Chevron vs. Herringbone: The Layout Differences That Change Your Material Order

They look almost the same in a photo. Two zigzag patterns. Same V-shaped movement across the floor. Same Pinterest-worthy impact when they're done well.

So when people use "chevron" and "herringbone" interchangeably, in conversations, in search results, sometimes even in flooring shop descriptions, it makes sense. From a distance, the two patterns are easy to confuse.

But the moment you start planning the layout, the differences matter enormously. The tiles are different shapes. The cuts are different angles. The waste profiles are different. The way each pattern meets the walls is different. And a material estimate based on one pattern will be wrong if you're actually installing the other.

If you're choosing between these two, or if you've already chosen and you're about to order materials, this is what you need to know. Not which one looks better (that's your call), but how each one actually works on the floor. Because the layout decisions, the material count, and the install-day experience are more different than most people expect.

A lot of DIYers now map their chevron or herringbone layout on screen before ordering, just to see how the pattern lands in their room and how much material it actually needs. That's worth doing for either pattern, but especially for these two, where the wrong assumption about cuts and waste can throw your entire order off.

The Core Difference: How the Pieces Meet

This is the one thing that separates every other decision. Get this clear and the rest follows.

Herringbone uses standard rectangular tiles or planks, the same shape you'd use for a straight lay. The pieces are laid at 90-degree angles to each other, with the end of one piece butting against the side of the next. The zigzag forms because of how the rectangles interlock, not because of how they're cut.

Chevron uses pieces that have been cut (or manufactured) with angled ends, typically 45 degrees, though 60-degree chevron exists too. Instead of butting end-to-side, the pieces meet end-to-end along a clean diagonal line. That's what creates the sharp V-point that runs down the centre of the pattern.

Here's why this matters for your project:

With herringbone, you buy rectangular tiles and the pattern comes from how you arrange them. The tiles themselves are standard.

With chevron, the tiles are a different shape. Each piece has two angled ends. If you're buying manufactured chevron pieces, they come pre-cut. If you're cutting standard planks into chevron shapes yourself, every single piece needs two angled cuts before it's laid, and those cuts produce waste that herringbone doesn't generate at all.

What This Means for Cuts

Herringbone Cuts

In herringbone, the field tiles go down without any cutting. A standard rectangle, laid at 45 degrees to the wall, interlocking with its neighbours. The only cuts happen at the perimeter, where the pattern meets the walls.

And those perimeter cuts are significant. Because every tile sits at 45 degrees, every wall produces diagonal cuts. The offcuts are triangular, and triangles are hard to reuse. All four walls generate angled waste, not just two.

But here's the key point: the field is cut-free. Every tile in the interior of the layout goes down whole. The cutting only happens at the edges.

Chevron Cuts

Chevron is a different situation entirely.

If you're buying pre-manufactured chevron pieces (planks or tiles with the 45-degree ends already cut at the factory) then the field is also cut-free. You lay the pre-angled pieces point-to-point and the V forms naturally.

But if you're cutting chevron from standard rectangular planks, which many DIYers do to save money or because their preferred product doesn't come in a chevron format, every single piece needs two angled cuts. The left end and the right end both get trimmed to 45 degrees.

That means if your floor uses 120 pieces in the field, you're making 240 angled cuts before you even get to the perimeter. And each of those cuts produces a triangular offcut. Most of those triangles are too small and too oddly shaped to use anywhere.

Then you still have the perimeter cuts on top of that, and chevron's perimeter cuts are at least as complex as herringbone's.

What This Means for Waste

Here's where the numbers diverge most sharply, and where using the wrong pattern's estimate will cost you real money.

Herringbone Waste

Herringbone waste comes almost entirely from the perimeter. The field tiles are whole pieces. The waste is concentrated along the edges: diagonal cuts producing triangular offcuts, plus the sawtooth ramp-up rows at the start and end of the pattern.

Typical herringbone waste: 15 to 22 percent. That's high compared to a straight lay, but it's a known, manageable range, and almost all of it comes from boundary cuts. (For a deeper dive into where that waste goes, see our herringbone layout guide.)

Chevron Waste (Pre-Cut Pieces)

If you're using manufactured chevron tiles or planks, the field waste is similar to herringbone: essentially zero in the interior, with waste concentrated at the edges.

However, chevron's perimeter waste is often slightly higher than herringbone's. The reason is geometry: chevron's sharp V-point creates a more regular zigzag at the wall, but the angle of the cuts means the offcuts are longer and thinner, more like slivers than the chunky triangles herringbone produces. Slivers waste a higher proportion of each tile.

Typical chevron waste (pre-cut pieces): 16 to 24 percent. Slightly more than herringbone, mainly from the edge cut profile.

Chevron Waste (Cut From Standard Planks)

This is where it gets expensive.

If you're cutting chevron pieces from rectangular planks, you lose material twice: once when you trim the angled ends to create each chevron piece, and again when those pieces meet the walls.

The end-trimming waste depends on the angle and the plank dimensions, but it's significant. Each plank loses two triangular tips. On a narrow plank, those tips might represent 5 to 8 percent of the plank's area, and that's repeated on every single piece.

Add perimeter waste on top, and the total climbs quickly.

Why a Generic Calculator Gets Both Patterns Wrong

Here's the practical problem. Most online flooring calculators, the kind that ask for your room's square metres and spit out a tile count, treat all patterns roughly the same. Some let you select "herringbone" from a dropdown and add 15 or 20 percent. Very few distinguish between chevron and herringbone at all. And almost none account for the difference between pre-cut chevron pieces and chevron cut from standard planks.

That matters because the waste profiles are different enough to change your material order by multiple boxes.

If you're planning herringbone and the calculator assumes straight-lay waste, you'll under-order. If you're planning self-cut chevron and the calculator assumes herringbone waste, you'll still under-order, possibly by a lot. And if you're planning pre-cut chevron but the calculator doesn't know the pieces are pre-angled, it might over-estimate cuts and tell you to buy more than you need.

Which Pattern Is Right for You? (A Practical Comparison)

This isn't about which one looks better. That's personal taste and room context. This is about the practical trade-offs that affect your weekend, your budget, and your stress levels.

Choose herringbone if:

• You want the zigzag look with standard rectangular tiles or planks (no special products needed).
• You'd rather keep field cuts to zero and deal with waste only at the edges.
• You want a slightly lower waste percentage and a more forgiving install.
• Your tile or plank isn't available in a chevron format.

Choose chevron if:

• You want the sharper, cleaner V-point that chevron produces (the lines are crisper than herringbone's interlocking look).
• You can source pre-cut chevron pieces, which keeps field cuts at zero and waste manageable.
• You're comfortable with a higher waste percentage if cutting from standard planks.
• The room's geometry suits chevron's more directional visual flow (chevron draws the eye along the V-line more strongly than herringbone).

Think twice about self-cut chevron if:

• It's your first flooring project. Two hundred angled cuts is a lot of opportunities for mistakes.
• You don't have a mitre saw or sliding compound saw. Chevron angles are difficult to cut accurately with a standard tile cutter or jigsaw.
• Your budget is tight. The extra 10 to 15 percent waste adds up, especially on premium materials.

Neither pattern is harder to lay once the pieces are cut. The difference is in the cutting, and in how accurately you need to plan the layout before you start.

How to Plan Either Pattern Without Guessing

Whether you go with chevron or herringbone, the planning process is the same: see the layout on screen before you commit to a material order.

Enter your room dimensions and your tile or plank size into a tile layout planner. Pick the pattern. Set the joint width. Then look at what the layout shows you: where the cuts fall along the edges, how much waste the pattern generates, whether the V-point centres on the room's focal wall, and how wide the edge pieces are.

If you're doing self-cut chevron, the planner should show you the trimming waste from each piece on top of the perimeter waste, because that's where the numbers diverge from herringbone most dramatically.

If you're doing herringbone, the planner should show the sawtooth starter zone and track which perimeter triangles are large enough to reuse.

Either way, five minutes on screen gives you a material count based on your actual room, not on a generic percentage borrowed from the wrong pattern.

The Bottom Line: Same Zigzag, Very Different Maths

Chevron and herringbone are cousins, not twins. They share the V-shaped visual language, but the geometry under the surface is different, and that geometry drives your cuts, your waste, your material order, and your install experience.

Herringbone uses standard rectangular pieces, generates waste only at the perimeter, and typically wastes 15 to 22 percent. Chevron requires angled pieces (bought or self-cut), can generate waste both in the field and at the perimeter, and ranges from 16 percent with pre-cut pieces to 35 percent when cut from standard planks.

Knowing which pattern you're actually installing, and planning for its specific waste profile, is the difference between an order that's right and an order that's short. They deserve separate plans, separate calculations, and a calculator that knows the difference.

If you're weighing up chevron or herringbone, try mapping both layouts in a planner with your actual room dimensions. You'll see the waste difference for yourself, and you'll know exactly what each pattern costs in materials before you commit.