Hva er Audi A1 eller Hyundai i30?

5 grunner for å kjøpe Audi A1

1. Mer motorkraft
   1% eller 1 hk The greater the vehicle's power, the better the acceleration. Also, powerful cars provide higher speeds.
   

   116 hk motorkraft

   115 hk motorkraft

2. Mer toppfart
   6 km/h The higher the top speed, the faster the car travels on the highway.
   

   198 km/h toppfart

   192 km/h toppfart

3. Raskere akselerasjon fra 0 til 100 kmt
   12% eller 1.2 sek The faster the acceleration, the faster the driver can reach optimal speed, though this can contribute to greater fuel consumption.
   

   9.9 sek akselerasjon fra 0 til 100 kmt

   11.1 sek akselerasjon fra 0 til 100 kmt

4. Mindre vekt
   17% eller 200 kg. Weight of the vehicle affects: fuel consumption, acceleration dynamic, braking distance, etc.
   

   1170 kg vekt

   1370-1526 kg vekt

5. Kortere hjulbase
   3% eller 84 mm The shorter the wheelbase, the better the vehicle’s cross-country driving range. Also, shorter wheel-based cars are easier to steer out of a skid.
   

   2566 mm hjulbase

   2650 mm hjulbase

12 grunner for å kjøpe Hyundai i30

1. Mer sylindere
   1 sylinder større. The more cylinders, the greater the engine stability with less vibration. Engine efficiency increases due to shorter pauses between strokes.
   

   3 sylindere

   4 sylindere

2. Stempelslag lenger
   11% eller 9.4 mm The longer the piston stroke, the better the engine’s fuel combustion efficiency. This reduces fuel consumption and creates a more environmentally-friendly engine.
   

   76.4 mm Stempelslag

   85.8 mm Stempelslag

3. Mer sylinderboring
   3% eller 2.5 mm The larger the cylinder bore, the better the combustion chamber fills. This provides power but can also increase engine emissions.
   

   74.5 mm sylinderboring

   77 mm sylinderboring

4. Mer dreiemoment
   29% eller 80 Nm. The higher the torque, the faster the acceleration.
   

   200 Nm @ 2000-3500 rot/min. dreiemoment

   280 Nm @ 1500-2750 rot/min. dreiemoment

5. Mer motor kapasitet
   37% eller 599 cm³ mer. The greater the engine capacity, the lower the wear and tear. Larger engine capacities provide longer vehicle lifespans.
   

   999 cm3 motor kapasitet

   1598 cm3 motor kapasitet

6. Mindre drivstofforbruk (kombinert syklus)
   20% eller 1 l/100 The lower the fuel consumption, the lower the exhaust emitted into the air. Economical cars are also more efficient to drive.
   

   5.1-5.2 l/100 km drivstofforbruk (kombinert syklus)

   4.1 l/100 km drivstofforbruk (kombinert syklus)

7. Mindre drivstofforbruk (motorvei)
   15% eller 0.7 l/100 The lower the fuel consumption, the lower the pollution-causing emissions. Also, drivers save money by using an economical car.
   

   4.6-4.7 l/100 km drivstofforbruk (motorvei)

   3.9 l/100 km drivstofforbruk (motorvei)

8. Mindre drivstofforbruk (byen)
   27% eller 1.6 l/100 The lower the fuel consumption, the more economical it is to drive the vehicle. Also, economical cars are more environmentally-friendly.
   

   6.0-6.1 l/100 km drivstofforbruk (byen)

   4.4 l/100 km drivstofforbruk (byen)

9. Mer drivstofftankens kapasitet
   20% eller 10 l The greater the fuel tank capacity, the further the vehicle can travel without refueling.
   

   40 l drivstofftankens kapasitet

   50 l drivstofftankens kapasitet

10. Mindre Co2 utslipp
    9% eller 10 g/mil The less CO2 emission the vehicle releases, the less damage to the environment it causes.
    

    117 g/mil (188 g/mile) Co2 utslipp

    107 g/mil (172 g/mile) Co2 utslipp

11. Mer minimum bagasjerom kapasitet
    44% eller 267 l The lower the trunk capacity, the fewer items a driver can store in the vehicle without lowering the rear seats.
    

    335 l minimum bagasjerom kapasitet

    602 l minimum bagasjerom kapasitet

12. Mer maks takbelastning
    6% eller 5 kg The greater the maximum roof load, the heavier a load a driver can carry on the vehicle’s roof. It’s important to use special equipment to avoid paint damage.
    

    75 kg maks takbelastning

    80 kg maks takbelastning

Neutrale grunner Audi A1 og Hyundai i30

1. Motor posisjon
   

   Foran, tverrgående Motor posisjon

   Foran, tverrgående Motor posisjon

2. Sylinderes plassering
   

   På linje Sylinderes plassering

   På linje Sylinderes plassering

3. Drivstofftilførsel
   

   Direkte injeksjon

   Diesel Commonrail

4. Maksimalt tillatt vekt
   Hyundai i30 12% eller 230 kg tyngre.
   

   1710 kg Maksimalt tillatt vekt

   1940 kg Maksimalt tillatt vekt

5. Dører
   

   5 Dører

   5 Dører

6. Frontoverheng
   

   793 mm Frontoverheng

   905 mm Frontoverheng

7. Lengde
   Hyundai i30 12% eller 539 mm mer.
   

   4046 mm Lengde

   4585 mm Lengde

8. Bredde
   Hyundai i30 2% eller 39 mm bredere.
   

   1756 mm Bredde

   1795 mm Bredde

9. Høyde
   Audi A1 8 mm ovenfor.
   

   1483 mm Høyde

   1475 mm Høyde

10. Fremre spor
    

    1523 mm Fremre spor

    1559-1573 mm Fremre spor

11. Bakre spor
    

    1505 mm Bakre spor

    1567-1581 mm Bakre spor