Feet per Second to Metres per Second Converter — Built for Canada's Metric System

Free fps to m/s converter made for Canada's metric system. Convert US ammunition data, paintball field limits, and engineering velocities from feet per second to metres per second — instant, exact, no signup.

Canadian Speed Converter
1 fps = 0.3048 ms

The quick answer for 1 Feet per Second — type any value below for the exact result

fps

Feet per Second

ms

Meters per Second

fps to m/s Conversion Formula

To convert feet per second to metres per second, multiply the fps value by 0.3048. This is exact, because the international foot — agreed upon by Canada, the US, and the UK in 1959 — is defined as precisely 0.3048 metres.

1 fps = 0.3048 ms

Feet per Second and Meters per Second Explained

Feet per Second (fps)

The foot per second (fps, ft/s) is the speed of covering one international foot each second, equal to exactly 0.3048 m/s and about 0.681818 mph. It is the native unit of US shooting sports, and it is what Canadians see on US-made ammunition boxes and chronographs: airgun pellets leave the muzzle at 500-900 fps, handgun rounds at 900-1350 fps, and full-power rifle bullets at 2500-3200 fps, with the sound barrier near 1125 fps in mild air.

Where it is used: It dominates American ammunition packaging, chronograph readouts, airsoft and paintball field rules, and US engineering handbooks — meaning nearly every fps figure a Canadian shooter or engineer encounters arrives from the other side of the border.

Origin: It builds on the foot, whose length varied across jurisdictions until the 1959 international agreement — signed by Canada, the US, and the UK — fixed it at exactly 0.3048 metres.

Meters per Second (ms)

The metre per second (m/s) is the SI derived unit of velocity — metres travelled per second — with 1 fps equal to 0.3048 m/s and 1 m/s equal to 3.28084 fps. Its scale covers the physics of flight and machinery: a 91.44 m/s paintball, a 381 m/s pistol round, an 853.44 m/s rifle bullet, and a 343 m/s sound wave in air all read naturally in m/s, which is why Canadian science education, ballistic coefficient tables, and drag models are computed in SI.

Where it is used: It is standard in Canadian scientific work — from university physics labs to CSA standards, ISO engineering documents, and Measurement Canada's metrology framework — as well as in SI-based ballistic references worldwide.

Origin: It rests on the metre, born in 1790s France and redefined in 1983 via the distance light travels in 1/299,792,458 of a second — the definition underpinning Canada's official weights and measures system.

fps to m/s Conversion Table

Feet per Second (fps) Meters per Second (ms)
10 fps 3.048 ms
25 fps 7.62 ms
50 fps 15.24 ms
100 fps 30.48 ms
200 fps 60.96 ms
250 fps 76.2 ms
300 fps 91.44 ms
350 fps 106.68 ms
400 fps 121.92 ms
500 fps 152.4 ms
700 fps 213.36 ms
900 fps 274.32 ms
1000 fps 304.8 ms
1125 fps 342.9 ms
1250 fps 381 ms
1500 fps 457.2 ms
2000 fps 609.6 ms
2500 fps 762 ms
2800 fps 853.44 ms
3200 fps 975.36 ms

Meters per Second to Feet per Second Conversion Table

Meters per Second (ms) Feet per Second (fps)
1 ms 3.280839895 fps
5 ms 16.4041994751 fps
10 ms 32.8083989501 fps
30 ms 98.4251968504 fps
50 ms 164.0419947507 fps
91.4 ms 299.8687664042 fps
100 ms 328.0839895013 fps
200 ms 656.1679790026 fps
250 ms 820.2099737533 fps
300 ms 984.2519685039 fps
343 ms 1125.3280839895 fps
500 ms 1640.4199475066 fps
1000 ms 3280.8398950131 fps

Feet per Second to Meters per Second in Everyday Objects

Common real-world examples that make Feet per Second and Meters per Second easy to picture at a glance.

  Feet per Second (fps) Meters per Second (ms)
Paintball field velocity limit 300 fps 91.44 ms
Airsoft site velocity limit 350 fps 106.68 ms
Full-power air rifle pellet 900 fps 274.32 ms
Speed of sound in air 1125 fps 342.9 ms
9mm pistol muzzle velocity 1250 fps 381 ms
.308 rifle muzzle velocity 2800 fps 853.44 ms
.223 rifle muzzle velocity 3200 fps 975.36 ms

When You Need Feet per Second to Meters per Second Conversions

Meeting paintball and airgun limits

Paintball fields across Canada cap at roughly 300 fps (91.44 m/s), and Canadian law classifies air guns as firearms once they exceed 152.4 m/s (500 fps) with more than 5.7 joules of muzzle energy. Converting fps to m/s keeps your gear compliant whether the spec sheet prints American or metric units.

Cross-referencing reloading manuals

US manuals list a .308 load at 2800 fps while metric editions print 853.44 m/s. Whether you are loading for whitetail in Ontario or moose in Alberta, converting fps to m/s lets Canadian handloaders compare charge tables and chrono logs across publishers without guesswork.

Setting up high-speed photography

Bullet-photography rigs trigger a flash microseconds after a sound sensor fires. Knowing a 1250 fps round travels 381 m/s sets the sensor-to-frame distance, since timing geometry in Canadian labs is computed in metres.

Converting US engineering references

American fluid and piping handbooks quote velocities like 5 fps (1.524 m/s) for drain self-cleansing, while the National Plumbing Code of Canada and ISO documents work in m/s. Converting keeps hydraulic and pneumatic calculations dimensionally consistent on cross-border projects.

How to Use

  1. 1

    Enter fps Value

    Type the speed in feet per second — typical entries include airgun pellets (500-900 fps), pistol rounds (900-1350 fps), or rifle loads (2500-3200 fps). Most ammunition sold in Canada arrives in US-made boxes that list fps only

  2. 2

    View m/s Result

    The equivalent m/s value appears instantly. For example, a heritage .303 British load at 2440 fps converts to 743.7 m/s

  3. 3

    Copy or Swap

    Copy the result or click Swap to convert m/s back to fps

  4. 4

    Compare With the Sound Barrier

    Check your value against the speed of sound — 343 m/s at 20°C, but only about 313 m/s (1027 fps) on a -30°C prairie winter morning. Loads below the line are subsonic with a softer muzzle report; anything above cracks supersonic

Why Use Be Converter?

Instant Conversion

Get precise fps to m/s results in real-time as you type — handy when your chronograph reads fps but the range rulebook or spec sheet is in metric

High Accuracy

Uses the exact definition 1 fps = 0.3048 m/s, fixed by the 1959 international yard-and-pound agreement that Canada shares with the US and UK

Conversion Table

Quick reference for common limits: 300 fps = 91.44 m/s (paintball), 350 fps = 106.68 m/s (airsoft caps), 500 fps = 152.4 m/s (Canadian airgun classification line), and 1125 fps = 342.9 m/s (sound at 20°C)

Bidirectional

Easily swap between fps and m/s with one click for reverse conversions

Free & No Signup

No registration required. Unlimited conversions. Completely free, coast to coast to coast

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Frequently Asked Questions

What is 1000 fps in m/s?
1000 fps equals 304.8 m/s. That is just under the speed of sound at room temperature (343 m/s at 20°C), so loads in this range sit near the subsonic-supersonic boundary — the line that shapes muzzle report and hearing protection choices at Canadian ranges.
How do I convert fps to m/s?
Multiply by 0.3048 — take roughly 30% of the fps figure. For 2800 fps: 2800 × 0.3048 = 853.44 m/s; estimating 30% gives 840 m/s, close enough for a chrono check at the range.
What is 300 fps in m/s?
300 fps equals 91.44 m/s. Paintball fields across Canada and the United States typically cap at this speed, so a field posting 91.4 m/s is quoting the identical rule — handy knowledge when travelling between Canadian and American venues.
What is the speed of sound in fps?
At 20°C sound travels at 343 m/s, which is 1125 fps (343 ÷ 0.3048 = 1125.33). Cold weather changes this: on a -30°C prairie winter day sound slows to about 313 m/s (roughly 1027 fps), so the subsonic-supersonic line shifts with the season. Subsonic .22 LR rounds at about 1070 fps stay below the summer line but sit right at it in deep winter.
Is this tool free to use?
Absolutely! Our fps to m/s converter is completely free with no registration required. Use it as often as you need for ballistics, airguns, or engineering — from Vancouver Island to Newfoundland.
What is 1250 fps in m/s?
1250 fps equals 381 m/s. Common 9mm 115-grain factory ammo chronographs near this figure — comfortably supersonic in summer, and still supersonic in cold air since chilled propellant trims muzzle velocity only a few percent.
What is 2800 fps in m/s?
2800 fps equals 853.44 m/s. This is classic .308 Winchester territory — a mainstay for deer and moose hunting across the provinces — and metric reloading data lists the same load as roughly 850 m/s. Same barrel, different units.
Why do metric ballistic tables use m/s instead of fps?
Canada officially uses the metric system, so Canadian scientific publications, university physics departments from UBC to Dalhousie, and CSA and ISO engineering documents quote velocities in SI units. Since 1 fps = 0.3048 m/s exactly, converting US ammo data to m/s (and back) loses nothing — the physics of drop and drift are identical either way.

About fps to m/s Converter

Our free online fps to m/s converter bridges US-sourced speeds and Canada's officially metric measurement system. Whether you are checking a 300 fps paintball limit at a field near Toronto, confirming whether an airgun crosses Canada's 152.4 m/s (500 fps) classification threshold, comparing chronograph readings with SI-based reloading data, timing a high-speed camera trigger against the sound barrier, or converting American piping velocities of 5 fps (1.524 m/s) for CSA and ISO engineering calculations, this tool applies the exact definition 1 fps = 0.3048 m/s. Feet per second governs US ammunition boxes; metres per second governs Canadian science and standards — this converter joins them instantly.

Expert Tips for fps to m/s Conversion

1

Multiply by 0.3048 exactly: 343 m/s sound speed converts back to 1125.33 fps, so any supersonic rifle load at 3000 fps is running 914.4 m/s — 2.67 times the barrier

2

Limit anchors: 300 fps = 91.44 m/s (typical paintball cap from BC to the Maritimes), 350 fps = 106.68 m/s (common airsoft cap), and 500 fps = 152.4 m/s — one half of Canada's air-gun test: pair this velocity with more than 5.7 joules of muzzle energy and the device is legally a firearm

3

Winter ballistics: the speed of sound drops from 343 m/s (1125 fps) at 20°C to about 313 m/s (1027 fps) at -30°C, so loads that clear the barrier in July can sit right at the line during a Winnipeg January

4

Engineering crossover: US references size drains around 2 fps (0.61 m/s) minimum self-cleansing velocity, while the National Plumbing Code of Canada and ISO documents quote m/s directly — converting keeps hydraulic calcs consistent on both sides of the border

5

High-speed photography: freezing a 1250 fps (381 m/s) bullet needs a flash around 1/50,000 s; knowing the m/s value sets your sound-trigger delay, since lab benches from Vancouver to Halifax are laid out in metres