1. ^All calculations on this page assume the following definition of standard gravity, g₀. :g₀ = {{val|9.80665|u=m/s2}}
2. ^The tonne-force, also known as the metric ton-force, is equivalent to the megagram-force (Mgf or Mg_f) and the megapond (Mp).
3. ^{||-|1 pound ||= {{val|0.45359237|u=kg}} ∴|-|rowspan=2 width=100 valign=top|1 tonne-force |= {{sfrac|{{gaps|1|000}}|{{val|0.45359237}}}} lbf|-|≈ {{gaps|2|204.622|621|848|87}} lbf|}
4. ^{||-|-|1 long ton ||= {{val|1.0160469088|u=t}} ∴|-|rowspan=2 width=100 valign=top|1 tonne-force |= {{sfrac|{{gaps|1.016|046|9088}}}} long tons-force|-|≈ {{gaps|0.984|206|527|611|06}} long tons-force |}
5. ^{||-|1 short ton ||= {{val|0.90718474|u=t}} ∴|-|rowspan=2 width=100 valign=top|1 tonne-force |= {{sfrac|{{val|0.90718474}}}} short tons-force|-|≈ {{gaps|1.102|311|310|9244}} short tons-force |}
6. ^{||-|1 pdl ||= {{gaps|0.138|254|954|376}} N ∴|-|rowspan=2 width=100 valign=top|1 tonne-force |= {{sfrac|{{gaps|9|806.65}}|{{gaps|0.138|254|954|376}}}} pdl|-|≈ {{gaps|70|931.635|283|968}} pdl |}
7. ^{||-|rowspan=2 width=100 valign=top|1 long ton-force |= {{sfrac|{{gaps|2|240}}|{{gaps|2|000}}}} short tons-force|-|= 1.12 short tons-force |}
8. ^{||-|g₀ ||= {{sfrac|{{val|9.80665}}|0.3048}} ft/s² ∴|-|rowspan=3 width=100 valign=top|1 long ton-force |= {{gaps|2|240}} lb × {{sfrac|{{val|9.80665}}|0.3048}} ft/s²|-|= {{sfrac|{{gaps|27|458|620}}|381}} pdl|-|≈ {{gaps|72|069.868|766|404}} pdl |}
9. ^{||-|rowspan=3 width=100 valign=top|1 short ton-force |= {{sfrac|{{gaps|2|000}}|{{gaps|2|240}}}} long tons-force|-|= {{sfrac|25|28}} long tons-force|-|≈ {{gaps|0.892|857|143}} long tons-force |}
10. ^{||-|rowspan=3 width=100 valign=top|1 short ton-force |= {{gaps|2|000}} lb × {{sfrac|{{val|9.80665}}|0.3048}} ft/s²|-|= {{sfrac|{{gaps|24|516|625}}|381}} pdl|-|≈ {{gaps|64|348.097|11}} pdl |}