Chevrolet Niva: Which Version Should You Buy?
The Chevrolet Niva catalogue contains two engine choices, both in an SUV 5-doors body with AWD and a 5-speed Manual gearbox. The 1.7 MT produces 80 hp and appears in the original generation and its restyling, while the original-generation 1.8 MT produces 122 hp.
The Chevrolet Niva catalogue contains two engine choices, both in an SUV 5-doors body with AWD and a 5-speed Manual gearbox. The 1.7 MT produces 80 hp and appears in the original generation and its restyling, while the original-generation 1.8 MT produces 122 hp. The decision is therefore straightforward: choose the 1.8 MT for substantially stronger performance and slightly lower fuel consumption, or choose the 1.7 MT if you want the version carried into the 2009–2020 restyling. No prices, equipment lists, reliability results, or problems data are available here, so the comparison is based strictly on specifications.
Chevrolet Niva generations: what changed?
The Chevrolet Niva has one underlying generation presented in two phases, rather than two unrelated generations. The original 1 generation ran from September 2002 to April 2009 as an SUV 5-doors and offered two versions: 1.7 MT with 80 hp and 1.8 MT with 122 hp. For buyers comparing a Chevrolet Niva 2005 or Chevrolet Niva 2006, these are the two catalogue specifications relevant to that production phase.
The 1 generation, restyling ran from March 2009 to July 2020, retained the SUV 5-doors body, and listed one version: 1.7 MT with 80 hp. Its engine output, acceleration, top speed, fuel-consumption figures, tank capacity, ground clearance, suspension, brakes, gearbox, and drive match the listed 80 hp 1.7 MT from the original phase. The measurable changes in the supplied specifications are a torque reduction from 128 Nm to 127 Nm, a kerb-weight increase from 1400 kg to 1410 kg, a gross-weight increase from 1850 kg to 1860 kg, and the addition of Euro 4 and 245 g/km CO₂ figures. No data for a Chevrolet Niva 2025 or Chevrolet Niva 2026 is included.
Chevrolet Niva engine and specs comparison
Both engines are naturally aspirated Gasoline units with 4 cylinders in an Inline layout. Both are installed Front, longitudinal and use Distributed injection (multi-point), but their output and internal specifications differ.
| Generation phase | Version | Power | Torque | Displacement | Fuel | Cylinders and layout | Boost | Gearbox | Drive |
|---|---|---|---|---|---|---|---|---|---|
| 1 generation | 1.7 MT (80 hp) | 80 hp / 59 kW at 5000 rpm | 128 Nm at 4000 rpm | 1690 cm³ | Gasoline, 95 | 4, Inline; 2 valves per cylinder | No | 5-speed Manual | AWD |
| 1 generation | 1.8 MT (122 hp) | 122 hp / 90 kW at 5600 rpm | 167 Nm at 3800 rpm | 1796 cm³ | Gasoline, 95 | 4, Inline; 4 valves per cylinder | No | 5-speed Manual | AWD |
| 1 generation, restyling | 1.7 MT (80 hp) | 80 hp / 59 kW at 5000 rpm | 127 Nm at 4000 rpm | 1690 cm³ | Gasoline, 95 | 4, Inline; 2 valves per cylinder | No | 5-speed Manual | AWD |
The original-generation 1.8 MT has only 106 cm³ more displacement than the 1.7 MT, yet it adds 42 hp and 39 Nm over the original 1.7 MT. Its specific output is about 67.9 hp per litre, compared with about 47.3 hp per litre for either 1.7 MT. It also reaches maximum torque at 3800 rpm, 200 rpm earlier than the 1.7 MT, while maximum power arrives 600 rpm later at 5600 rpm.
Weight-to-power figures reinforce that difference. The 1.8 MT carries about 11.8 kg of kerb weight per horsepower. The original 1.7 MT carries 17.5 kg per horsepower, and the restyled 1.7 MT carries about 17.6 kg per horsepower. On catalogue numbers alone, the 1.8 MT is the clear choice when engine performance is the priority.
Chevrolet Niva performance, mpg and fuel economy
| Generation phase | Version | 0–100 km/h | Top speed | City | Highway | Combined | CO₂ | Emissions class |
|---|---|---|---|---|---|---|---|---|
| 1 generation | 1.7 MT (80 hp) | 19 s | 140 km/h | 14.1 L/100 km | 8.8 L/100 km | 10.8 L/100 km | not measured | not measured |
| 1 generation | 1.8 MT (122 hp) | 12 s | 165 km/h | 12.7 L/100 km | 8.4 L/100 km | 10 L/100 km | not measured | not measured |
| 1 generation, restyling | 1.7 MT (80 hp) | 19 s | 140 km/h | 14.1 L/100 km | 8.8 L/100 km | 10.8 L/100 km | 245 g/km | Euro 4 |
The 1.8 MT reaches 100 km/h 7 seconds sooner than either 1.7 MT and has a top speed 25 km/h higher. It is also the most economical listed version: against either 1.7 MT, consumption is lower by 1.4 L/100 km in the city, 0.4 L/100 km on the highway, and 0.8 L/100 km combined.
Consequently, choosing the 1.8 MT does not require accepting higher catalogue fuel consumption in exchange for its extra power. It combines 42 additional horsepower with the lowest stated city, highway, and combined consumption. CO₂ output and emissions class for the 1.8 MT were not measured in the supplied data.
Chevrolet Niva dimensions, weight and wheels
External length, width, and height are not measured in the supplied specifications. The available dimensions-related comparison covers weight, ground clearance, fuel-tank capacity, and wheels.
| Generation phase | Version | Kerb weight | Gross weight | Ground clearance | Tank | Wheel sizes |
|---|---|---|---|---|---|---|
| 1 generation | 1.7 MT (80 hp) | 1400 kg | 1850 kg | 200 mm | 58 L | not measured |
| 1 generation | 1.8 MT (122 hp) | 1440 kg | 1865 kg | 200 mm | 58 L | 205/70 R15, 205/75 R15, 215/65 R16 |
| 1 generation, restyling | 1.7 MT (80 hp) | 1410 kg | 1860 kg | 200 mm | 58 L | 205/75 R15, 205/70 R15, 215/65 R16 |
Every Chevrolet Niva version listed has 200 mm of ground clearance and a 58 L tank. The 1.8 MT weighs 40 kg more than the original 1.7 MT but delivers 42 hp more, explaining its much better weight-to-power ratio. Compared with the restyled 1.7 MT, the 1.8 MT is 30 kg heavier and still has the same 42 hp advantage.
All versions use Independent, spring front suspension and Dependent, spring rear suspension, with Disc front brakes and Drum rear brakes. Wheel sizes for the original 1.7 MT are not measured; this should not be interpreted as meaning that the version has no specified wheels.
Chevrolet Niva problems and reliability data
Problems, repair frequency, durability, servicing costs, parts availability, and reliability ratings are not measured in the supplied data. Equipment differences, safety features, cabin specifications, and sale prices are also not measured. The specifications therefore cannot support a reliability verdict or determine what any extra purchase price would buy in equipment.
The data does show that neither engine has boost, so listings or searches describing a Chevrolet Niva turbo cannot be evaluated against these catalogue versions. It also does not provide specifications for a Bertone edition or enough corresponding data for a Chevrolet Niva vs Lada Niva comparison.
Which Chevrolet Niva version should you buy?
For performance and economy, buy the original-generation 1.8 MT. Compared with the original 1.7 MT, it provides 52.5% more horsepower and about 30.5% more torque while reducing the 0–100 km/h time by about 36.8%. It also raises top speed by about 17.9% and lowers combined consumption by about 7.4%. Those gains come with only about 2.9% more kerb weight and about 6.3% more displacement.
Choose the 1 generation, restyling 1.7 MT if the later production period matters more than performance. It covers March 2009 through July 2020 and supplies measured Euro 4 and 245 g/km CO₂ figures, which are not measured for either original-phase version. However, it offers no stated acceleration or fuel-economy improvement over the original 1.7 MT, carries 10 kg more kerb weight, and produces 1 Nm less torque.
Choose the original 1.7 MT only when comparing cars from the original 2002–2009 phase and when the 1.8 MT’s performance advantage is not decisive. It is the lightest listed Chevrolet Niva at 1400 kg, but its 19-second acceleration time, 140 km/h top speed, and 10.8 L/100 km combined consumption are all matched by the later restyled 1.7 MT rather than improved upon.
Based solely on the supplied numbers, the 1.8 MT is the strongest all-round specification. The restyled 1.7 MT is the later-production alternative, while the original 1.7 MT is the lighter but less powerful early version. A final buying decision should not claim an advantage in price, condition, equipment, reliability, or parts support because none of those factors is measured here.