Most spinners use a Turkish drop spindle in suspended mode — hanging freely while twist builds in the fiber below. But Turkish spindles can also be used for supported spinning, where the tip rests on a smooth surface rather than hanging in the air. This makes them unusually versatile tools that can handle a much wider range of fibers and yarn weights than most spinners realize.
This guide explains what supported spinning is, how to use a Turkish drop spindle in supported mode, which fibers benefit most from the technique, and how it compares to suspended spinning.
What Is Supported Spinning?
Supported spinning means the spindle tip rests on a smooth surface — like a bowl, a plate, or the floor — rather than hanging freely from the yarn. In suspended spinning, the spindle's weight hangs below the fiber and provides downward tension that helps draft the fiber. In supported spinning, that weight is removed from the equation entirely. The spindle rests on a surface and rotates there, adding twist to the fiber without pulling down on it.
This distinction matters because downward tension is both helpful and limiting. It helps draft medium and heavy fibers efficiently, but it can break very fine or fragile fibers that can't support the spindle's weight. Supported spinning removes that limitation, making it possible to spin fibers and yarn weights that would be difficult or impossible to spin on a suspended spindle.
Why Turkish Drop Spindles Work Well for Supported Spinning
Not all spindles are equally suited to supported spinning. A spindle used in supported mode needs a tip that can rest stably on a surface and rotate smoothly without catching or wobbling. Turkish drop spindles are well suited to this because their low center of gravity and balanced crossed-arm design make them inherently stable. The same weight distribution that gives Turkish spindles a long, steady spin in suspended mode also makes them rotate smoothly when resting on a surface.
The crossed-arm design also means the turtle builds on the arms in exactly the same way regardless of spinning mode — so the center-pull yarn ball forms automatically whether you're spinning suspended or supported. Understanding how Turkish drop spindles work in suspended mode helps clarify what changes in supported mode. Learn more about why Turkish drop spindles spin so steadily and how their design supports both spinning modes.
What You Need for Supported Spinning
The setup for supported spinning is simple. You need a Turkish drop spindle, a smooth bowl or plate to rest the tip in, and prepared fiber. The bowl or plate should have a smooth interior surface that allows the spindle tip to rotate freely without catching. A ceramic or wooden bowl with a rounded interior works well. The surface should be stable — a bowl that slides around on the table will make spinning frustrating.
Some spinners use a dedicated supported spinning bowl, but any smooth bowl you have on hand will work for getting started. The spindle tip just needs to be able to rotate freely at the bottom of the bowl without the arms catching on the sides.
How to Use a Turkish Drop Spindle for Supported Spinning
- Place a smooth bowl or plate on a stable surface in front of you
- Rest the spindle tip in the bowl so the spindle stands upright with the arms above the rim
- Hold the fiber supply in your fiber hand above the spindle
- Spin the spindle with your fingers — a smooth clockwise spin works the same as in suspended mode
- Draft fiber while the spindle turns in the bowl, controlling thickness with your drafting hand
- Allow twist to travel up into the drafted fiber section
- Wind the yarn onto the spindle arms using the over-two under-one pattern and repeat
The main difference from suspended spinning is that you're spinning the spindle with your fingers rather than giving it a hanging flick, and you're managing the fiber supply above the spindle rather than below it. The drafting motion is the same — you're still controlling how much fiber enters the twist zone — but without the downward tension of the spindle's weight pulling on the fiber.
Best Fibers for Supported Spinning
Supported spinning is particularly well suited to fine, fragile, or short-staple fibers that might break under the downward tension of a suspended spindle. Very fine merino, cashmere, qiviut, and other luxury fibers are good candidates. Cotton and other short-staple plant fibers — which are traditionally spun on supported spindles in many cultures — also work well because their short fibers don't hold together as easily under tension.
Medium and heavier wool fibers can also be spun in supported mode, though they don't benefit from it as much as fine fibers do. The center-pull yarn ball still builds on the arms as you spin regardless of fiber type, so the finished yarn is ready to use when the spindle is full. See my guide on best fibers for Turkish drop spindle spinning for broader fiber selection advice.
Which Size Works Best for Supported Spinning?
Any Turkish spindle size can be used for supported spinning, but the right choice depends on the fiber and yarn weight you're spinning. The tip shape and overall balance matter more in supported mode than in suspended mode, because the spindle needs to rotate smoothly in the bowl rather than hang freely.
The Mini Turkish Drop Spindles are the lightest and most responsive, making them well suited to very fine yarn and delicate fibers where you want maximum control and minimal momentum. The Medium Turkish Drop Spindles are the most versatile and handle a wide range of fiber weights in supported mode. The Mega Turkish Drop Spindles carry the most momentum and work well for thicker yarn in supported mode, though their larger arms require a wider bowl. See my guide on Turkish drop spindle sizes explained for a full comparison of how size affects spinning behavior.
Supported vs Suspended Spinning
The two modes feel quite different in practice. Suspended spinning uses the spindle's weight as a drafting aid — the downward pull helps thin the fiber and keeps tension on the yarn as it forms. Supported spinning removes that tension entirely, which gives you more control over fine fiber but also requires more active management of the fiber supply since there's no downward pull to help draft.
Many spinners find suspended spinning more intuitive at first because the spindle's weight does some of the work for you. Supported spinning requires a slightly more active drafting technique but opens up fiber types and yarn weights that suspended spinning can't handle. The two modes complement each other well, and learning both makes you a more versatile spinner.
Controlling Yarn Thickness in Supported Mode
Supported spinning gives you more control over fine yarn because the spindle's weight isn't pulling on the fiber. Without downward tension, you have full control over how much fiber enters the twist zone at any moment — which makes it easier to spin very consistently thin singles. The trade-off is that you need to be more deliberate about drafting, since the tension that helps thin the fiber in suspended mode isn't present. See my guide on controlling yarn thickness on a Turkish drop spindle for technique guidance that applies to both modes.
Fiber Preparation for Supported Spinning
Well-prepared fiber is important in any spinning mode, but it matters especially in supported spinning where you're often working with fine or delicate fibers. Fiber that drafts smoothly and consistently is much easier to control without the assistance of downward tension. My handmade wool combs and handmade wool hackles help prepare fiber for smooth, consistent drafting in either spinning mode by aligning fibers so they flow evenly into the twist zone.
Getting Started
If you're new to Turkish drop spindles, start with my beginner's guide to spinning yarn on a Turkish drop spindle before trying supported spinning. Getting comfortable with the basic suspended spinning technique first makes the transition to supported mode much easier, because you'll already understand how the spindle behaves and how twist travels into the fiber.
Key Takeaways
- Supported spinning means the spindle tip rests on a smooth surface rather than hanging freely — removing the spindle's weight from the fiber entirely
- Turkish drop spindles work well for supported spinning because their low center of gravity and balanced design make them stable when resting on a surface
- The center-pull turtle builds on the arms in exactly the same way regardless of spinning mode
- Supported spinning is especially useful for very fine, fragile, or short-staple fibers that might break under a suspended spindle's downward tension
- Any Turkish spindle size can be used for supported spinning — Mini for fine yarn, Medium for versatility, Mega for thicker yarn
- Supported spinning gives more control over yarn thickness because there's no downward tension pulling on the fiber
- The main difference from suspended spinning is that you spin the spindle with your fingers in the bowl rather than giving it a hanging flick
- Well-prepared fiber is especially important in supported spinning — smooth, aligned fiber drafts more consistently without the assistance of downward tension
- Learning both suspended and supported spinning makes you a more versatile spinner and opens up a wider range of fibers and yarn weights
Frequently Asked Questions
What is supported spinning?
Supported spinning is a spinning technique where the spindle tip rests on a smooth surface — like a bowl or plate — rather than hanging freely from the yarn. In suspended spinning, the spindle's weight hangs below the fiber and provides downward tension that helps draft. In supported spinning, that weight is removed from the equation entirely. The spindle rotates on the surface, adding twist to the fiber without pulling down on it. This makes supported spinning particularly useful for fine, fragile, or short-staple fibers that might break under a suspended spindle's weight.
Can you use a Turkish drop spindle for supported spinning?
Yes — Turkish drop spindles work well for supported spinning because their low center of gravity and balanced crossed-arm design make them stable when resting on a surface. The same weight distribution that gives Turkish spindles a long, steady spin in suspended mode also makes them rotate smoothly in a bowl. The center-pull turtle builds on the arms in exactly the same way regardless of spinning mode, so the finished yarn is ready to use when the spindle is full.
What kind of bowl do I need for supported spinning?
Any smooth bowl or plate with a rounded interior that allows the spindle tip to rotate freely will work. Ceramic and wooden bowls with smooth interiors are popular choices. The bowl should be stable on the table — a bowl that slides around will make spinning frustrating. The interior needs to be smooth enough that the spindle tip can rotate without catching, and wide enough that the spindle arms don't catch on the rim. Many spinners use a dedicated supported spinning bowl, but any suitable bowl you have on hand works fine for getting started.
What fibers are best for supported spinning?
Supported spinning is particularly well suited to fine, fragile, or short-staple fibers that might break under the downward tension of a suspended spindle. Very fine merino, cashmere, qiviut, and other luxury fibers are good candidates. Cotton and other short-staple plant fibers — which are traditionally spun on supported spindles in many cultures — also work well. Medium and heavier wool fibers can be spun in supported mode too, though they benefit less from it than fine fibers do.
What's the difference between supported and suspended spinning?
The key difference is tension. In suspended spinning, the spindle hangs freely and its weight provides downward tension that helps draft the fiber. In supported spinning, the spindle rests on a surface and that downward tension is removed entirely. Suspended spinning is more intuitive for most beginners because the spindle's weight does some of the drafting work. Supported spinning requires more active fiber management but gives more control over fine yarn and opens up fiber types that suspended spinning can't handle easily.
Which Turkish spindle size is best for supported spinning?
It depends on the fiber and yarn weight. The Mini is the lightest and most responsive, making it well suited to very fine yarn and delicate fibers. The Medium is the most versatile and handles a wide range of fiber weights in supported mode. The Mega carries the most momentum and works well for thicker yarn, though its larger arms require a wider bowl. Any size can be used — the right choice depends on what you're spinning and how much momentum you want.
Is supported spinning harder than suspended spinning?
It's different rather than harder. Suspended spinning is more intuitive for most beginners because the spindle's weight provides downward tension that helps draft the fiber. Supported spinning requires more active management of the fiber supply since there's no downward pull to assist drafting. Most spinners find it easier to learn suspended spinning first and then transition to supported spinning once they're comfortable with how twist travels into fiber and how to control drafting. Once you understand both modes, switching between them becomes straightforward.
Is the drafting technique the same in supported mode?
The core drafting motion is the same — you're still controlling how much fiber enters the twist zone with your drafting hand. The main differences are that you're spinning the spindle with your fingers in the bowl rather than giving it a hanging flick, and you're managing the fiber supply above the spindle rather than below it. Without downward tension, you need to be slightly more deliberate about thinning the fiber since the tension that helps draft in suspended mode isn't present. The winding pattern for building the turtle is identical in both modes.
Does fiber preparation matter more for supported spinning?
Yes — well-prepared fiber is important in any spinning mode, but it matters especially in supported spinning where you're often working with fine or delicate fibers without the assistance of downward tension. Fiber that drafts smoothly and consistently is much easier to control when you're managing all the tension yourself. Combing or hackling fiber before spinning aligns the fibers so they flow evenly into the twist zone, which makes a noticeable difference in how consistently you can draft in supported mode.
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