Bike Unit Converter for India : Miles to Kms, Mpg to km/l etc

1. Converting Torque: Pound-Feet (lb-ft) to Newton-Meters (Nm)

Torque is a critical measurement in motorcycles and scooters, indicating the rotational force produced by an engine. In India, torque is typically expressed in Newton meters (Nm), while some international specifications might use pound-feet (lb-ft).

The Conversion Formula

To convert from lb-ft to Nm, use the following formula:

Nm = lb-ft×1.35582

For example, if an imported bike’s engine produces 50 lb-ft of torque:

50 lb-ft×1.35582 = 67.791 Nm

This means 50 lb-ft is equivalent to approximately 67.79 Nm.

Practical Application in India

This conversion is particularly relevant when comparing Indian bikes with imported models or reading international reviews.

For instance, the Royal Enfield Hunter 350, a popular model in India, produces 27 Nm of torque at 4,000 rpm.

If comparing this to an American bike specified at 20 lb-ft, you would first convert:

20 lb-ft×1.35582 = 27.1164 Nm.

This conversion allows for a direct comparison, showing that the Royal Enfield Hunter 350 has slightly less torque than the American bike in this example.

2. Converting Speed: Miles Per Hour (mph) to Kilometers Per Hour (km/h)

In India, speed is measured in kilometres per hour (km/h). Still, you might encounter specifications or speed limits from other countries in miles per hour (mph).

The Conversion Formula

To convert from mph to km/h, use this formula:

km/h = mph×1.60934

For example, converting 70 mph to km/h:

70 mph×1.60934 = 112.6538 km/h

Thus, 70mph is approximately equal to 112.65km/h.

Practical Application in India

This conversion is crucial when interpreting imported bikes’ performance or reading international motorcycle reviews.

For instance, the Yamaha MT 15, a popular sports bike in India, has a top speed of 136km/h.

If comparing this to an American motorcycle with a top speed of 85mph, you would convert:

85 mph×1.60934=136.7939 km/h

This conversion shows that the American bike has a slightly higher top speed than the Yamaha MT 15.

3. Converting Distance: Miles to Kilometers

In India, distance is measured in kilometres. Still, you might encounter specifications or travel distances from other countries in miles.

The Conversion Formula

To convert miles to kilometres, use this formula:

km = miles×1.609344

For example, converting a distance of 100 miles:

100 miles×1.609344=160.9344km

Therefore, 100 miles is equivalent to approximately 160.93 kilometres.

Practical Application in India

This conversion is particularly relevant when considering the range of electric scooters, which is becoming increasingly important in the Indian market.

For instance, the Ola S1 Pro Gen 2, a popular electric scooter in India, offers a range of up to 195 km on a full charge.

If comparing this to an American electric scooter with a range of 100 miles, you would convert:

100 miles×1.609344 = 160.9344 km

This conversion shows that the Ola S1 Pro Gen 2 has a significantly more extended range than the American scooter in this example, demonstrating the importance of such conversions in evaluating electric vehicle performance.

4. Converting Fuel Efficiency: Miles Per Gallon (mpg) to Kilometers Per Liter (km/l)

Fuel efficiency is a crucial factor for Indian consumers, given the rising fuel costs. In India, fuel efficiency is measured in kilometres per litre (km/l), while some international standards use miles per gallon (mpg).

The Conversion Formula

To convert from mpg (US) to km/l, use this formula:

km/l = mpg×0.425144

For instance, if an imported scooter has a fuel efficiency of 70mpg

70 mpg×0.425144 = 29.76008 km/l

This means a scooter rated at 70 mpg would have a fuel efficiency of approximately 29.76 km/l.

Practical Application in India

This conversion is essential when comparing the fuel efficiency of Indian scooters with international models.

For example, the Honda SP 125, a popular commuter bike in India, offers a mileage of 65 km/l.

To compare this with an American bike rated at 100 mpg, you would first convert:

100 mpg×0.425144 = 42.5144 km/l

This conversion reveals that the Honda SP 125 is significantly more fuel-efficient than the American bike in this example, highlighting the importance of such conversions in making informed comparisons.

5. Converting Volume: Gallons to Liters

In India, fuel volume is measured in litres. Still, you might encounter fuel tank capacities or consumption rates from other countries in gallons.

The Conversion Formula

To convert US gallons to litres, use this formula:

Liters = US Gallons×3.78541

For example, converting 3 gallons to litres:

3 gallons×3.78541 = 11.35623 liters

This means 3 gallons is approximately equal to 11.36 litres.

Practical Application in India

This conversion is crucial for understanding fuel tank capacities and consumption rates of imported bikes and scooters.

For instance, if an American motorcycle has a fuel tank capacity of 4 gallons, you would convert:

4 gallons×3.78541 = 15.14164 liters

This conversion allows for easy comparison with Indian models, where fuel tank capacities are typically specified in litres. For example, the Royal Enfield Hunter 350 has a fuel tank capacity of 13 litres, making it slightly smaller than the American bike in this example.

6. Converting Pressure: PSI, Bar, and Kilopascal

Tyre pressure is a critical aspect of motorcycle and scooter maintenance. In India, tyre pressure is often measured in kilopascals (kPa) or bars. At the same time, some international standards use pounds per square inch (PSI).

Conversion Relationships

1. 1 PSI ≈ 6.895 kPa
2. 1 bar ≈ 14.5038 PSI
3. 1 bar = 100 kPa

Conversion Formulas

1. PSI to kPa: kPa = PSI × 6.895
2. Bar to PSI: PSI = bar × 14.5038
3. Bar to kPa: kPa = bar × 100

Practical Application in India

These conversions are crucial for proper tyre maintenance of bikes and scooters in India.

For instance, if a tyre pressure recommendation for an imported scooter is given as 36PSI, you would convert:

1. 36PSI × 6.895 = 248.22kPa
2. 248.22kPa ÷ 100 = 2.4822bar

This conversion allows Indian riders to accurately set their tyre pressure using local gauges that measure in bar or kPa.