Unit console

Convert units with formula, context and precision

UnitCloud is a local measurement lab for everyday work, engineering, IT, energy, mobility and design. Every conversion shows result, formula, base unit, rounding and the common mistake.

Unit family

Acceleration

Lower-case g as acceleration (9.80665 m/s²) is not the gram. In engineering g usually means standard gravity; in commerce it means gram. Acceleration appears in physics, vehicle engineering and sensor datasheets.

Acceleration
UnitSymbolFormula
Metre per second squaredm/s²base
Standard gravityg1 g = 9.80665 m/s²
GalGal1 Gal = 0.01 m/s²
Foot per second squaredft/s²1 ft/s² = 0.3048 m/s²

Direct conversions

Direct conversions

Every maintained pair of this family with formula, table and common mistake.

All conversions
Base unitm/s²

UnitCloud is a calculation aid. Standards, contracts, medical decisions, engineering approvals and official requirements need original sources.

Units4

Every unit of this family converts through the same base unit.

Direct conversions6

Maintained pairs with their own page, table and common mistake.

Sources

BIPM SI BrochureSI base units, prefixes and official SI context.NIST Guide to SI Appendix BNIST conversion-factor method and non-SI factors.NIST CODATA fundamental physical constantsExact defining constants such as the speed of light in vacuum.

Search and practice paths

Search and practice paths

FormulaTableExamplesCommon mistakeEveryday/engineeringExcel/CSVBatch converterPrint view
Factor origin

Factors come from the stored source family and are not derived from rounded display values.

Rounding rule

UnitCloud keeps calculating with stored factors and rounds only the displayed output by selected precision.

When not to use

Do not use as the sole basis for official, medical, safety-critical or contractual decisions.

Citation

Citation note: UnitCloud, conversion with formula, sources reviewed: September 2026. Acceleration. Source basis: BIPM SI Brochure · NIST Guide to SI Appendix B · NIST CODATA fundamental physical constants.