CC (Cubic Centimeters) to HP (Horsepower) Conversion Calculator

For precise cc to hp conversion enter your engine size in cubic centimeters (CC) and select engine type. Enter 1500 for a 1500cc engine and select “Motorcycle Engine” for conversion factor.

You’ll see converted power output in horsepower (HP) and kilowatts (kW) both values and conversion steps.

CC to HP Conversion Calculator

Enter engine displacement in cubic centimeters
Select engine type for conversion factor

CCHPCCHP
15 CC1 HP212 CC14 HP
30 CC2 HP225 CC15 HP
45 CC3 HP240 CC16 HP
60 CC4 HP255 CC17 HP
75 CC5 HP270 CC18 HP
90 CC6 HP285 CC19 HP
100 CC7 HP300 CC20 HP
105 CC7 HP306 CC20 HP
120 CC8 HP315 CC21 HP
135 CC9 HP330 CC22 HP
150 CC10 HP342 CC23 HP
163 CC11 HP345 CC23 HP
165 CC11 HP350 CC23 HP
180 CC12 HP357 CC24 HP
195 CC13 HP360 CC24 HP
208 CC14 HP375 CC25 HP
210 CC14 HP390 CC26 HP
800 CC53 HP405 CC27 HP
1000 CC67 HP420 CC28 HP
1200 CC80 HP435 CC29 HP
1500 CC100 HP450 CC30 HP
2900 CC193 HP

CC to HP Formula

HP = CC × Conversion Factor

Where:

  • CC: Engine displacement in cubic centimeters
  • Conversion Factor: Engine-type specific (1.33% – 1.77%)
  • kW: HP × 0.7457

For a 1000 CC motorcycle engine: 1000 × 0.0133 = 13.3 HP (9.92 kW).

How to Convert CC to HP?

To convert CC to HP, multiply the engine displacement by the appropriate conversion factor, Motorcycle: 1.33% (0.0133), Car: 1.77% (0.0177), General: 1.60% (0.0160). A 600 CC motorcycle engine: 600 × 0.0133 = 7.98 HP (5.95 kW).

For 1200 CC car engine: 1200 × 0.0177 = 21.24 HP.

A 250 CC motorcycle engine: 250 × 0.0133 = 3.33 HP.

With 2000 CC car engine: 2000 × 0.0177 = 35.4 HP.

What is CC and HP?

CC (Cubic Centimeters): CC is a measure of engine displacement, representing the total volume of all engine cylinders. Higher CC generally means more power potential. For example, a 1000 CC engine has a total cylinder volume of 1000 cubic centimeters.

HP (Horsepower): HP is a unit of power measurement, representing the rate at which work is done. One horsepower equals approximately 746 watts. It’s commonly used to express engine power output, though actual power depends on many factors beyond displacement alone.

Similar Posts

Leave a Reply

Your email address will not be published. Required fields are marked *