Hatch Lettering Baselines Explained: Free Line vs Fixed Line (and How to Stop Squished Text)

Understanding Baselines in Hatch Embroidery

Lettering that looks perfect on your screen can turn into a real-world headache when you try to stitch it on a physical garment—especially on a pocket, above a pocket, or a hat front. These are high-stakes zones where you don’t have unlimited horizontal room. If your design is 5 inches wide but your available space is 4.5 inches, you are setting yourself up for a needle break, a hoop collision, or a ruined garment.

In Hatch Embroidery, the baseline is the "shelf" your letters sit on. The baseline type you choose determines whether your text can grow wild and free, or if it must obey strict physical laws.

In this industry-standard guide, based on insights from OML Hatch educator Sue, we will move from software theory to production reality. We will use a visual reference rectangle to define boundaries, compare Free Line vs Fixed Line, and master the five crucial Fit text by adjusting modes so your lettering fits without looking like a train wreck.

What you’ll be able to do after this

• Predict Risk: Instantly spot when Free Line text will overflow your intended hoop area.
• Enforce Limits: Lock lettering to a specific width (e.g., 5.00 inches) using Fixed Line.
• Optimize Readability: Choose a fitting method that preserves legibility rather than blindly "cramming" letters.
• Simulate Reality: Use numeric baselines to mimic the constraints of physical hoops.

Why this matters beyond software

Software is forgiving; fabric is not. If your lettering is too wide for the physical object:

1. Placement Drift: You might stitch over a thick seam (hello, broken needles).
2. Hoop Collision: You might hit the edge of the frame.
3. Visual Fail: The text disappears into the armpit of a shirt.

In professional production, "Fixed Line" is your insurance policy against these failures.

The Problem with Free Line Lettering for Specific Areas

Sue starts by typing the phrase "Digitizing Made Easy." By default, Hatch uses Free Line. This means as you type, the baseline keeps stretching to the right.

What Free Line is good for

Free Line is excellent for "open canvas" projects—like the back of a jacket or a towel—where an extra inch of width doesn't matter.

What Free Line is risky for

If you are designing for a constrained area (pocket, cap, cuff), Free Line is dangerous. It lulls you into a false sense of security. You think the design fits, but you haven't checked it against the physical limit.

Sue demonstrates this visually by letting the text extend freely beyond a reference rectangle.

Pro tip from the comments (hidden tools)

The tools to fix this—Baselines and Fitting Modes—are often missed because they sit at the bottom of the Object Properties panel. You have to scroll down to find the gold.

How to Use Fixed Line for Hats and Pockets

Sue’s core move is the production standard: switch the baseline from Free Line to Fixed Line in Object Properties. This tells the software: "Do not exceed this width, no matter what I type."

Step 1 — Create a visual boundary (reference shape)

Don't guess. Draw the limit.

• Go to Digitize.
• Choose the Rectangle tool.
• Select an outline stitch (like Single Run) so it doesn't add bulk.
• Action: Click and drag to draw a box that represents your physical limit (e.g., the 4.5-inch width of a pocket).

Sensory Check: You should see a clear, thin outline that acts as your "do not cross" line.

Step 2 — Add lettering with Free Line (the "Before" state)

• Open Lettering.
• Type your phrase (e.g., "Digitizing Made Easy").
• Notice how the text ignores your rectangle.

Result: The text spills over the edge. If this were a real machine run, you'd be stitching onto the placket or off the fabric.

Step 3 — Switch to Fixed Line (The Solution)

• Select the lettering object.
• In Object Properties, under Baselines, select Fixed Line.

Result: The text instantly "snaps" to fit the baseline length. It might look compressed immediately—that is normal.

Warning: The "Bird Nest" Danger
When you force text into a short Fixed Line, Hatch compresses it. If the letters become too narrow (specifically, if column widths drop below 1mm), you risk thread breaks and "bird nesting" (a knot of thread under the fabric).
Safety Rule: Always zoom in to 100% (Press '1' on keyboard) to check if the satin columns look impossibly thin.

The "why" behind the squish (expert perspective)

When you cap the width, the software has to compromise somewhere. It creates a "width debt." It can pay this debt by:

1. Squishing space between letters.
2. Making letters skinnier.
3. Making letters shorter.

By default, Hatch often squishes spacing first, which looks terrible. This is why you must adjust the Fitting Modes.

Physical Workflow Integration

If you are planning to stitch this on a small area like a pocket, you are fighting two enemies: the limited width and the instability of the fabric. Even perfect software settings fail if the fabric shifts.

• Level 1 (Technique): Use "Fixed Line" to control the size.
• Level 2 (Tool Upgrade): For pockets, traditional round hoops often slip or leave "hoop burn" (ring marks). Professionals often switch to a pocket hoop for embroidery machine which uses a smaller, specific shape to hold distinct areas firmly without distorting the surrounding garment.

Exploring the 5 'Fit Text by Adjusting' Modes

Once you are in Fixed Line mode, scroll down to Fit text by adjusting. This is where you tell Hatch how to pay the "width debt."

Mode 1 — Space and Width (The "Sweet Spot")

Sue selects Space and Width.

• Logic: It reduces both the gap between letters and the width of the letters themselves evenly.
• Result: The text looks balanced. It doesn't look like it was crushed in a trash compactor.

Verdict: Start here. This is usually the most readable option.

Mode 2 — Space and Size

Sue selects Space and Size.

• Logic: It shrinks the entire letter (height and width) and the spacing.
• Result: The text gets physically smaller.

Safety Note: Be careful here. If your text was already small (e.g., 6mm high), shrinking it further might make it unreadable or cause the needle to chew a hole in the fabric.

Mode 3 — Space (The "Train Wreck")

Sue shows Space only.

• Logic: It keeps the letters full size but removes the air between them.
• Result: Letters collide and overlap.

Verdict: Avoid this for long phrases. It creates messy stitch build-up where letters overlap.

Mode 4 — Width

Sue selects Width.

• Logic: It keeps the original spacing and height, but makes the letters skinny (condensed).
• Result: It looks like a "Condensed" font style.

Verdict: Good for keeping height, but watch out for column widths becoming too thin for the needle.

Mode 5 — Size

Sue selects Size.

• Logic: It scales the whole design down proportionally.
• Result: It looks perfect, just smaller.

Commercial Context (Hats): Caps are unforgiving. A design that looks "okay" on screen often distorts on a curved cap frame due to the push/pull physical forces. Using "Size" or "Space and Width" is safer than "Space" (overlap) on hats. Furthermore, inconsistent registration on caps is often a hooping issue, not a digitizing one. Using a specialized cap hoop for embroidery machine ensures the centerline remains true, allowing your Fixed Line settings to align perfectly every time.

Step-by-Step: Creating a Fixed Width Logo

Sue finishes by demonstrating the workflow for precision sizing.

Prep (The Phase People Skip)

Before you touch the software, measure your reality.

Hidden Consumables & Physical Checks

• Ruler: Measure the actual usable space on the garment.
• Needle Check: Is your needle sharp? Text requires precision. A dull needle causes blurry text.
• Stabilizer: Have the right backing ready (Cutaway for knits, Tearaway for woven).

Warning: Industrial Safety
When moving from design to the machine, ensure your hands are clear of the hoop path. Modern machines move fast (800+ stitches per minute). Never try to adjust hoops into place while the machine is running.

Prep Checklist

• Measured the flat, usable width of the pocket/hat (subtracted 0.5" for safety margin).
• Created a reference rectangle in Hatch to match this width.
• Selected a font that is readable at the target size (avoid serif fonts for tiny text).

Step 4 — Set a numeric baseline length

Sue demonstrates precision control. Instead of guessing, she types 5.00 into the length field.

Result: The text reflows instantly to exactly 5 inches.

Step 5 — Adjust baseline length with the on-screen handle

For visual designers, Sue shows the "Yellow Handle" method. You can click and drag the end of the baseline line directly on the screen.

Sensory Anchor: Watch the numbers change in the toolbar as you drag. Stop when you hit your measured limit.

Step 6 — Simulate a tight placement (Hat Simulation)

Sue minimizes the boundary to simulate a hat front. The text looks cramped. She cycles through Fitting Modes to find a legible solution.

Expert Insight: On a hat, letters under 5mm high often disappear into the fabric texture. If Fixed Line forces your text below 5mm height, you need to change the phrase or pick a simpler font.

Setup (Repeatable Shop Workflow)

To make money or save time, you need a repeatable process.

1. Standardize widths: e.g., "Adult Left Chest = 3.8 inches."
2. Save Templates: Save your fixed-line setups as templates in Hatch.
3. Physical Consistency: If you are hooping many items, manual hooping causes fatigue and crooked text. A hooping station for machine embroidery allows you to clamp the hoop in a fixed position, ensuring your "Fixed Line" design lands straight on every single shirt.

Setup Checklist

• Baseline switched to Fixed Line.
• Length matches physical measurement.
• Tested "Space and Width" and "Size" modes.
• Zoom Check: Zoomed to 100% to check for thin columns.
• Path Check: Ensured no part of the design hits the hoop safety zone.

Decision Tree: Fabric vs. Stabilizer Selection

Your Fixed Line text will only look good if the foundation is solid.

• Scenario A: Stretchy Fabric (Polo shirt, T-shirt)
  • Risk: Pucker and distortion.
  • Stabilizer: Cutaway (Must use).
  • Suggestion: Use "Space and Width" mode to keep some air between letters, reducing the "pull" effect.
• Scenario B: Structured Hat (Baseball Cap)
  • Risk: Needle deflection, stiff seam.
  • Stabilizer: Heavy Tearaway or Cap Backing.
  • Suggestion: Use "Width" mode to keep height (for legibility) but narrow the footprint.
• Scenario C: Slippery/Thick Material (Jackets)
  • Risk: Hoop burn (ugly ring marks) and fabric slippage.
  • Stabilizer: Cutaway.
  • Tool Upgrade: Magnetic hoops are superior here. They hold thick material without forcing inner/outer rings together, preventing hoop burn.

Warning: Magnetic Safety
If you upgrade to magnetic embroidery hoop tools, be aware they use powerful Neodymium magnets. Pinch Hazard: Keep fingers clear when snapping them together. Health Warning: Users with pacemakers should maintain a safe distance as per the manufacturer's manual.

Operation Checklist (Final Flight Check)

• Rectangle guide deleted or set to "Non-Stitching."
• Stabilizer is hooped drum-tight (should sound like a drum tap).
• Machine speed set appropriately (slow down for small text—try 600 SPM).
• Correct needle installed (75/11 is standard, 65/9 for tiny text).

Troubleshooting

If things go wrong, use this hierarchy of repair (cheapest to most expensive).

Results

Sue’s lesson bridges the gap between digital design and physical production.

1. Free Line is for artistic freedom.
2. Fixed Line is for engineering constraints (pockets, hats, logos).
3. Fitting Modes are the secret to keeping Fixed Line text readable.

By forcing the software to respect your physical reality via Fixed Line, you eliminate the guesswork. When you combine this digital discipline with the right physical tools—like stable stabilizers and generic or brand-specific embroidery machine hoops—you transform from a hobbyist guessing the size to a pro who knows it will fit before the first stitch is sewn.