Hva er Mitsubishi 3000 GT eller Opel Kadett?

8 grunner for å kjøpe Mitsubishi 3000 GT

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

   6 sylindere

   4 sylindere

2. Mer ventiler per sylinder
   2 flere ventiler per sylinder. The more valves, the better the fuel combustion. This provides more power, greater torque, and higher engine efficiency.
   

   4 ventiler per sylinder

   2 ventiler per sylinder

3. Stempelslag lenger
   3% eller 2.6 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 mm Stempelslag

   73.4 mm Stempelslag

4. Mer sylinderboring
   15% eller 13.5 mm The larger the cylinder bore, the better the combustion chamber fills. This provides power but can also increase engine emissions.
   

   91.1 mm sylinderboring

   77.6 mm sylinderboring

5. Mer motorkraft
   81% eller 260 hk The greater the vehicle's power, the better the acceleration. Also, powerful cars provide higher speeds.
   

   320 hk motorkraft

   60 hk motorkraft

6. Mer dreiemoment
   76% eller 324 Nm. The higher the torque, the faster the acceleration.
   

   427 Nm @ 2500 rot/min. dreiemoment

   103 Nm @ 2600 rot/min. dreiemoment

7. Mer motor kapasitet
   53% eller 1583 cm³ mer. The greater the engine capacity, the lower the wear and tear. Larger engine capacities provide longer vehicle lifespans.
   

   2972 cm3 motor kapasitet

   1389 cm3 motor kapasitet

8. Mer seter
   2 The more seats, the more passengers the car can carry.
   

   4 seter

   2 seter

1 grunn for å kjøpe Opel Kadett

1. Det er bedre kompresjon
   15% eller 1.4 The higher the compression ratio, the less fuel is required to achieve the same power. This can affect the engine's efficiency.
   

   8 kompresjon

   9.4 kompresjon

Neutrale grunner Mitsubishi 3000 GT og Opel Kadett

1. Motor posisjon
   

   Foran, tverrgående Motor posisjon

   Foran, tverrgående Motor posisjon

2. Sylinderes plassering
   

   V Motor Sylinderes plassering

   På linje Sylinderes plassering

3. Drivstofftilførsel
   

   Flerpunktsinjeksjon

   Flerpunktsinjeksjon

4. Dører
   

   2 Dører

   3 Dører