Uploaded April 2026 | Updated September 2026, 2 weeks ago
Product Page: woodpeck.com/ott-fibonacci-gauge-2024.html?utm_source=youtube&utm_medium=product-video&utm_campaign=fibonacci-gauge-04-2026
Woodpeckers Fibonacci Gauges provide a quick and accurate way to layout projects according to the "Golden Ratio". When something looks “just right” take a minute to measure its dimensions. You’ll most likely find that the larger dimension is a bit more than one and a half times the smaller. In fact, if you grab a calculator, you’ll probably find that the ratio between the two dimensions is very close to 1:1.618. Mathematicians, philosophers, architects and designers have studied and embraced this ratio for over 2400 years. Called the “Golden Mean”, “Golden Ratio” and simply “Phi”, the ratio of 1:1.618 can be found throughout nature as well as throughout man-made art and architecture. Italian mathematician, Leonardo Fibonacci explained and documented the Golden Mean in the 13th Century. Now you can design within the Golden Mean without doing any math…just use the Fibonacci Gauge.
Product Page: woodpeck.com/ott-fibonacci-gauge-2024.html?utm_source=youtube&utm_medium=product-video&utm_campaign=fibonacci-gauge-04-2026
Woodpeckers Fibonacci Gauges provide a quick and accurate way to layout projects according to the "Golden Ratio". When something looks “just right” take a minute to measure its dimensions. You’ll most likely find that the larger dimension is a bit more than one and a half times the smaller. In fact, if you grab a calculator, you’ll probably find that the ratio between the two dimensions is very close to 1:1.618. Mathematicians, philosophers, architects and designers have studied and embraced this ratio for over 2400 years. Called the “Golden Mean”, “Golden Ratio” and simply “Phi”, the ratio of 1:1.618 can be found throughout nature as well as throughout man-made art and architecture. Italian mathematician, Leonardo Fibonacci explained and documented the Golden Mean in the 13th Century. Now you can design within the Golden Mean without doing any math…just use the Fibonacci Gauge.
