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Fast, flexible, scientist and engineer-friendly unit conversions.

Convert Between Units of Acceleration

Acceleration is the rate of change of velocity over time. You will see it in vehicle performance, vibration and shock specifications, motion control, and anything involving gravity. Common units include m/s^2, ft/s^2, and g (standard gravity). If you are comparing sensor datasheets, road profiles, or equipment ratings, converting acceleration correctly helps you keep the real-world meaning intact.

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About Acceleration Conversions

Helpful context and notes for converting Acceleration units.

Acceleration conversions show up in kinematics, machinery vibration, crash testing, seismic response, and rotating equipment. A value expressed in g is often convenient for shock events, while m/s^2 is standard for calculations. Watch for context: peak vs RMS acceleration, and whether the value is an instantaneous spike or a sustained level. Those details matter more than the last decimal place.

Practical tip: do one quick magnitude check. 1 g is about 9.80665 m/s^2, so a 3 g shock event should be about 29.4 m/s^2. If you are mixing SI and imperial sources, write the units beside every number and convert early in the workflow. Acceleration values often feed into force (F = m a), so a unit slip here can quietly become an overbuilt or underbuilt design later.

Frequently Asked Questions

Acceleration unit conversions are mathematically exact based on standard unit definitions. Results are suitable for reference and calculation checks.

These acceleration conversions are intended for reference and preliminary calculations. Final engineering designs should always be verified independently.

The unit “g” represents standard gravity and is commonly approximated as 9.80665 meters per second squared.

Some acceleration values explicitly reference gravity, while others are purely kinematic. Always confirm the context before converting.

Different industries and regions may use SI or imperial units, leading to multiple representations of acceleration.

Fun Fact

Bees can fly higher than Mount Everest (29,029 ft), tiny airborne overachievers that they are.

How many Survey Foots is 29029 feet?

Source

Supported Units

Common and engineering-specific units supported for this conversion.

  • cm/s2 (centi meters/square second)
  • dam/s2 (deca meters/square second)
  • dm/s2 (deci meters/square second)
  • galileo (Galileos)
  • Gm/s2 (giga meters/square second)
  • hm/s2 (hecto meters/square second)
  • km/s2 (kilo meters/square second)
  • Mm/s2 (mega meters/square second)
  • m/s2 (meters/square second)
  • μm/s2 (micro meters/square second)
  • mm/s2 (milli meters/square second)
  • nm/s2 (nano meters/square second)
  • pm/s2 (pico meters/square second)
  • grav (Standard Gravities)
  • Tm/s2 (tera meters/square second)