced. Engine capacity and acceleration to 100 km / h of the Hyundai Solaris. The main

Engine displacement and acceleration up to 100 km / h of the Nissan Qashqai car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Nissan Qashqai: J11 2017 (restyled) J11 2013-2017 J10 2010-2013

Engine displacement and acceleration up to 100 km / h of a Toyota Corolla. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations of Toyota Corolla: 12th generation 2018 (E210, sedan) 12th generation

Engine displacement and acceleration up to 100 km / h of the Nissan X-Trail. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Nissan X-Trail: 3rd generation 2017 (T32, restyling, SUV) 3rd generation

Engine displacement and acceleration up to 100 km / h of the Nissan Maxima. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Nissan Maxima: 8th generation 2018 (A36, sedan, restyling, for

Engine displacement and acceleration up to 100 km / h of the Nissan Terrano car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Nissan Terrano: 3rd generation 2014 (D10, SUV) 2nd generation 1999-2002

Engine displacement and acceleration to 100 km / h of the Hyundai Elantra. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Hyundai Elantra: 6th generation 2018 (AD, sedan, restyling) 6

Engine displacement and acceleration to 100 km / h of the Hyundai Grander car. The main generations and configurations of the model, as well as possible variations within one generation, have been introduced. Engine displacement and acceleration to 100 km / h of the Hyundai Grander. The main

Engine displacement and acceleration up to 100 km / h of the Hyundai Palisad car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Hyundai Palisade: 1st generation 2018 (LX2, SUV) Acceleration to

Engine displacement and acceleration up to 100 km / h of the Kia Magentis car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Its dynamics, acceleration directly depend on the characteristics of the car

Engine displacement and acceleration to 100 km / h of the Kia Sportage car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced.Despite the size of the car body, its agility directly depends on the volume

Engine displacement and acceleration up to 100 km / h of the Kia Rio X-Line car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are most often determined by the dynamic properties of the machine. By

Engine displacement and acceleration up to 100 km / h of Toyota Avalon. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Toyota Avalon: 5th generation 2018 (XX50, sedan) 4th generation 2015-2018

Engine displacement and acceleration up to 100 km / h of the Nissan Murano car. The main generations and configurations of the spruce models have been introduced, as well as possible variations within one generation. Generations Nissan Murano: 3rd generation 2018 (Z52, restyling, SUV) 3rd generation

Engine displacement and acceleration up to 100 km / h of the Hyundai Tussan car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Hyundai Tucson: 3rd generation 2018 (TL, restyling, SUV) 3rd generation

Engine displacement and acceleration to 100 km / h of the Hyundai Sonata. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Hyundai Sonata: 8th generation 2019 (DN8, sedan) 7th generation 2017-2019

Engine displacement and acceleration to 100 km / h of the Hyundai Accent. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are most often determined by the dynamic properties of the machine. how

Engine displacement and acceleration up to 100 km / h of Toyota Camry. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Toyota Camry: 8th generation 2019 (XV70, Hybrid, sedan) 8th generation

Engine displacement and acceleration up to 100 km / h of Toyota Supra. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Toyota Supra: 5th generation 2018 (A90, coupe) 5th generation 2019

Engine displacement and acceleration up to 100 km / h of Toyota Yaris.The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Toyota Yaris generations: 4th generation 2019 (XP140, hatchback, for Japan) 4

Engine displacement and acceleration up to 100 km / h of Toyota Prius. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Toyota Prius: 4th generation 2018 (XW50, liftback, restyling) 4

Engine displacement and acceleration up to 100 km / h of Toyota Crown. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Toyota Crown: 15th generation 2017 (S220, sedan) 14th generation 2015-2018

Engine displacement and acceleration up to 100 km / h of the Nissan Teana car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Nissan Teana: 3rd generation 2016 (L33, sedan, restyling) 3rd generation

Engine displacement and acceleration up to 100 km / h of the Nissan Tiida. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Nissan Tiida: 2nd generation 2015-2016 (C13, hatchback) 1st generation

Engine displacement and acceleration to 100 km / h of the Hyundai Creta car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Hyundai Creta: 1st generation 2020 (GS, SUV, restyling) 1st generation

Engine displacement and acceleration up to 100 km / h of the Hyundai Ay 30 car. The main generations and configurations of the model, as well as possible variations within one generation, are introduced. Engine displacement and acceleration to 100 km / h of the Hyundai Ay 30 car.

Engine displacement and acceleration up to 100 km / h of the Hyundai Ionic car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine displacement and torque play a major role in technical and dynamic

Engine displacement and acceleration to 100 km / h of the Kia Carnival. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are most often determined by the dynamic properties of the machine. Usually,

Engine displacement and acceleration to 100 km / h of the Renault Sandero car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. As a rule, engine displacement and torque play a major role in technical

Full technical characteristics of the 2018-2019 Toyota Prius hybrid of all modifications - a table with accurate data from the manufacturer. Officially, the first generation of the hybrid Toyota Prius was introduced in 1997, and sales began in the same year.

Full technical characteristics of Toyota Crown Hybrid 2017 of all modifications - a table with exact data from the manufacturer. The history of the Toyota Crown model dates back to 1955, when the first generation of a luxury car was presented. what

Engine displacement and acceleration up to 100 km / h of Renault Duster. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Renault Duster: Duster 2018 (2nd generation) Duster 2015-2018 (1

Engine displacement and acceleration to 100 km / h of Renault Megane car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Renault Megane: 4th generation 2016 (K9A, wagon) 4th generation 2016

Engine displacement and acceleration up to 100 km / h of Toyota RAV4. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Toyota RAV4 generations: 5th generation 2018 (XA50, SUV) 5th generation 2018 (XA50,

Engine displacement and acceleration up to 100 km / h of Toyota C-XP. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Toyota C-HR: 1st generation 2019 (restyling, SUV) 1st generation 2019

Engine displacement and acceleration up to 100 km / h of the car Nissan Beetle. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Nissan Juke: 2nd generation 2019 (YF16, SUV) 1st generation 2014-2019

Engine displacement and acceleration up to 100 km / h of the Mazda CX-30 car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Mazda CX-30: 1st generation 2019 (DM5W76, SUV) 1st generation 2019

Engine displacement and acceleration to 100 km / h of the Kia Picanto car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are often determined by the dynamic properties of the machine. Usually,

Engine displacement and acceleration to 100 km / h of the Kia Sorento car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine torque and displacement play a major role in a vehicle's agility.

Engine displacement and acceleration up to 100 km / h of Renault Captur. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. As a rule, engine displacement and torque play a major role in technical

Engine displacement and acceleration to 100 km / h of the Kia Stinger car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The Kia Stinger model belongs to the premium class cars, respectively

Engine displacement and acceleration up to 100 km / h of Renault Koleos. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. As a rule, engine displacement and torque play a major role in technical

Engine displacement and acceleration up to 100 km / h of the Renault Arcana car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Despite the body of the car, its agility directly depends on the engine size.

Full technical characteristics of Toyota Land Cruiser 2015 of all modifications - a table with exact data from the manufacturer. For the first time, the legendary SUV Toyota Land Cruiser was introduced in 1951. In Europe and the CIS countries, the 10th is more common

Engine displacement and acceleration up to 100 km / h of the Lada Vesta car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Lada Vesta generations: sedan 2015 Cross sedan 2018 SW station wagon 2017 station wagon

Engine power and acceleration up to 100 km / h of the Nissan Leaf. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Nissan Leaf generations: 2nd generation 2017 (ZE1, hatchback) 2nd generation 2017

Engine displacement and acceleration up to 100 km / h of the Mazda CX-3 car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Mazda CX-3: 1st generation 2018 (DK, SUV, restyling) 1st generation

Engine displacement and acceleration up to 100 km / h of the Mazda CX-7 car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Mazda CX-7: 1st generation 2009-2012 (ER, restyling, SUV) 1st generation

Engine displacement and acceleration up to 100 km / h of the Mazda CX-9 car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Mazda CX-9: 2nd generation 2015 (TB, SUV) 1st generation 2012-2015 (TB,

Engine displacement and acceleration up to 100 km / h of the Mazda CX-5 car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generation Mazda CX-5: 2nd generation 2016 (KF, SUV) 2nd generation 2016 (KF, SUV,

Engine displacement and acceleration up to 100 km / h of the Kia Seltos car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine torque and displacement play a major role in a vehicle's agility.

Engine displacement and acceleration up to 100 km / h of the Kia Prosid car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are most often determined by the dynamic properties of the machine. Usually,

Engine displacement and acceleration up to 100 km / h of the Kia Serato car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are most often determined by the dynamic properties of the machine. Usually,

Engine displacement and acceleration up to 100 km / h of the Kia Optima car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Torque and engine displacement sometimes solve the most unpredictable situations.

Engine displacement and acceleration up to 100 km / h of Renault Logan car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Its dynamics, acceleration directly depend on the characteristics of the car

Engine displacement and acceleration to 100 km / h of the Kia Mojav car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine torque and displacement play a major role in a vehicle's agility.

Full technical characteristics of the Mazda CX-30 Hybrid 2019 of all modifications - a table with exact data from the manufacturer. The new Mazda CX-30 crossover has become another hybrid novelty in the Japanese manufacturer's lineup. Since the start of sales, the hybrid

Engine displacement and acceleration up to 100 km / h of the Kia K900 car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The Kia K900 model belongs to business class cars, respectively, on the first

Engine displacement and acceleration up to 100 km / h of the Kia Sid car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Kia Ceed: 3rd generation 2018 (CD, station wagon) 3rd generation 2018 (CD, hatchback)

Engine displacement and acceleration up to 100 km / h of the Mazda 3. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Mazda 3: 4th generation 2018 (BP, hatchback) 4th generation 2018 (BP, sedan)

Engine displacement and acceleration up to 100 km / h of the Mazda 2. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Mazda 2 generations: 3rd generation 2019 (DJ, hatchback) 3rd generation 2019 (DJ, hatchback,

Engine displacement and acceleration up to 100 km / h of the Mazda 6. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Generations Mazda 6: 3rd generation 2017 (GL, sedan, 2nd restyling) 3rd generation

Engine displacement and acceleration up to 100 km / h of the GAK GS8 vehicle. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine torque and displacement play a major role in a vehicle's agility.

Engine displacement and acceleration up to 100 km / h of the SJSC GN8 vehicle. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. Engine torque and displacement play a major role in a vehicle's agility.

Engine displacement and acceleration up to 100 km / h of the GAK GS5 vehicle. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The engine is one of the main car parts that buyers usually look at.

Engine displacement and acceleration up to 100 km / h of the Kia Rio car. The main generations and configurations of the model, as well as possible variations within the same generation, have been introduced. The characteristics of the unit are most often determined by the dynamic properties of the machine. Usually,

Full technical characteristics of Toyota Highlander 2016 of all modifications - a table with exact data from the manufacturer. The first generation of the Toyota Highlander SUV was introduced in 2000. In Europe and the CIS countries, the Japanese manufacturer presented

Full technical characteristics of the Mazda 3 hatchback 2018 of all modifications - a table with exact data from the manufacturer. Starting from the moment of production, the Japanese car Mazda 3 has been offered in a hatchback or sedan body. This article lists the characteristics

Full technical characteristics of Hyundai Santa Fe 2018 of all modifications - a table with exact data from the manufacturer. The Hyundai Santa Fe crossover model has made many changes in the life of the company and almost immediately became a popular model. As of

Full technical characteristics of Hyundai Solaris 2020 of all modifications - a table with exact data from the manufacturer. The Hyundai Solaris model seems unique only at first glance, but in fact it is the Hyundai Accent, which is produced for

Full technical characteristics of Hyundai Elantra 2018 of all modifications - a table with exact data from the manufacturer. Today, the 6th generation Hyundai Elantra sedan is officially presented in dealerships in Russia and the nearest

Full technical characteristics of the Nissan X-Trail 2017 of all modifications - a table with accurate data from the manufacturer. The compact crossover Nissan X-Trail is currently presented in 3 generations, each of which has undergone restyling. For the first time a car

Full technical characteristics of Nissan Terrano 2014 of all modifications - a table with exact data from the manufacturer. The compact crossover Nissan Terrano appeared on the market of the CIS countries not so long ago. The company brought out the 3rd generation of the model. Previously car

Full technical characteristics of Nissan Pathfinder Hybrid 2014-2017 of all modifications - a table with exact data from the manufacturer. The hybrid modification of the Nissan Pathfinder SUV appeared only in the 4th generation, as in the European market,

Full technical characteristics of Hyundai Tussan 2020 of all modifications - a table with exact data from the manufacturer. The Hyundai Tussan crossover was first presented in 2004, and immediately won many fans with its soft design. Today presented

Full technical characteristics of the Hyundai Sonata 2019 of all modifications - a table with accurate data from the manufacturer. The first generation Hyundai Sonata was presented in 1985. On the territory of the CIS countries, the model officially appeared only in 1998.

Full technical characteristics of the Mazda 6 sedan 2017 of all modifications - a table with exact data from the manufacturer. For the first time, the Mazda 6 car was presented in 2002, in the same year the sales of new items started. The first two generations, including

Full technical characteristics of the Mazda 3 sedan 2018 of all modifications - a table with exact data from the manufacturer. Starting from the moment of production, the Japanese car Mazda 3 has been offered in a hatchback or sedan body. This article lists the characteristics

Full technical characteristics of Kia Sportage 2018 of all modifications - a table with exact data from the manufacturer. For the first time, the Kia Sportage crossover became known in 1993, it was then that the car was officially presented. In 1994, the new product entered

Full technical characteristics of the Hyundai Creta 2020 of all modifications - a table with accurate data from the manufacturer. The compact crossover Hyundai Creta can be considered one of the most popular cars of the company. Small body dimensions, reliable

Full technical characteristics of Toyota Crown 2017 of all modifications - a table with exact data from the manufacturer. The history of the Toyota Crown model dates back to 1955, when the first generation of a luxury car was presented. Initially

Full technical characteristics of Toyota Land Cruiser Prado 2017 of all modifications - a table with exact data from the manufacturer. Despite the almost identical name Toyota Land Cruiser, the model with the Prado prefix differs in all parameters.

Dimensions, weight and ground clearance of the Toyota Land Cruiser Prado. The main generations and configurations of the model have been introduced, as well as possible changes within the same generation. Generation Toyota Land Cruiser Prado: 4th generation 2017 (J150, 2nd restyling,

Full technical characteristics of Hyundai Ai 30 2017 of all modifications - a table with exact data from the manufacturer. The first generation Hyundai Ay 30 was presented in 2007 as a hatchback. A year later, the Hyundai i30 station wagon was introduced. As of

Full technical characteristics of Toyota RAV4 2018 of all modifications - a table with exact data from the manufacturer. For the first time, the compact crossover Toyota RAV4 was presented in 1991, in a three-door body. Since 1995, the car is also produced

Full technical characteristics of the Mazda CX-30 2019 of all modifications - a table with exact data from the manufacturer. The Mazda CX-30 crossover appeared in the manufacturer's lineup relatively recently and therefore is presented only in the first generation without any

Trunk volume of the Toyota Land Cruiser Prado crossover. Standard trunk volume with seats folded, trunk dimensions, seat folding proportion. Generations of Toyota Land Cruiser Prado: 4th generation 2017 (J150, 2nd restyling, SUV) 4

Full technical characteristics of Nissan Pathfinder 2014-2017 of all modifications - a table with exact data from the manufacturer. Production of the SUV Nissan Pathfinder, a Japanese manufacturer, began back in 1986 and is still the vehicle today.

Dimensions, weight and ground clearance of the car Hyundai Grand Santa Fe. The main generations and configurations of the model have been introduced, as well as possible changes within the same generation. The size of the car is usually a very important indicator, especially when the crossover is a family

Full technical characteristics of the Nissan Leaf 2017 of all modifications - a table with exact data from the manufacturer. Electric cars are becoming more and more popular every year, and the government of different countries makes concessions to potential buyers in every possible way.