Nissan Serena SHC26 full specifications & features for Malawi

The NISSAN SERENA (SHC26) is a null released in , designed as a practical null -door, null-seat vehicle for users. Under the bonnet, it uses a null cc null engine producing around null hp, paired with a null transmission and null drivetrain. This setup gives a good balance of everyday performance, smooth acceleration, and dependable reliability.

In terms of size, the NISSAN SERENA measures approximately null mm in length, null mm in width, and null mm in height, with a null mm wheelbase that helps with stability and interior space. Inside, the cabin offers usable room with a length of null mm, width of null mm, and height of null mm, making it comfortable for everyday family or city use.

The vehicle’s full weight is around null kg, and it typically rides on null-inch wheels with tyres sized null at the front and null at the rear. With a minimum turning diameter of null m, it remains easy to manoeuvre in tight city streets, parking areas, and residential roads in Malawi.

Yes, the NISSAN SERENA SHC26 is engineered to be a practical and fuel-efficient option for daily use in Malawi. It runs on null and uses null technology, helping it achieve a manufacturer-rated fuel consumption figure of around null (per the official spec). Combined with a null L fuel tank, this makes it suitable for both city commuting and longer highway trips between major towns.

The null gearbox keeps the engine in its optimal range, offering smooth and predictable power delivery in traffic and on open roads. The null drivetrain, together with null at the front and null at the rear, is tuned to handle a mix of road conditions from urban streets to occasional rough patches.

Thanks to its compact dimensions (null mm long and null mm wide) and a tight turning radius of null m, the NISSAN SERENA is easy to park, turn, and navigate through busy areas. Overall, it is well-suited as a daily city car, family vehicle, or business runabout for drivers who want low running costs and easy drivability.