Revolutions/sec to RPM Converter

Convert revolutions/sec (rps) to rpm (rpm) instantly. 1 rps = 60 rpm.

1 Revolutions/sec =
RPM
From
To

Revolutions/sec to RPM Conversion Table

Revolutions/sec (rps)RPM (rpm)
1 rps60 rpm
10 rps600 rpm
100 rps6000 rpm
1000 rps60000 rpm
10000 rps600000 rpm
100000 rps6e+06 rpm

Quick Answer

Formula: RPM = Revolutions/Second × 60

Multiply any revolutions/second value by 60 to get rpm.

Reverse: Revolutions/Second = RPM × 0.01667

Worked Examples

60 RPM
1 rps × 60 = 60 rpm
1 rps = 60 RPM.
7200 RPM
120 rps × 60 = 7200 rpm
120 rps = 7,200 RPM — hard drive.
3600 RPM
60 rps × 60 = 3600 rpm
60 rps = 3,600 RPM.
1 RPM
0.0167 rps × 60 = 1.002 rpm
0.0167 rps = 1 RPM.

Revolutions/Second to RPM Conversion Table

Common revolutions/second values — factor: 1 rps = 60 rpm

Revolutions/Second (rps)RPM (rpm)Context
0.0167 rps1.002 rpm1 RPM
0.1 rps6 rpm6 RPM
1 rps60 rpm60 RPM
10 rps600 rpm600 RPM
30 rps1,800 rpm1800 RPM
60 rps3,600 rpm3600 RPM
100 rps6,000 rpm6000 RPM
120 rps7,200 rpm7200 RPM hard drive
200 rps1.2e+04 rpm12000 RPM
500 rps3e+04 rpm30000 RPM
1,000 rps6e+04 rpm60000 RPM
5,000 rps300,000 rpmFast centrifuge
1e+04 rps600,000 rpmDental drill
100,000 rps6,000,000 rpmUltra-high speed
1,000,000 rps60,000,000 rpmNanoscale rotor

Mental Math Tricks

× 60 exactly

rps × 60 = RPM. Exact.

Key anchors

1 rps = 60 RPM. 120 rps = 7,200 RPM.

Reverse

RPM ÷ 60 = rps.

Who Uses This Conversion?

Robotics Engineer

Specifies joint actuator speed in rps for precise robot motion planning.

Motor Control Engineer

Programs servo and stepper motors with speed targets in rps for accurate positioning.

Mechanical Engineer

Converts between rps and RPM for shaft speed calculations.

Gyroscope Designer

Specifies gyroscope rotor speed in rps for navigation and stabilization systems.

Physics Researcher

Uses rps in rotational dynamics calculations alongside angular velocity (rad/s).

Turbine Engineer

Calculates rotor speed in rps for gas and steam turbine efficiency analysis.

Frequently Asked Questions

About Revolutions/Second and RPM

Revolutions/Second (rps)

Revolutions per second (rps) is the rotational frequency equivalent of hertz for mechanical systems. Since one complete revolution per second = 1 Hz, rps and Hz are numerically identical for periodic motion, though rps implies mechanical rotation while Hz implies general oscillation.

RPS is used in precision mechanical engineering, robotics, and motor control where per-second rates are more convenient than per-minute. A hard drive at 7,200 RPM rotates at exactly 120 rps.

Interesting fact: The relationship rps = Hz is not coincidental — both describe one complete cycle per second. Angular velocity in rad/s = 2π × rps, connecting rotational mechanics directly to wave physics through the same fundamental concept of cyclic repetition.

RPM (rpm)

Revolutions per minute (RPM) measures rotational frequency — how many complete rotations an object makes per minute. It has been used in mechanical engineering since the early days of steam engines and remains standard for motors, engines, and rotating machinery worldwide.

RPM is ubiquitous in mechanical systems: car engines idle at 700–900 RPM and rev to 6,000–8,000 RPM; hard drives spin at 5,400–7,200 RPM; centrifuges reach 10,000–100,000 RPM; dental drills reach 300,000–400,000 RPM.

Interesting fact: The fastest spinning man-made object is a nanoscale rotor that achieved 60 billion RPM (1 GHz) in 2018. The Earth rotates at about 0.0007 RPM. A Formula 1 engine peaks at around 15,000 RPM.

About Revolutions/Second to RPM Conversion

Converting revolutions/second to rpm is essential across electronics, audio, radio communications, computing, and mechanical engineering. Frequency units span from sub-Hz seismic waves to THz optical signals — each discipline uses the scale most natural to its applications.

Quick reference: 10 rps = 600 rpm and 1,000 rps = 6e+04 rpm. Reverse: 1 rpm = 0.01667 rps. Exact factor: 1 rps = 60 rpm.

All conversions use IEEE 754 double-precision arithmetic, accurate to at least 8 significant figures.