Use our free CC to BHP Converter to estimate engine power output. Enter engine displacement in CC and get the approximate Brake Horsepower (BHP) instantly.
Understanding BHP and CC
The Cubic Capacity (CC) of an engine refers to the volume of all the cylinders in the engine combined. It represents the engine size and plays a crucial role in determining its power output. On the other hand, Brake Horsepower (BHP) measures the engine’s actual power output before accounting for losses such as friction and auxiliary components.
While CC and BHP are related, they are not directly proportional. Several factors influence the power output of an engine, including:
– Engine Efficiency: Some engines produce more power with the same CC due to better fuel combustion and technology.
– Number of Cylinders: A higher number of cylinders generally means more power.
– Turbocharging and Supercharging: Forced induction can increase BHP significantly without increasing CC.
– Fuel Type and Compression Ratio: Higher compression engines tend to have better power output.
Despite these factors, an approximate rule of thumb is that for naturally aspirated engines, BHP is roughly equal to CC divided by 15.
How to Convert CC to BHP
Using the general conversion formula:
BHP = CC / 15
For example:
– 1500cc engine: 1500 ÷ 15 = 100 BHP
– 2000cc engine: 2000 ÷ 15 = 133.3 BHP
– 500cc engine: 500 ÷ 15 = 33.3 BHP
However, this is only an approximation. The actual BHP may vary based on the factors mentioned earlier.
How Much is 1500cc in HP?
A 1500cc engine typically produces around 100 BHP using the standard conversion formula. However, if the engine is turbocharged or uses advanced fuel injection technology, the actual HP output may range from 100 to 150 HP.
For example:
– A 1.5L naturally aspirated petrol engine might produce 100 BHP.
– A 1.5L turbocharged engine can generate 120-150 BHP depending on tuning and fuel efficiency.
For precise calculations, it’s best to refer to the manufacturer’s specifications or use an accurate cc to bhp converter.
CC to BHP Conversion Chart
1500 cc to hp = 100.00 |
1000 cc to hp = 66.67 |
350 cc to hp = 23.33 |
800 cc to hp = 53.33 |
100 cc to hp = 6.67 |
100 cc to bhp = 6.67 |
1598 cc to bhp = 106.53 |
2143 cc to bhp = 142.87 |
2000 cc to bhp = 133.33 |
998 cc to bhp = 66.53 |
1100 cc to bhp = 73.33 |
1200 cc to bhp = 80.00 |
1300 cc to bhp = 86.67 |
1400 cc to bhp = 93.33 |
1500 cc to bhp = 100.00 |
1600 cc to bhp = 106.67 |
1700 cc to bhp = 113.33 |
1800 cc to bhp = 120.00 |
1900 cc to bhp = 126.67 |
2000 cc to bhp = 133.33 |
2100 cc to bhp = 140.00 |
2200 cc to bhp = 146.67 |
2300 cc to bhp = 153.33 |
2400 cc to bhp = 160.00 |
2500 cc to bhp = 166.67 |
2600 cc to bhp = 173.33 |
2700 cc to bhp = 180.00 |
2800 cc to bhp = 186.67 |
2900 cc to bhp = 193.33 |
3000 cc to bhp = 200.00 |
3100 cc to bhp = 206.67 |
3200 cc to bhp = 213.33 |
3300 cc to bhp = 220.00 |
3400 cc to bhp = 226.67 |
3500 cc to bhp = 233.33 |
3600 cc to bhp = 240.00 |
3700 cc to bhp = 246.67 |
3800 cc to bhp = 253.33 |
3900 cc to bhp = 260.00 |
4000 cc to bhp = 266.67 |
FAQs
1. What is the difference between BHP and HP?
BHP (Brake Horsepower) measures the engine’s power output before losses due to friction and auxiliary components. HP (Horsepower) is a more general term and can refer to mechanical HP, metric HP, or electrical HP.
2. Can you convert CC to BHP exactly?
No, because BHP depends on many factors like engine efficiency, tuning, and technology. The conversion formula CC / 15 provides only an estimate.
3. Does a higher CC always mean more BHP?
Not necessarily. A well-tuned, turbocharged, or high-performance small engine can produce more power than a larger CC engine with inefficient combustion.
4. Is there a difference between CC to HP and CC to BHP?
Yes. HP (Horsepower) can have different standards, while BHP (Brake Horsepower) specifically refers to an engine’s measured output before transmission losses.
Also see; hp to cc