Flying Geese cut and yardage plan
Plan method-specific Flying Geese cuts and fabric yardage from custom finished dimensions.
What this calculator answers
Flying Geese unit cuts vary by construction. The calculator keeps four-at-a-time precise, four-at-a-time extra-trim and stitch-and-flip methods distinct.
How to use it
- Enter finished goose width and height plus the required unit count.
- Select the construction and, for four-at-a-time, its precise or extra-trim size rule.
- Name goose and sky fabrics separately and enter each usable WOF.
- Review each fabric’s cuts, strip plan, theoretical yardage and optional purchase rounding.
Formula and variables
For four-at-a-time methods, each batch yields four units; the precise goose square is finished width + 1 1/4 in and each sky square is finished height + 7/8 in. The extra-trim option uses +1 1/2 and +1 1/8 in. Stitch-and-flip uses one rectangle and two sky squares per unit. WOF strips = ceiling(cut count ÷ floor(usable WOF ÷ cut width)); yards = strips × cut length ÷ 36.
- Goosefabric/cuts
- Large center triangle fabric role.
- Skyfabric/cuts
- Side triangle fabric role.
- Usable WOFin
- Measured cuttable width for that fabric.
Independent example
Twenty 4 × 2 in finished units, precise four-at-a-time method, 42 in usable WOF for both fabrics.
Five batches make 20 units. Goose: five 5.25 in squares fit in one WOF strip, 5.25 ÷ 36 = 0.1458 yd. Sky: 20 squares of 2.875 in fit 14 per strip, so two strips use 5.75 ÷ 36 = 0.1597 yd. Each rounds to 0.25 yd.
- 20 units from 5 batches
- 5 goose squares at 5.25 in
- 20 sky squares at 2.875 in
- 0.146 yd goose theory
- 0.160 yd sky theory
What the result means
A named no-waste method describes unit batching, not zero fabric waste. Fabric totals and purchase rounding stay separate by role.
Common questions
Does no-waste mean no scraps?
No. It names a four-units-per-batch construction; unused fabric between cuts is not eliminated.
Can I rotate cuts to improve yield?
The WOF plan uses the entered cut orientation and does not optimize rotated or mixed-size nesting.
Method notes and unresolved issues
Use measured usable dimensions and the construction method named on this page. Example inputs are optional and are not universal standards.