Enter radius and height, then click Calculate to get volume, surface area, base area, and lateral area.
The four core outputs are shown here for quick viewing.
Cylinder volume equals base area times height. Since base area is πr², volume is V = πr²h.
Surface area includes two circular bases and one lateral face, so S = 2πr² + 2πrh = 2πr(r+h).
Cylinders appear in containers, pipes, mechanical parts, and many geometry problems. With radius and height, multiple practical outputs can be computed directly.
This page returns four values together: volume, surface area, base area, and lateral area. It is useful when you need more than just one metric.
Volume helps with capacity estimates, while area outputs help with coating, wrapping, and material calculations.
Keep units consistent. If radius and height use cm, area outputs are cm² and volume output is cm³.
V = πr²h.
S = 2πr² + 2πrh = 2πr(r+h).
Base area A = πr².
Lateral area L = 2πrh.
Yes, decimal values are supported.
No. Both values must be greater than 0.
Mixed units lead to incorrect area and volume values.
To avoid accidental edits and make copying easier.
Students, teachers, engineers, designers, and manufacturers.
Yes, the volume output is useful for cylindrical container estimates.
Enter radius and height once to get four geometry results together.
Scan the QR code to use this tool on mobile.