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The “how fast is 20 cc in mph” is a question that has been asked before. To answer this, we have created a chart that will help you convert your CC to MPH.
While there is no exact formula for converting engine displacement (cc) to speed (mph), 100 cc equals the following mph values in each vehicle category on average:
- 100cc Equals around 1 mph in riding movements
- 100cc = 3-7 mph for sport boats and jet skis
- 100cc UTVs = 7-9 mph
- 100cc Equals 5-10 mph in average automobiles
- 100cc ATVs: 10-12 mph
- 100cc = 10-18 mph on Snowmobiles
- 100cc = 10-30 mph on large bikes
- 100cc Equals 14-16 mph in F1 vehicles
- 100cc = 20-30 mph in go-karts
- Small bikes go at speeds of 30 to 100 miles per hour.
This page is for you if you’re curious in where these figures come from and how to convert engine cc to HP.
At PowerSportsGuide, we’ve gathered everything you need to know in one place!
You may also be interested in the following:
Converting CC to HP: A Step-by-Step Guide
How to Convert a Hundredth of a Mile to a Mile Per Hour
What is the best way to convert CC to Mph?
Does it make sense to convert cc (engine displacement) to mph?
Many argue that the comparison is apples to oranges since CC refers to the engine’s displacement while MPH relates to the vehicle’s speed. There is no particular method for converting engine displacement to mph since each vehicle has distinct characteristics.
When comparing cars with various engines within the same category, however, there is a clear link between engine CC and speed.
We’ve coupled the CC and peak speed data of some of the most popular powersport cars to offer Here are several examples:
ATVs:
- 350-45 mph = 250cc
- 50-60 mph = 500cc
- 60-65 mph = 600cc
- 700cc equates to 70-75 mph.
Motorcycles:
- 35-50 mph = 50cc
- 65-70 mph = 125cc
- 65-90 mph for a 200cc engine
- 100-120 mph = 350cc
- 90-130 mph = 500cc
- 90-165 mph with a 600cc engine
- 100-170 mph = 1000cc
Converting CC to MPH on a Motorcycle
As one may anticipate, the greater the peak speed, the larger the displacement (cc number).
But, within each vehicle type, is this association always (nearly) linear? What is the relationship between various vehicle categories?
Let’s go into the weeds and talk about these issues in depth!
In Mph, how fast is 1 CC?
“In MPH, how quick is one CC?”
Internal combustion engines are utilized in a wide range of vehicles and boats, so this issue seems silly at first look.
However, at PowerSportsGuide, we’ve done extensive research and aggregated the mph/cc ratios of a variety of cars into one place.
If we speak about typical automobiles, watercraft, and tiny aircraft, 1 cc converts to around 0.01-1 mph, according to our study.
For watercraft like jet skis and sport boats, 1 cc equals 0.03-0.07 mph, 0.05-0.1 mph for vehicles, UTVs, and ATVs, 0.1-0.3 mph for most heavy and middle-weight bikes, and 0.3-1 mph for lightweight Motorcycles.
We’ve provided some “cc to mph conversion ratios” for several popular vehicle and watercraft types for your convenience:
- 100cc Equals around 1 mph in riding movements (0.01 mph/cc)
- 100cc = 3-7 mph for sport boats and jet skis (0.03-0.07 mph/cc)
- 100cc UTVs = 7-9 mph (0.07-0.09 mph/cc)
- 100cc Equals 5-10 mph in average automobiles (0.05-0.1 mph/cc)
- 100cc ATVs: 10-12 mph (0.1-0.12 mph/cc)
- 100cc = 10-18 mph on Snowmobiles (0.1-0.18 mph/cc)
- 100cc = 10-30 mph on large bikes (0.1-0.3 mph/cc)
- 100cc Equals 14-16 mph in F1 vehicles (0.14-0.16 mph/cc)
- 100cc = 20-30 mph in go-karts (0.2-0.3 mph/cc)
- Small bikes go at speeds of 30 to 100 miles per hour. (0.1-1 mph/cc)
Are you curious about the source of these figures?
Let’s have a look at some samples!
It’s no surprise that utilitarian vehicles like riding lawnmowers are the slowest.
Their 500-600cc engines produce a modest peak speed of 4-6 mph, since they are not meant for drag racing. The mph/cc ratio is 0.01 when these values are divided; in other words, a riding lawnmower generates around 1 mph for every 100cc of displacement.
Jet skis and sport boats seem to be quite fast on water, but because to the enormous resistance of the water, they are far slower than on-land wheeled powersport vehicles.
A 900cc jet ski, for example, may achieve 42-50 mph, resulting in an mph/cc ratio of 0.05-0.06 (100cc = 5-6 mph).
A high-performance jet ski engine, however, can’t achieve much higher statistics, with peak speeds of 60-70 mph (100cc = 4 mph) from 1500-1800cc power mills.
(It should be noted, however, that the peak speed of certain high-performance jet skis is electrically limited.)
Because ATVs and UTVs are engineered for maximum torque, they are not renowned for running at high speeds. The engine in these cars normally produces 7-12 mph per 100cc, resulting in an mph/cc ratio of 0.07-0.12.
A 600-1000cc snowmobile should achieve 10-18 mph per 100cc, whereas 1600cc F1 cars, shockingly, do not reach 14-16 mph per 100cc.
Motorcycles, according to our study, are one of the most fascinating categories.
600cc and 1000cc bikes can attain incredible peak speeds of 90-170 mph thanks to their incredibly strong engines.
However, because of their high displacements, they have a lower mph/cc ratio (100cc =15-30 mph) than the rest of the motorcycle category.
125cc-200cc bikes, on the other hand, generate 30-60 mph per 100cc, while 300cc-350cc Motorcycles produce 30-40 mph per 100cc.
50cc bikes and scooters boast the finest mph/cc ratios. With their small engines, these vehicles can attain peak speeds of 30-50 mph, resulting in an mph/cc ratio of 0.6-1!
Despite the fact that they are not capable of such speeds, if we do the arithmetic, this translates to a theoretical speed of 60-100 mph per 100cc!
Conversion Chart from CC to MPH
Let’s compare several car types in one graph based on their mph/cc ratios!
| Displ. | HP | MPH | Category | MPH/100cc |
| 50cc | 3-9 | 30-50 | Motorcycles | 60-100 |
| 125cc | 10-15 | 60-75 | Motorcycles | 48-90 |
| 125cc | 6-8 | 25-40 | ATVs | 20-32 |
| 150cc | 10-11 | 30-40 | Go-Karts | 20-27 |
| 200cc | 9 | 30 | Snowmobiles | 15 |
| 200cc | 15-25 | 65-90 | Motorcycles | 33-45 |
| 250cc | 15-35 | 35-45 | ATVs | 14-18 |
| 300cc | 30-40 | 90-115 | Motorcycles | 30-38 |
| 350cc | 35-45 | 100-120 | Motorcycles | 29-34 |
| 350cc | 20 | 15-25 | Outboards | 4-7 |
| 500cc | 25 | 20-30 | Outboards | 4-6 |
| 500cc | 17-20 | 4-6 | Mowers that ride on the ground | 1 |
| 500cc | 30-40 | 50-60 | ATVs | 10-12 |
| 500cc | 45-60 | 90-130 | Motorcycles | 18-26 |
| 600cc | 18-22 | 4-6 | Mowers that ride on the ground | 1-1 |
| 600cc | 40-45 | 60-65 | ATVs | 10-11 |
| 600cc | 55-130 | 90-165 | Motorcycles | 15-28 |
| 600cc | 120-130 | 90-110 | Snowmobiles | 15-18 |
| 700cc | 20-24 | 5-7 | Mowers that ride on the ground | 1-1 |
| 700cc | 40-50 | 70-75 | ATVs | 10-11 |
| 800cc | 50-65 | 50-65 | UTVs | 7-8 |
| 800cc | 54-60 | 80-90 | Cars | 10-11 |
| 800cc | 65-150 | 90-170 | Motorcycles | 11-21 |
| 800cc | 160-170 | 110-120 | Snowmobiles | 14-15 |
| 900cc | 75-90 | 60-80 | UTVs | 7-9 |
| 900cc | 60-90 | 40-50 | Jet skis | 4-6 |
| 900cc | 65-150 | 90-170 | Motorcycles | 10-19 |
| 900cc | 160-170 | 80-120 | Snowmobiles | 9-13 |
| 1000cc | 60-170 | 70-85 | UTVs | 7-9 |
| 1000cc | 65-140 | 70-90 | Cars | 7-9 |
| 1000cc | 50-70 | 35-40 | Outboards | 4-4 |
| 1000cc | 90-120 | 45-55 | Jet skis | 5-6 |
| 1000cc | 80-220 | 100-170 | Motorcycles | 10-17 |
| 1000cc | 200-210 | 100-120 | Snowmobiles | 10-12 |
| 1200cc | 80-160 | 100-140 | Airplances | 8-12 |
| 1500cc | 18-25 | 20-25 | Tractors | 1-2 |
| 1500cc | 100-200 | 120-170 | Cars | 8-11 |
| 1500cc | 75-115 | 35-50 | Outboards | 2-3 |
| 1500cc | 160-310 | 60-70 | Jet skis | 4-5 |
| 1600cc | 900-1100 | 220-250 | F1 cars | 14-16 |
| 1800cc | 30-45 | 20-25 | Tractors | 1-1 |
| 1800cc | 75-115 | 35-50 | Outboards | 2-3 |
| 1800cc | 140-240 | 120-170 | Cars | 7-9 |
| 1800cc | 180-250 | 60-70 | Jet skis | 3-4 |
| 2000cc | 150-300 | 120-170 | Cars | 6-9 |
| 3000cc | 115-150 | 35-55 | Outboards | 1-2 |
| 3000cc | 250-400+ | 130-170 | Cars | 4-6 |
Please consider this list to be a compilation of hard statistics provided only for educational reasons. You’ll probably discover some motorcycles with higher or worse mph/cc numbers if you do your investigation. However, it’s safe to say that the majority of stock vehicles fall within these parameters.
Conclusion: What Is the Speed of Different Engines?
In Mph, how fast is 1 CC?
For small watercraft like sport boats or jet skis, 1 cc represents 0.03-0.07 mph as a rule of thumb. For autos and wheeled off-road vehicles like ATVs and UTVs, anticipate 0.05-0.1 mph/cc.
Most middleweight and heavy bikes have a 0.1-0.3 mph/cc ratio, whereas 500cc motorcycles have a 0.3-1 mph/cc ratio.
In MPH, how fast is 50cc?
Depending on the kind and attributes of the vehicle, a 50cc vehicle may attain speeds of 25-50 mph.
Here are several examples:
- Scooters with 50cc engines travel between 25-40 mph.
- Motorcycles with 50cc engines travel between 25-50 mph.
- Go-karts with 50cc engines go at 35 miles per hour.
In MPH, how fast is 60cc?
A 60cc single-cylinder engine is capable of speeds of 25-60 mph.
Examples:
- 25-45 mph on 60cc dirt motorcycles
- 25-55 mph on 60cc street bikes
- 60cc go-karts may reach speeds of 50-60 mph.
In MPH, how fast is 100cc?
With a 100cc engine, a vehicle may reach speeds of 45-70 mph. Scooters, lightweight motorbikes, and entry-level go-karts all employ these small power sources.
- Motorcycles with 100cc engines travel about 45-60 mph.
- 60-70 mph for 100cc go-karts
In Mph, how fast is 125cc?
A 125cc engine can move a vehicle at speeds ranging from 25 to 80 mph. ATVs for kids have a peak speed of 25-40 mph, whereas racing go-karts have a top speed of 70-80 mph.
Examples:
- 25-40 mph for 125cc ATVs
- 50-60 mph on 125cc scooters
- 60-75 mph for 125cc bikes
- 70-80 mph for 125cc go-karts
In MPH, how fast is 200cc?
The highest speed of 200cc engines is usually between 30 and 90 mph.
The slowest 200cc vehicles are children’s snowmobiles, which have a peak speed of just 30 mph. On the other hand, high-performance 200cc street bikes with top speeds of 60-90 mph are available.
- Snowmobiles with 200cc engines travel at 30 mph.
- ATVs with 200cc engines go about 35-40 mph.
- Motorcycles with a displacement of 200cc: 60-90 mph
In MPH, how fast is 250cc?
250cc cars have a broad variety of peak speeds, ranging from 35 mph to a whooping 140 mph.
- ATVs with 250cc engines travel at 35-45 mph.
- 350-45 mph for 250cc snowmobiles
- Motorcycles with a displacement of 250cc: 70-90 mph
- 100-140 mph for 250cc go-karts
In MPH, how fast is a 300cc?
In a 300cc car, you may anticipate to attain a peak speed of 40-115 mph.
- ATVs with 300cc engines travel at 40-50 mph.
- Dune buggies with 300cc engines go about 40-50 mph.
- Snowmobiles with 300cc engines travel about 50-60 mph.
- Motorcycles with a displacement of 300cc: 90-115 mph
In MPH, how fast is a 500cc?
A 500cc engine in a powersport vehicle may reach speeds of 50-120 mph, whereas a 500cc outboard on a small boat can reach speeds of 20-30 mph.
500cc riding lawnmowers can only do 4-6 mph, which is a fun fact.
Examples:
- 500cc Mowers that ride on the ground: 4-6 mph
- Outboards with 500cc engines travel around 20-30 mph.
- ATVs with 500cc engines travel about 50-60 mph.
- Snowmobiles with 500cc engines travel at 80-90 mph.
- Motorcycles with 500cc engines: 90-120 mph
In MPH, how fast is 600cc?
A 600cc powersport vehicle’s maximum speed ranges from 60 mph to 165 mph, depending on its kind and attributes. 600cc riding lawnmowers, on the other hand, reach speeds of 4-6 mph.
Here are several examples:
- 600 riders moving at 4-6 mph
- ATVs with 600cc engines travel at 60-65 mph.
- Snowmobiles with 600cc engines travel at 90-110 mph.
- Motorcycles with 600cc engines go at speeds ranging from 90 to 165 miles per hour.
In MPH, how fast is 800 cc?
A car with an 800cc engine can reach speeds of 50-170 mph.
800cc UTVs with a peak speed of 50-65 mph are the slowest vehicles in this category, whereas high-performance motorcyclists may achieve speeds of 170 mph.
Examples:
- UTVs with 800cc engines travel at 50-65 mph.
- 80-90 mph for 800cc automobiles
- Snowmobiles with 800cc engines travel at 110-120 mph.
- Motorcycles with 800cc engines go at speeds ranging from 90 to 170 miles per hour.
In MPH, how fast is 1000 cc?
1000cc engines are used in a wide range of vehicles, with peak speeds ranging from 70 to 170 mph. Jet skis with 1000cc engines can reach speeds of 40-55 mph, while smaller boats with 1000cc engines may reach speeds of 35-40 mph.
Examples:
- Outboards with 1000cc engines travel around 35-40 mph.
- Jet skis with 1000cc engines go at 40-55 mph.
- UTVs with 1000cc engines travel at 70-85 mph.
- 70-90 mph for 1000cc automobiles
- Snowmobiles with 1000cc engines go at speeds of 100-120 mph.
- Motorcycles with 1000cc engines may reach speeds of up to 170 mph.
In MPH, how fast is 1500 cc?
A 1500cc engine in a typical automobile can achieve speeds of 120-170 mph, whereas F1 cars with 1600cc engines can reach speeds of 220-250 mph.
Utility vehicles, such as 1500cc farm tractors, are on the opposite end of the range, with top speeds of just 20-25 mph. A jet ski or a leisure boat, on the other hand, may achieve speeds of 35-70 mph.
Examples:
- Farm tractors with 1500cc engines go about 20-25 mph.
- Outboard engines with 1500cc displacement: 35-50 mph
- Jet skis with 1500cc engines go at 60-70 mph.
- Cars with 1500cc engines may reach speeds of 120-170 mph.
In MPH, how fast is 2000 cc?
Cars with 2000cc engines may reach speeds of 120-170 mph, whereas boats with the same engine can reach speeds of 35-55 mph.
Conclusion
Let’s face it: there’s no magic formula for converting engine cc to mph since a machine’s speed is determined by a variety of elements such as its kind, design, and engine attributes.
A 500cc riding lawnmower, for example, can only reach 4-6 mph, yet a GP motorbike with the same size engine may travel 220-250 mph.
A 1600cc agricultural tractor can reach speeds of 20-25 mph, yet an F1 vehicle can reach speeds of 220-250 mph thanks to its superior 1600cc engine.
Even though there isn’t a direct relationship between cc and mph, we can construct a “conversion number” for a variety of vehicle types.
For example, 1 cc represents 0.03-0.07 mph for small sport boats and jet skis (100cc = 3-7 mph), 0.05-0.1 mph for a typical automobile (100cc = 5-10 mph), and 0.1-0.3 mph for most motorbikes with 300-1000cc engines (100cc = 10-30 mph).
Surprisingly, 50cc bikes have the finest mpg/cc ratios; these machines can convert 1 cc into 0.6-1 mph!
(These values should be regarded as firm numbers that can be applied to a wide range of stock vehicles and boats.)
The “cc engine speed chart” is a tool that converts CC to MPH. The conversion is done by using the formula, MPH = (CC * 0.633) + 32.
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