Kilopascals to Pascals (kPa → Pa)

1,000.0

1.0000 kPa = 1,000.0 Pa

Formula

1 kPa = 1000 Pa
PascalsKilopascals (Swap Units)

Conversion Table

kPaPa
00
1.00001,000.0
2.00002,000.0
3.00003,000.0
4.00004,000.0
5.00005,000.0
6.00006,000.0
7.00007,000.0
8.00008,000.0
9.00009,000.0
10.00010,000
11.00011,000
12.00012,000
13.00013,000
14.00014,000
15.00015,000
16.00016,000
17.00017,000
18.00018,000
19.00019,000
kPaPa
20.00020,000
21.00021,000
22.00022,000
23.00023,000
24.00024,000
25.00025,000
26.00026,000
27.00027,000
28.00028,000
29.00029,000
30.00030,000
31.00031,000
32.00032,000
33.00033,000
34.00034,000
35.00035,000
36.00036,000
37.00037,000
38.00038,000
39.00039,000
kPaPa
40.00040,000
41.00041,000
42.00042,000
43.00043,000
44.00044,000
45.00045,000
46.00046,000
47.00047,000
48.00048,000
49.00049,000
50.00050,000
51.00051,000
52.00052,000
53.00053,000
54.00054,000
55.00055,000
56.00056,000
57.00057,000
58.00058,000
59.00059,000
kPaPa
60.00060,000
61.00061,000
62.00062,000
63.00063,000
64.00064,000
65.00065,000
66.00066,000
67.00067,000
68.00068,000
69.00069,000
70.00070,000
71.00071,000
72.00072,000
73.00073,000
74.00074,000
75.00075,000
76.00076,000
77.00077,000
78.00078,000
79.00079,000

Kilopascals to Pascals Conversion

Converting Kilopascals (kPa) to Pascals (Pa) is a common pressure conversion. 1 kPa equals 1,000 Pa. For example, 100 kPa is equal to 100,000 Pa.

Quick Mental Math: Kilopascals to Pascals

Pressure units (atm, bar, psi, pascal) are diverse; use atmospheres as a reference tier.

Why is converting Kilopascals to Pascals tricky?

Magnitude or direction confusion between kilopascals and pascals is the primary error source.

Quick Reference Values

1 kPa = 1,000 Pa. 5 kPa = 5,000 Pa. 10 kPa = 10,000 Pa. 25 kPa = 25,000 Pa. 50 kPa = 50,000 Pa. 100 kPa = 100,000 Pa.

What is Kilopascals?

Kilopascals (kPa) is a unit of pressure. A kilopascal equals 1,000 pascals, where 1 pascal is one newton per square meter. It is a unit of pressure used to quantify forces applied over an area and is part of the SI system [bipm-si-brochure]. Standard atmospheric pressure is approximately 101.325 kPa. The pascal was named in 1971 by the CGPM in honor of Blaise Pascal, a pioneer in fluid mechanics and pressure measurement. The kilopascal was adopted to express practical pressure values more conveniently [cgpm-resolutions]. Kilopascals are widely used in meteorology, engineering, and automotive industries worldwide. Countries using the SI system apply kPa for tire pressure, weather reports, and material stress testing [nist-si-guide].

What is Pascals?

Pascals (Pa) is a unit of pressure. The pascal (Pa) is the SI derived unit of pressure, defined as one newton per square meter (1 Pa = 1 N/m²). It quantifies force applied evenly over an area and is expressed as kg·m⁻¹·s⁻² in base SI units [bipm-si-brochure]. Named after Blaise Pascal, the pascal was adopted by BIPM in 1971 to replace older pressure units and standardize measurement in the SI system. It reflects the link between force and area in pressure measurements [bipm-si-brochure]. Pascals are the standard pressure unit in scientific research, meteorology, and engineering globally. Countries following SI, including members of ISO and NIST guidelines, use pascals for atmospheric and mechanical pressure [nist-si-guide].

Common Misspellings

People often search for this conversion using these alternate spellings: kpa, kilo pascals, kilopascal, pascal, pascals, pascel, pascall, pasceles. All of these refer to the Kilopascals to Pascals conversion.

Common Conversions