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Convert Stone (st) to Kilograms (kg)

Result

Popular stone to kilograms conversions

Quick reference for converting Stone to Kilograms

Formula
kg = st × 6.35029
Quick rough maths
To get the Kilograms, multiply the Stone by 6.4.
Stone (st) in 1 Kilogram
There are 0.157473 Stone in 1 Kilogram
Kilograms (kg) in 1 Stone
There are 6.35029 Kilograms in 1 Stone

Stone and pounds to kilograms chart

st \ lb012345678910111213
6 st38.138.639.039.539.940.440.841.341.742.242.643.143.544.0
7 st44.544.945.445.846.346.747.247.648.148.549.049.449.950.3
8 st50.851.351.752.252.653.153.554.054.454.955.355.856.256.7
9 st57.257.658.158.559.059.459.960.360.861.261.762.162.663.0
10 st63.564.064.464.965.365.866.266.767.167.668.068.568.969.4
11 st69.970.370.871.271.772.172.673.073.573.974.474.875.375.7
12 st76.276.777.177.678.078.578.979.479.880.380.781.281.682.1
13 st82.683.083.583.984.484.885.385.786.286.687.187.588.088.5
14 st88.989.489.890.390.791.291.692.192.593.093.493.994.394.8
15 st95.395.796.296.697.197.598.098.498.999.399.8100.2100.7101.2
16 st101.6102.1102.5103.0103.4103.9104.3104.8105.2105.7106.1106.6107.0107.5
17 st108.0108.4108.9109.3109.8110.2110.7111.1111.6112.0112.5112.9113.4113.9
18 st114.3114.8115.2115.7116.1116.6117.0117.5117.9118.4118.8119.3119.7120.2
19 st120.7121.1121.6122.0122.5122.9123.4123.8124.3124.7125.2125.6126.1126.6
20 st127.0127.5127.9128.4128.8129.3129.7130.2130.6131.1131.5132.0132.4132.9
21 st133.4133.8134.3134.7135.2135.6136.1136.5137.0137.4137.9138.3138.8139.3
22 st139.7140.2140.6141.1141.5142.0142.4142.9143.3143.8144.2144.7145.1145.6
23 st146.1146.5147.0147.4147.9148.3148.8149.2149.7150.1150.6151.0151.5152.0
24 st152.4152.9153.3153.8154.2154.7155.1155.6156.0156.5156.9157.4157.9158.3
25 st158.8159.2159.7160.1160.6161.0161.5161.9162.4162.8163.3163.7164.2164.7

Kilograms to one decimal place. 1 stone = 14 lb = 6.35 kg.

Conversion table: Stone (st) to Kilograms (kg)

0st – 24st
0st0kg
1st6.35029318kg
2st12.70058636kg
3st19.05087954kg
4st25.40117272kg
5st31.7514659kg
6st38.10175908kg
7st44.45205226kg
8st50.80234544kg
9st57.15263862kg
10st63.5029318kg
11st69.85322498kg
12st76.20351816kg
13st82.55381134kg
14st88.90410452kg
15st95.2543977kg
16st101.6046909kg
17st107.9549841kg
18st114.3052772kg
19st120.6555704kg
20st127.0058636kg
21st133.3561568kg
22st139.70645kg
23st146.0567431kg
24st152.4070363kg
25st – 49st
25st158.7573295kg
26st165.1076227kg
27st171.4579159kg
28st177.808209kg
29st184.1585022kg
30st190.5087954kg
31st196.8590886kg
32st203.2093818kg
33st209.5596749kg
34st215.9099681kg
35st222.2602613kg
36st228.6105545kg
37st234.9608477kg
38st241.3111408kg
39st247.661434kg
40st254.0117272kg
41st260.3620204kg
42st266.7123136kg
43st273.0626067kg
44st279.4128999kg
45st285.7631931kg
46st292.1134863kg
47st298.4637795kg
48st304.8140726kg
49st311.1643658kg
50st – 74st
50st317.514659kg
51st323.8649522kg
52st330.2152454kg
53st336.5655385kg
54st342.9158317kg
55st349.2661249kg
56st355.6164181kg
57st361.9667113kg
58st368.3170044kg
59st374.6672976kg
60st381.0175908kg
61st387.367884kg
62st393.7181772kg
63st400.0684703kg
64st406.4187635kg
65st412.7690567kg
66st419.1193499kg
67st425.4696431kg
68st431.8199362kg
69st438.1702294kg
70st444.5205226kg
71st450.8708158kg
72st457.221109kg
73st463.5714021kg
74st469.9216953kg
75st – 99st
75st476.2719885kg
76st482.6222817kg
77st488.9725749kg
78st495.322868kg
79st501.6731612kg
80st508.0234544kg
81st514.3737476kg
82st520.7240408kg
83st527.0743339kg
84st533.4246271kg
85st539.7749203kg
86st546.1252135kg
87st552.4755067kg
88st558.8257998kg
89st565.176093kg
90st571.5263862kg
91st577.8766794kg
92st584.2269726kg
93st590.5772657kg
94st596.9275589kg
95st603.2778521kg
96st609.6281453kg
97st615.9784385kg
98st622.3287316kg
99st628.6790248kg

Unit information

Stone
/stəʊn/
Symbol: st
Unit system: Imperial

What is the Stone?

The stone is a unit of mass (acceptable for use as weight on Earth) and is part of the imperial system of units. It has the symbol st.

In historical times actual stones were used as weights, a practice that was adopted worldwide for more than 2000 years.

In Europe, up until the 19th century, the stone was frequently used in the trade industry to measure weight. Each country had their own weight of the stone which varied between regions and what was being traded. As a result, the metric system was adopted in most European countries.

In England in 1389 a stone of wool was characterized as weighing fourteen pounds (lbs). Despite the fact that a stone of different materials would not necessarily weigh exactly fourteen pounds, the stone became accepted as weighing exactly 14 lbs.

The stone is also used in sports. In horse racing it is used to describe the weight that a horse has to carry. The weight includes the jockey as well as overweight, penalties and allowances. It is also used to express human bodyweight in sports such as boxing and wrestling.

In the UK and Ireland people will often use stone and pounds (e.g. 11 st 5 lbs) to express their weight. In contrast people in the United States will most commonly use just pounds (eg. 159 lbs).

Although the Stone has not been recognised in the UK as a unit of weight since 1985, it is still the most common and popular way of expressing human weight in this country.

Kilogram
/ˈkɪləɡram/
Symbol: kg
Unit system: SI

What is the Kilogram?

The kilogram is the base SI unit for mass (acceptable for use as weight on Earth). It uses the symbol kg.

It is the only SI base unit with the prefix as part of its name (kilo). The word is derived itself from the French 'kilogramme' which was itself built from the Greek 'χίλιοι' or 'khilioi' for 'a thousand' and the Latin 'gramma' for 'small weight'.

It is now used worldwide for weighing almost anything - and has quickly become commonly recognised and understood by the masses. It is sometimes shortened to 'kilo' which can cause confusion as the prefix is used across many other units.

In 1795 the kilogram was first used in English and was defined as the mass of one litre of water. This provided a simple definition but when used in practice it was difficult as trade and commerce often involved large items. Weighing a large object using large quantities of water was inconvenient and dangerous. As a result, an object made out of a single piece of metal was created equal to one kilogram. This platinum-iridium metal, called the International Prototype Kilogram, has been kept in Sèvres, France since 1889.

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