Toyota Windom Engine Size in Quick-to-Read Charts

Average Engine Size Toyota Windom

Quick notes on Toyota Windom engine size

    • Average size for generation: 2.99 L (2994 cc)
    • Smallest engine for generation: 3 L (2994 cc)
    • Largest engine for generation: 3 L (2994 cc)
    • Difference from world average: 0.65 L bigger (+648 cc)
    • Engine power to cc ratio: 14 cc per 1 hp
    • Engine size to 1 passenger: 599 cc to 1 person
    • Difference from world's biggest: 5.4 L smaller (-5388 cc)
    • Difference from world's smallest: 2.57 L bigger (+2570 cc)
    • Torque from 1 liter: 100 Nm from 1 L
    • Enginert rating: 8 / 10

2002 Toyota Windom (BF13) engine size

  • 3.0 i V6 24V —2994 cc (2994 L)

    Engine size to power ratio

  • 3.0 i V6 24V —13.9 cc/hp (18.9 cc/kW)

    Difference from world average engine size

  • 3.0 i V6 24V —27.62 or 648 cc bigger
  • Vehicle Precise engine size Difference from world average Engine size to consumption ratio Horsepower from 1 L Engine size to 100 kg of weight
    3.0 i V6 24V 2.99 L
    (2994 cc)
    27.6% bigger - 72 hp from 1 L 200 cc to 100 kg
    Vehicle 3.0 i V6 24V
    Precise engine size 2.99 L (2994 cc)
    Difference from world average 27.6 bigger
    Engine size to consumption ratio -
    Horsepower from 1 L 72 hp from 1 L
    Engine size to 100 kg of weight 200 cc to 100 kg

    Quick notes on Toyota Windom engine size

      • Average size for generation: 2.66 L (2662 cc)
      • Smallest engine for generation: 2.5 L (2496 cc)
      • Largest engine for generation: 3 L (2994 cc)
      • Difference from world average: 0.32 L bigger (+316 cc)
      • Engine power to cc ratio: 14 cc per 1 hp
      • Engine size to 1 passenger: 532 cc to 1 person
      • Difference from world's biggest: 5.7 L smaller (-5720 cc)
      • Difference from world's smallest: 2.24 L bigger (+2238 cc)
      • Torque from 1 liter: 96 Nm from 1 L
      • Enginert rating: 8 / 10

    1997 Toyota Windom (V20) engine size

  • 2.5 i 24V —2496 cc (2496 L)
  • 2.5 i V6 24V —2497 cc (2497 L)
  • 3.0 i V6 24V —2994 cc (2994 L)

    Engine size to power ratio

  • 2.5 i 24V —12.5 cc/hp (17 cc/kW)
  • 2.5 i V6 24V —14.3 cc/hp (19.4 cc/kW)
  • 3.0 i V6 24V —13.9 cc/hp (18.9 cc/kW)

    Difference from world average engine size

  • 2.5 i 24V —6.39 or 150 cc bigger
  • 2.5 i V6 24V —6.44 or 151 cc bigger
  • 3.0 i V6 24V —27.62 or 648 cc bigger
  • Vehicle Precise engine size Difference from world average Engine size to consumption ratio Horsepower from 1 L Engine size to 100 kg of weight
    2.5 i 24V 2.5 L
    (2496 cc)
    6.4% bigger - 80 hp from 1 L 166 cc to 100 kg
    2.5 i V6 24V 2.5 L
    (2497 cc)
    6.4% bigger 92 cc to 1 mpg 70 hp from 1 L 166 cc to 100 kg
    3.0 i V6 24V 2.99 L
    (2994 cc)
    27.6% bigger - 72 hp from 1 L 200 cc to 100 kg
    Vehicle 2.5 i 24V
    Precise engine size 2.5 L (2496 cc)
    Difference from world average 6.4 bigger
    Engine size to consumption ratio -
    Horsepower from 1 L 80 hp from 1 L
    Engine size to 100 kg of weight 166 cc to 100 kg
    Vehicle 2.5 i V6 24V
    Precise engine size 2.5 L (2497 cc)
    Difference from world average 6.4 bigger
    Engine size to consumption ratio 92 cc to 1 mpg
    Horsepower from 1 L 70 hp from 1 L
    Engine size to 100 kg of weight 166 cc to 100 kg
    Vehicle 3.0 i V6 24V
    Precise engine size 2.99 L (2994 cc)
    Difference from world average 27.6 bigger
    Engine size to consumption ratio -
    Horsepower from 1 L 72 hp from 1 L
    Engine size to 100 kg of weight 200 cc to 100 kg