What is a fingerbreadth?

A fingerbreadth is an informal, non-standard length unit roughly equal to the width of an adult finger, commonly used for quick approximate measurements.

What does finger (cloth) refer to?

Finger (cloth) is a traditional, informal length unit used in tailoring and textiles, measured as the breadth of a human finger and used for small fabric increments.

Can I use this tool for precise measurements?

No, both fingerbreadth and finger (cloth) are approximate units and should not be used where exact precision is needed.

How to Convert from Fingerbreadth to Finger (cloth)?

Easily convert length measurements from fingerbreadth to finger (cloth) with this online tool designed for tailoring, garment fitting, and textile handcrafting applications.

Fingerbreadth

Finger (cloth)

Please check your input. It must be a valid numeric value.

Fingerbreadth to Finger (cloth) Conversion Table

Fingerbreadth	Finger (cloth)

Custom Unit Conversion Table Generator – Instant Printable Conversion Tables

Start Value

Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.

End Value

Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.

Interval

Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.

Fingerbreadth to Finger (cloth) Conversion Table
Fingerbreadth	Finger (cloth)

Explore More Length Units Converter

What Is This Tool?

This converter changes measurements from fingerbreadth, an informal length unit based on the width of a human finger, into finger (cloth), another traditional, non-standard unit used primarily in textiles and tailoring.

How to Use This Tool?

Enter the length value in fingerbreadths.
Select the target unit as finger (cloth).
Click the convert button to see the result in finger (cloth).

Key Features

Converts non-standard fingerbreadth units to finger (cloth) units for textile-related measurements
Simple interface for quick, informal length conversions
Useful for tailoring, garment fitting, and historical textile references
Browser-based and easy to access without installation

Examples

3 fingerbreadths equals 0.5 finger (cloth)
6 fingerbreadths equals 1 finger (cloth)

Common Use Cases

Quick rough measurements in tailoring or handcrafting textiles
Estimating small seam allowances or fabric spacing
Informal garment alterations and fittings
Describing measurements in historical textile trade records

Tips & Best Practices

Use conversions as approximate guidelines rather than precise measurements
Consider individual variations in finger size when applying measurements
Apply this tool mainly for tailoring, textile handiwork, and related informal contexts

Limitations

Units are informal and non-standardized with variable sizes
Not suitable for scientific or engineering precision requirements
Measurements should be treated as rough estimates due to personal size differences

Frequently Asked Questions

What is a fingerbreadth?: A fingerbreadth is an informal, non-standard length unit roughly equal to the width of an adult finger, commonly used for quick approximate measurements.
What does finger (cloth) refer to?: Finger (cloth) is a traditional, informal length unit used in tailoring and textiles, measured as the breadth of a human finger and used for small fabric increments.
Can I use this tool for precise measurements?: No, both fingerbreadth and finger (cloth) are approximate units and should not be used where exact precision is needed.

Key Terminology

Fingerbreadth: An informal, non-standard length unit based on the width of an adult finger, used for rough measurements.
Finger (cloth): A traditional informal length unit in textiles defined as the breadth of a human finger, used for small fabric measurements.

Quick Knowledge Check

What does the unit fingerbreadth represent?

A standardized metric length

An informal measurement of finger width

A unit for cloth thickness

In which field is finger (cloth) most commonly used?

Tailoring and textiles

Electrical engineering

Astronomical measurements

What is a key limitation of these units?

They are internationally standardized

They vary by individual and context

They are suitable for scientific precision

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