1. Calculators
  2.   /  
  3. Car Calculator
  4.   /  
  5. TagAZ
  6.   /  
  7. TagAZ Road Partner
  8.   /  
  9. TagAZ Road Partner I 5 door SUV
  10.   /  
  11. 3.2 AT

TagAZ Road Partner I 5 door SUV 3.2 AT — specifications, acceleration to 100 km / h, fuel consumption

This model comes with 2008 - 2011. See information on the technical characteristics of this modification below, fuel consumption, acceleration to 100 km / h (acceleration to hundreds), as well as fuel consumption and maximum speed.
You can not add more than 3 modifications!
Compare cars
Your comparison table is empty!
TagAZ Road Partner I 5 door SUV 3.2 AT 2008 - 2011
Engine capacity, cm³ 3,199 Fuel Type 95
Power 220 hp Drive four wheel drive
Gearbox type automatic Acceleration (0-100 km / h) 10.2 sec.
Engine's type petrol Average fuel consumption per 100 km 16.4 l.
add to compare
General information
Car brand TagAZ
Model Road Partner
Generation I
Modification 3.2 AT
Country brand Russia
Vehicle class J
Body type SUV 5 dv
Number of doors 5
Number of seats 5
Dimensions
Length, mm 4,656
Width, mm 1,864
Height, mm 1,735
Wheelbase, mm 2,630
Front track, mm 1,510
Rear track, mm 1,520
Ground clearance, mm 195
The size of tires 235/70/R16
Weight and volume
Weight, kg 2005
Curb Weight, kg 2520
Trunk volume minimum, l. 780
Maximum amount of trunk, l. 1910
The fuel tank, l. 72
Transmission
Gearbox type automatic
Number of gears 4
Drive four wheel drive
Performance
Maximum speed 188 km/h
Acceleration (0-100 km / h) 10.2 sec.
Fuel consumption in the city 100 km 20.4 l.
Fuel consumption on the highway at 100 km 14.1 l.
Average fuel consumption per 100 km 16.4 l.
Fuel Type 95
Engine
Engine's type petrol
Engine Location front longitudinal
Power system distributed injection (multi-point)
Boost type no
Engine capacity, cm³ 3,199
Power 220 hp
Power, kWt) 178
Torque 307 Nm
When rpm 6500
Location of cylinders inline
Number of cylinders 6
Number of valves per cylinder 4
Bore and stroke 89.9 × 84 mm
Compression ratio 10
Suspension and brakes
Type front suspension independent, torsion
Rear suspension dependent, spring
Front brakes ventilated disc
Rear brakes disc
Select language čeština dansk Deutsch English español français italiano Nederlands norsk polski português suomalainen tiếng Việt Türk български Русский العربية ไทย 日本人
Undo