Launch date:
Hyundai launched its third generation of grand i10 on 20 august 2019 as Grand i10 Nios after the success of its predecessors while the first generation of Grand i10 was launched on 31 October 2007. One of the main reason behind its success is the availability of wide range of the choices for the customers. This car has a total of 19 variants to choose from. Customers get the choice in Petrol, Diesel, CNG, and turbo charge engines with manual as well as AMT option. Other than that this car is available in 4 design and features variants as well namely era, magna, sportz and asta with prices ranging from Rs. 5.12 lakh to Rs. 8.35 lakhs.
Grand i10 Nios Dimensions:
| Hyundai grand i10 Nios | Length | Width | Height | Wheelbase | Fuel Tank(Litre) | Weight (kg) | Ground clearance(mm) |
| Dimensions(in mm) | 3805 | 1680 | 1520 | 2450 | 37 | 921 | 167 |
Grand i10 Nios Significant Features:
| Variants | Era | Asta |
| Engine | 1.2L kappa petrol | 1.2L CRDi diesel |
| Price (ex-showroom, Delhi) | Rs. 5.12 lakh | Rs. 8.35 lakh |
| Airbags | 2 | 2 |
| Transmission | Manual | Manual/AMT |
| Mileage | 20.7 kmpl | 26.2 kmpl |
| ABS/EBD | Yes | Yes |
| Fog lamps | No | Yes |
| Infotainment | No | 8.0 inch Hyundai system |
| Android Auto/Carplay | No | Yes |
| Steering mounted controls | No | Yes |
| Automatic climate control | No | Yes |
| Power windows | Front only | Front and rear |
| Rear camera | No | Yes |
| ORVM | Externally adjustable | Electric |
| Central locking | No | Yes with start/stop button |
| Driver’s seat height adjust | Yes | Yes |
| Rims | Steel | steel |
| Tyres | 165/70 R14 | 165/70 R14 |
Engine Parameter:
Hyundai Grand i10 Nios is retailed in the Indian market with 4 engine and fuel options. The 1.2L kappa petrol engine generates 81.86 bhp power and 113.75 Nm torque while the 1.2L CRDi diesel engine generates 73.97 bhp power and 190.24 Nm torque. The CNG fitted engine generates only 68 bhp power and 95.12 Nm of torque. The 1.0L turbo charged diesel engine pumps out 98.63 bhp of power and 171.61 Nm of torque.