67 Kw to Hp – Answer with Formula

Conversion of 67 kw to hp equals approximately 89.84 hp.

Since 1 kilowatt (kw) is equal to about 1.34102 horsepower (hp), multiplying 67 kw by this factor gives the power in hp. This conversion helps in understanding engine or motor power ratings across different measurement systems, making it easier to compare equipment specs.

Conversion Result and Explanation

67 kw is roughly 89.84 horsepower. To convert kw to hp, multiply the kilowatt value by 1.34102, which is the constant representing how many horsepower are in one kilowatt. This conversion factor stems from the relationship between the metric and imperial mechanical power units, ensuring precise comparisons.

Conversion Tool


Result in hp:

Conversion Formula

The formula for converting kilowatts to horsepower is: hp = kw × 1.34102. This works because 1 kw equals approximately 1.34102 hp, based on the mechanical power conversion between the metric and imperial systems. The multiplication accounts for this ratio, giving the horsepower equivalent.

For example, if you have 50 kw:

  • Multiply 50 by 1.34102
  • 50 × 1.34102 = 67.051 hp
  • This means 50 kw equals about 67.051 horsepower

Conversion Example

  • Convert 100 kw to hp:
  • Step 1: Take the kw value: 100
  • Step 2: Multiply by 1.34102: 100 × 1.34102 = 134.102 hp
  • Result: 100 kw is about 134.102 hp
  • Convert 45 kw to hp:
  • Step 1: kw value: 45
  • Step 2: 45 × 1.34102 = 60.3459 hp
  • Result: 45 kw roughly equals 60.3459 hp
  • Convert 80 kw to hp:
  • Step 1: kw value: 80
  • Step 2: 80 × 1.34102 = 107.2816 hp
  • Result: 80 kw is about 107.2816 hp
  • Convert 20 kw to hp:
  • Step 1: kw value: 20
  • Step 2: 20 × 1.34102 = 26.8204 hp
  • Result: 20 kw approximately equals 26.8204 hp

Conversion Chart

This table shows how kilowatts from 42.0 to 92.0 convert to horsepower, making it easier to compare values quickly without calculator use.

kW hp
42.0 56.37
47.0 63.07
52.0 69.77
57.0 76.47
62.0 83.17
67.0 89.84
72.0 96.54
77.0 103.24
82.0 109.94
87.0 116.64
92.0 123.34

Use this chart to find the horsepower equivalent for any kilowatt value in the range. Simply locate the kw value in the first column, then read across to see the hp conversion.

Related Conversion Questions

  • How many horsepower is 67 kw in electric motors?
  • What is the equivalent hp for 67 kw in vehicle engine ratings?
  • Can I convert 67 kw to hp for industrial generator specs?
  • What is the hp rating of a 67 kw pump motor?
  • Is 67 kw equal to 90 hp in real-world applications?
  • How do I convert kw to hp for a wind turbine?
  • What does 67 kw translate to in horsepower in the US measurement system?

Conversion Definitions

“kw” (kilowatt) is a unit of power in the metric system, used to measure the rate of energy transfer or work done per second, especially in electrical and mechanical systems. It helps quantify the capacity or output of engines, motors, and electrical devices.

“hp” (horsepower) is an imperial unit of power originally defined to compare engine power with draft horses, equivalent to about 745.7 watts. It’s used in automotive and machinery contexts to express engine strength or motor capacity.

Conversion FAQs

How accurate is the conversion from kw to hp?

The conversion factor of 1 kw equals approximately 1.34102 hp is precise for mechanical power calculations, but slight variations may occur depending on context or measurement standards. For most practical purposes, it provides reliable results.

Can I use this conversion for electric motors or only for engines?

This conversion works for both electric motors and internal combustion engines because it relates power units regardless of the energy source. However, always check specific motor ratings for exact figures, as some may use different standards.

Why does 1 kw equal 1.34102 hp?

This ratio comes from the definition of horsepower based on mechanical work, where 1 hp equals 550 foot-pounds per second, and 1 kw equals 1,000 joules per second. The conversion factor results from these fundamental definitions and units’ relationship.