Every brand briefs a jogger. It is usually the second thing a founder asks us to make, right after the hoodie.

It is also the garment where the largest number of samples come back wrong.

Not wrong in an obvious way. Wrong in a way the founder can feel but can’t name.

The leg looks baggy in the photos but pinches at the knee when someone sits.

The waistband rolls over on itself by lunchtime. The cuff is crisp on sample day and loose as a sock after a month.

The pocket swallows a phone and then spits it out on the bus.

None of those are fabric problems. They are all construction problem decisions that happen in the pattern room and at the sewing line, long before anyone argues about GSM.

This guide walks through the whole build, in the order a factory actually builds it. Waistband and drawcord. Taper. Cuff. Pockets. Fabric. Decoration. Then the commercial reality: minimums, pricing logic, and lead time. It closes with a spec checklist you can lift straight into a tech pack.

Two things I use throughout, because naming a method is the fastest way to make a brand stop guessing:

The Taper Triangle (the three measurements that own the silhouette) and the Cuff Rebound Test (how we prove a rib will hold before we cut bulk).

Who this is for:

Brand founders and product managers briefing a jogger at a cut-and-sew factory.

If you are still choosing between silhouettes rather than building one, start with the bottoms style map: the 13 bottoms styles and when to use each.

If you want the commercial page instead, that’s our jogger and sweatpant manufacturing page.

Chapter 01

What actually defines a classic jogger?

 

A classic jogger has three non-negotiables. Elastic waist. Tapered leg. Cuffed ankle.

Remove any one of them, and you have a different garment. Remove the cuff, and it’s sweatpants.

Remove the taper, and it’s a lounge pant. Swap the knit for a woven shell with a side stripe, and it’s a track pant.

That sounds obvious. It stops being obvious the moment you brief a factory, because most tech packs say “jogger” and then describe something else in the measurement chart.

We receive briefs every month that ask for a jogger and then specify a 24 cm leg opening with no rib.

That is a tapered sweatpant. It will sew fine. It just won’t photograph like the reference image.

The three defining elements, in build terms:

Elastic waist. The waistband carries elastic inside a folded or attached band, usually with a drawcord for adjustability.

It is not a fixed woven waistband with a closure. This is what makes the jogger a pull-on garment and what makes size tolerance forgiving.

Tapered leg. The leg narrows from thigh to ankle. The taper is what creates the shape people recognize in a mirror.

A straight leg with a cuff reads as a track pant or a “cuffed sweat,” not a jogger.

Cuffed ankle. A rib knit cuff closes the hem and grips the ankle. The cuff is the signature.

It is also the first component to fail, which is why it gets its own chapter below.

Style baseline:

If you’re deciding where the jogger sits inside a wider bottoms range, our bottoms page lays out every silhouette we cut. For the jogger-against-sweatpant decision specifically, the jogger and sweatpant page puts all four leg treatments side by side with their leg openings.

Jogger vs. the garments it gets confused with:

Table 1: Construction differences, not marketing differences
Garment Hem Leg line Typical base fabric Waist
Classic jogger Rib cuff Tapered below the knee Fleece or French terry, knit Elastic + drawcord
Sweatpant Open hem or elastic casing Straight or mildly tapered Fleece, knit Elastic, cord optional
Track pants Open hem, often zipped Straight, side panel, or stripe Woven poly/tricot Elastic + cord
Cargo jogger Rib cuff Tapered, wider through the thigh Twill, ripstop, heavy terry Elastic + cord
Lounge pant Open hem Straight, relaxed Jersey, light terry Elastic

The rise decision comes first, not last:

Before taper, before fabric, you set the rise. Rise is the distance from the crotch seam to the top of the waistband, measured at the center front and center back.

Rise decides how the garment sits on the body, and everything downstream inherits that decision.

A low rise with a heavy fleece will drag the crotch down and kill your taper.

A high back rise with a short front rise gives you the relaxed streetwear stance most brands are actually after when they say “boxy.”

Three broad settings we cut:

  • Standard rise: balanced front and back, safest for a first range, and widest size tolerance.
  • Drop rise: extended crotch depth, gives the loose seat look. Costs fabric and demands a gusset if the drop is deep.
  • High back rise: back rise longer than front by roughly 2-4 cm. Prevents the waistband dipping when the wearer sits or squats.

Get the rise wrong, and you will spend three sample rounds chasing a “fit problem” that is actually a rise problem.

We keep rise blocks on file per customer, which is why our second sample round is usually faster than the first.

From the floor

Our shared jogger block runs a mid-rise as standard, adjusted to your spec. We cut all four leg treatments classic, tapered, wide-leg, and baggy from that one approved waist, which is why the second silhouette never needs a fresh fit round. Validate the rise once, and branch the leg afterwards. The full block is on the jogger and sweatpants page.

Chapter 02

Waistband and drawcord build:

 

The waistband is where comfort lives and where cheap joggers give themselves away.

A waistband that rolls, twists, or loses its grip after ten wears is not a fabric failure.

It is almost always one of four specification gaps: wrong elastic type, wrong elastic-to-waist ratio, no tacking, or a band height that fights the elastic width.

Choose the elastic before the band:

Three elastic constructions show up in jogger production. They behave differently and cost differently.

Table 2: Elastic constructions for jogger waistbands
Type Behavior Best for Watch out for
Knitted elastic Soft, narrows a little under tension, and comfortable against skin Enclosed casings, lighter fleece, comfort-led fits Lower recovery power; under-specified widths go slack early
Woven elastic Firm, high recovery, holds shape under load Heavy fleece, drop-rise styles, anything carrying phone weight in pockets Can feel stiff if the band height is too short for the width
Braided elastic Narrows noticeably when stretched Inside casings only Never expose the narrowing, which creates visible waves

For a standard fleece jogger, we default to woven elastic in the 35–50 mm band, with 40 mm as the house starting point on 400 gsm brushed fleece.

Below that range, the band loses authority on heavier weights. Above it, the band starts to look like activewear.

The elastic-to-waist ratio is the number people forget:

Elastic is cut shorter than the fabric waistband. That difference is what creates grip.

Cut the elastic too close to the finished waist measurement, and the band is decorative; it holds nothing.

Cut it too short, and the band gathers hard, the pant is a fight to pull on, and the grade breaks at the larger sizes.

The ratio is expressed as elastic length as a percentage of the finished waistband circumference.

It shifts with fabric weight and with elastic power. Heavy fleece needs more grip than light terry because there is more garment weight pulling down.

Spec the ratio in your tech pack. Do not leave it to the factory’s habit. It is one line, and it is the difference between a waistband that works across the whole size run and one that only works on the sample size.

Table 3: House elastic ratio starting points by fabric weight (confirmed on every proto)
Fabric weight Elastic ratio target Suggested elastic Grip result
320 gsm terry 92-95% Knitted, 35-40 mm Soft
400 gsm brushed fleece 88-92% Woven or knitted, 40 mm Balanced
450-500 gsm fleece 85-88% Woven, 40-50 mm Firm

Single-channel or two-channel:

A single-channel waistband holds the elastic and the drawcord in the same tunnel.

It is cheaper and faster. It is also why cords disappear into waistbands and why the band bunches unevenly.

A two-channel band separates them: elastic in one channel, cord in its own channel above or below. Each moves independently.

The cord pulls smoothly. The elastic keeps its own tension. It costs one extra stitching operation.

For anything premium, spec two channels. It is the cheapest upgrade on the entire garment, and customers feel it the first time they pull the cord.

Tacking: the five-second operation that prevents twist

Elastic inside a casing rotates. Once it rotates, the waistband looks like a rope and never recovers.

The fix is to tack the elastic to the fabric at fixed points: center back, both side seams, and either side of the drawcord exit. Four to six tacks. Seconds of machine time.

Ask any factory whether waistband tacking is in their SOP. The answer tells you a lot about the rest of the build.

Drawcord details that separate price tiers:

  • Exit method. Metal eyelets read as heritage and are durable. Buttonhole exits read cleaner and cost less in hardware but demand tidy stitching. Pick one deliberately; it is a visible brand cue.
  • Cord type. Flat cotton tape, round braided cord, or hollow cord. Flat tape sits flush and knots cleanly. Round cords suit a sportier build.
  • Cord tips. Metal aglets, heat-sealed ends, or molded tips. Metal tips are a small cost that lifts perceived value immediately.
  • Anti-pull-through. A bar-tack through the cord at the center back stops the cord vanishing into the casing in the wash. Customers never notice it until a competitor’s pant loses its cord.
  • Cord length. Spec the finished exposed length per size, not one length for the whole run. A cord graded to a single length looks short on 2XL and looks like a skipping rope on XS.
Deeper on this component

Our standard on every jogger is an elastic waist with a drawcord, finished with custom metal or silicone tips, and because all four leg cuts share one waist, you approve that waistband once rather than four times.

The shared build sheet is on the jogger and sweatpants page; the wider construction chapters sit in the streetwear manufacturing guide.

Chapter 03

Tapering the leg cleanly:  the silhouette that sells

Taper is the reason a jogger looks like a jogger in a product photo.

It is also the most misunderstood part of the brief.

Founders send a reference image and say, “Like this, but slimmer.” Slimmer where? Slim at the thigh with a wide knee reads as jodhpurs.

Slim at the ankle with a wide thigh reads as a carrot fit. Slim everywhere is a legging with a cuff.

Taper is not one measurement. It is a relationship between three.

The Taper Triangle

Three measurements own the entire silhouette of a jogger.

Lock them, and every other measurement follows.

Leave any one open, and the factory guesses, and the guess is what comes back in your sample box.

  1. Thigh width, measured flat at a fixed distance below the crotch seam. This sets how relaxed the pants read.
  2. Knee width, measured flat at a fixed distance below the crotch seam. This is the one almost every tech pack omits, and it is the one that controls whether the taper looks smooth or collapses into a cone.
  3. Leg opening before the cuff, measured flat at the hem edge, before the rib is attached. Not the cuff opening. The leg opening.

Give a factory all three plus the rise and the inseam, and you will get the silhouette you drew.

Give them thigh and cuff only, and you have handed the knee to whoever is drafting that day.

Why does the knee measurement matter more than the ankle?

The eye reads the leg line between the knee and ankle.

That is the stretch of fabric visible when someone stands normally.

If the knee is too wide relative to the leg opening, the fabric has to travel a long way in a short distance.

It collapses into diagonal folds above the cuff. That’s the “cone” look that makes a pair of pants read cheap even in good fabric.

If the knee is too narrow, the wearer can’t sit. The fabric pulls across the kneecap, and the taper is gone the moment they move.

The fix is a gradual line: a small reduction from thigh to knee and a larger reduction from knee to hem.

The taper should accelerate below the knee, not above it.

Where should the taper start?

Two schools, both valid, and you should choose on purpose:

  • Taper from the thigh. Slimmer overall, read. Reads athletic and modern. Less forgiving across body types; you will get more size complaints.
  • Taper from the knee. Relaxed through the seat and thigh, then a decisive narrowing. This is the classic streetwear read, and it fits a far wider range of bodies.

For a first production run, taper from the knee. Your return rate will thank you.

Grading the taper across the size run:

Here is where a lot of ranges quietly break. The thigh grades generously across sizes. The leg opening should not grade at the same rate.

Why? Because ankles do not scale with waists. A 2XL customer’s ankle is not proportionally larger than an XS customer’s ankle by the same factor as the waist.

If you apply a flat grade rule to the leg opening, your largest sizes end up with a slack, shapeless ankle, and your smallest sizes end up with a cuff nobody can get a foot through.

Spec a reduced grade increment on the leg opening relative to the thigh and waist.

Then confirm it by measuring the actual sewn samples at the two extreme sizes not just the middle size.

From the floor

We size-set every jogger at three points: smallest, sample size, largest, not just the base size. Our house leg openings on the classic block run about 15 cm at S and 16 cm at M, against 13/14 cm on the slimmer tapered cut and 26 / 27 cm on a wide-leg sweatpant. Every one of those is regraded to your tech pack, and bulk is inspected to AQL 2.5 against the approved PP sample.

Fit signature

Taper is one half of your brand’s fit signature; the other half is grading it the same way every season. For the graded body measurements, we start from before your chart overrides them; see the streetwear size guide.

Chapter 04

Ribbed cuff construction and recovery:

Ask a customer why they stopped wearing a pair of joggers.

A large share of the answers come down to one thing: the cuffs went loose.

That failure is entirely preventable. It is a specification problem, and it happens at four points:

The rib itself, the reduction ratio, the attachment method, and whether anyone washed it before bulk.

1. The rib:

Rib knit is a structure, not a material. The two you will see quoted are 1×1 and 2×2.

  • 1×1 rib is finer, flatter, and more elastic per unit width. Cleaner look. Common on lighter joggers.
  • 2×2 rib: deeper channels, bulkier, reads heavier, and more “premium streetwear.” Pairs naturally with heavier fleece.

The structure sets the look. The elastane content sets the life. A rib with no elastane relies entirely on yarn and knit structure for recovery, and cotton has poor recovery.

A small percentage of elastane in the rib is what brings the cuff back to shape after it has been stretched over a heel a few hundred times.

Specify the rib composition explicitly: fabric content, elastane percentage, and weight. “Matching rib” is not a specification. It is a hope.

2. The reduction ratio:

The cuff is cut shorter than the leg opening it attaches to. That difference is the grip.

Too little reduction and the cuff flaps. Too much and the cuff bites the ankle, the leg balloons above it, and the seam puckers.

This ratio also has to be sane across the grade, the same principle as the leg opening above. Spec it as a ratio, not a fixed measurement, so it scales.

Table 4: Cuff spec points to lock in the tech pack
Spec point What to state What goes wrong if you skip it
Rib structure 1×1 or 2×2 The factory defaults to whatever is in stock
Rib composition Fibre split + elastane % Zero-elastane rib, cuff dies in weeks
Rib weight GSM A flimsy cuff on a heavy pant is visually unbalanced
Cuff height Finished, folded The cuff is too short to hold; too tall, and it collapses
Reduction ratio Cuff length as % of leg opening Loose cuffs or puckered seams
Attachment Seam type + stitch Seam snaps under heel stretch
Bar tacks At the cuff/inseam junction First failure point in wear

3. Attachment:

The cuff seam takes the full load every time someone pulls the pant over a heel. It is a high-stress seam on a stretch component.

Two things matter. First, the seam has to stretch with the rib seam with less extension than the fabric will break before the fabric does.

Second, the junction where the cuff seam meets the inseam is a stress concentration point and should be bar-tacked.

Ask your factory to state the seam type and stitch class for the cuff attachment in the sample report.

If they can’t, that is your answer about whether it was chosen or inherited.

4. Prove it before you cut bulk:

Here is the part almost nobody does, and it costs almost nothing.

The textile industry already has published methods for exactly this problem. ASTM D2594/D2594M-21 covers knits with high stretch and good recovery from low tension:

It measures fabric stretch under a known load and fabric growth, the deformation left behind after an extension is applied and then removed.

Growth is the number that predicts a saggy cuff. Separately, AATCC’s dimensional change methods cover what happens after home laundering at fabric level (TM135) and garment level (TM150).

Those are lab methods, and they cost lab money. Most emerging brands will not run them on a first order. So we run a floor version.

The Cuff Rebound Test

A factory-floor stand-in for a growth test. It does not replace ASTM D2594 or AATCC TM150. It catches the failures those methods would have caught before you commit to bulk.

  1. Mark and measure. On a production-spec sample, measure the relaxed cuff opening flat. Record it. Photograph the ruler in the frame.
  2. Stretch cycle. Extend the cuff over a fixed former sized to a realistic heel circumference. Hold, release, and repeat for a set cycle count. Record the count; the count is the test.
  3. Rest. Let the cuff relax for a fixed recovery period. The rib recovers over time; measuring immediately flatters the result.
  4. Re-measure. Any increase over the original relaxed measurement is growth. Express it as a percentage.
  5. Wash and repeat. Run the sample through the agreed laundering cycles, then repeat steps 1-4. A cuff that passes dry and fails after wash is a rib composition problem, not a construction problem.
  6. Set a pass threshold in writing and put it in the tech pack. A test with no stated threshold is a theater.

Our house settings: 30 stretch cycles over a 24 cm former, a 30-minute rest, and a pass threshold of 5% growth or less.

Then five wash-and-dry cycles and a repeat. A cuff that grows more than 5% does not go to bulk.

From the floor

Naming the check is deliberate. We do the same across the factory a named check on a build sheet can’t quietly get skipped the way “check the cuff” can. The Cuff Rebound Test sits in the pre-production approval alongside the lab-dip sign-off, and nothing enters bulk until the PP sample clears both.

Deeper on this component

Rib is quoted as its own fabric line on your BOM, alongside the body fleece see fabrics and weights for what we hold. The wash test and the cuff rebound test both sit inside pre-production approval, which is step five of how an order moves through the factory.

Chapter 05

Pocket placement and depth:

 

Pockets are the quiet test of whether a jogger was designed or assembled.

They are also where cost gets cut invisibly.

A shallow bag, thin pocketing, and no bar-tacks will never show in a product photo.

They show up eight weeks later in customer emails.

The pocket types, and what each one signals

  • Side-seam pocket. The mouth sits in the side seam. Cleanest possible front. Cheapest to construct. The least secure mouth gapes when the wearer sits.
  • Angled slash pocket. The mouth is cut into the front panel at an angle. More secure and easier to reach, and the angle is a visible design cue. The streetwear default.
  • Back patch pocket. Applied to the outside. Adds a branding surface. Watch the placement, or it will read as workwear.
  • Back welt or zip pocket. Lifts the price tier immediately. Needs clean stitching, or it looks worse than having no back pocket.
  • Zip front pockets. Function plus a hardware cue. Costs the zip, the tape, and the operation.
  • Thigh cargo pocket. Moves the garment into cargo-jogger territory. Different pattern, different fabric consumption, different price.

Depth: the number of founders under-spec

Pocket depth is measured from the top of the mouth to the bottom of the bag.

The functional test is simple, and you can run it on any sample: put a phone in. Sit down. Stand up. Walk five steps.

If it migrates upward or falls out, the bag is too shallow, or the mouth is too open.

A phone is longer than most founders assume when they eyeball a bag on a flat table.

And a jogger, unlike a jean, has no rigid structure to hold the bag against the leg; a knit bag in a knit pant moves with the body.

Spec the depth. Spec it per size. And specify the mouth opening length separately, because a deep bag with a wide mouth is still a phone loser.

Bag fabric: the decision that changes the drape

Two options, and they are not equivalent.

Pocketing fabric: a separate lightweight woven or knit. Lighter, less bulk, and doesn’t drag the front panel. The usual choice for anything above entry price.

Self-fabric: the pocket bag cut from the same fleece as the garment. Looks premium when it works.

On a heavy fleece, it adds real weight to the front panel and can pull the drape down, especially on a drop-rise pattern.

If you spec self-fabric on a heavy fleece, shorten the bag, or the front will hang. That is a trade, not a rule.

Four details that stop pocket failures:

  1. Bar-tack both ends of the pocket mouth. This is where the pocket tears. Every time. It is a two-second operation.
  2. Anchor the bag. Tack the top of the pocket bag into the waistband seam or the front rise so it doesn’t swing free and turn inside out.
  3. Match the bag’s stretch to the shell. A rigid woven bag inside a stretch knit front will restrict the fabric and show as a visible flat patch when the wearer moves.
  4. Check placement against the taper. A slash pocket positioned for a wide-leg pattern will sit wrong on a tapered one. Placement is pattern-specific, not brand-wide.
Deeper on this component

Side-seam pockets are standard on our jogger block; back pockets are optional and quoted per placement, because every extra operation shows up on the making line of your quote. If you want a thigh cargo pocket instead, that’s a different pattern; see cargo pants.

Chapter 06

Fabric and GSM for joggers:

Fabric is the last chapter for a reason. If the waistband, taper, and cuff are specified properly, a mid-weight fabric will make a good pant.

If they aren’t, the best fleece in Pakistan won’t save it.

That said, fabric sets the price, the season, and the hand feel a customer judges in the first three seconds.

French terry vs. fleece:

Both are knit. The difference is the back face.

French terry has looped yarn on the inside face. Lighter, breathable, drapes softly, works year-round. The default for a premium-feeling jogger that isn’t a winter product.

Fleece is terry with the loops brushed open into a soft pile. Warmer, denser, more structured. Reads heavier on the body and holds a boxier shape.

Brushing costs weight and costs a process. It also changes how prints sit more on that in the next chapter.

Table 5: Our four stock fleece weights and what each does to a jogger
Construction Weight Reads as Season Taper behaviour
Terry 320 gsm Light, summer-friendly SS Taper holds, drapes close
Brushed-back fleece 400 gsm The safe premium middle All Most forgiving our default
Loopback 450 gsm Structured, drapes with weight AW Needs a firmer waistband
Heavy fleece 500 gsm Elevated, statement weight AW Heavier than ideal on a classic taper

For a classic jogger, 320-450 gsm is the working window. 400 gsm brushed is where most of our customers land.

Push to 500 gsm, and the pant starts fighting its own taper; that weight belongs on a wide-leg or baggy cut, where you want it to hang.

The full stock range sits on our streetwear fabrics page.

Fabric and yarn, not just GSM:

GSM alone tells you almost nothing about quality.

Two fabrics at the same weight can feel completely different.

  • Yarn type. Ring-spun yarn is smoother and stronger than open-end yarn at the same count. Combed and compact-spun yarns go further again. This is the single biggest driver of hand feel at a given weight.
  • Cotton/polyester split. More cotton means better hand and more shrinkage risk. More polyester means better shape retention, faster drying, lower cost, and a flatter hand. The split is a positioning decision, not a quality decision.
  • Elastane. A small percentage in the body fabric improves recovery at the knee and seat. It complicates cutting and adds cost.
  • Finishing. Compacting and pre-shrinking are what keep your sized garment sized after washing. An unfinished fabric will shrink in the customer’s machine, and your careful inseam grade goes with it.

Shrinkage is a specification, not a surprise:

Every knit moves in the wash. The question is whether you controlled it or discovered it.

Agree on a shrinkage tolerance with your factory in writing, on length and width.

Then confirm it on a washed sample before bulk, not after.

The relevant published methods are AATCC TM135 at fabric level and AATCC TM150 at garment level, both in their 2025 editions, and TM135 is related to ISO 3759.

The practical consequence for joggers is specific: shrinkage hits the inseam hardest, and the inseam is what sets where your cuff lands on the ankle.

A pant that shrinks 5% in length turns a clean ankle break into a high-water fit.

We garment-wash to pre-shrink before the garment ships, so the graded measurements survive the customer’s first laundry rather than discovering the shrinkage on their body.

Deeper on this component

Full fabric and GSM reference, including every stock weight we hold: streetwear fabrics and weights. All our knits are pre-shrunk before cutting.

Chapter 07

Decoration on joggers:

 

A jogger gives you four branding surfaces: thigh, hip, cuff area, and back.

Each behaves differently, and the fabric decides what will actually work.

Screen printing on fleece and terry:

Printing on a brushed fleece is not the same as printing on a smooth jersey.

The pile scatters the ink. A print that looks solid on a tee can look patchy on fleece.

Ways around it:

  • Print on the smoother face where the design allows.
  • Use an underbase and accept the extra ink layer.
  • Choose ink systems that sit on top of the pile rather than sinking into it; puff and high-density builds read well on fleece precisely because they sit proud of the surface.
  • Keep fine detail out of designs going onto heavy brushed fabric. Line weight below a certain threshold will break up.

Embroidery on stretch fabric:

Embroidery reads premium and lasts well.

It also fights knit fabric, because the hoop holds the fabric flat and the stitching locks it that way while the fabric wants to move.

Two consequences. First, you need appropriate backing:

A cut-away backing supports a stretch fabric far better than a tear-away, which leaves the stitching unsupported once removed.

Second, dense fills on a stretch knit will pucker. Keep embroidery on joggers relatively open: outlines, small logos, and text.

Placement matters more than on a hoodie. An embroidered logo sitting directly over the thigh muscle will distort every time the wearer’s leg flexes.

Placement rules that save reprints:

  1. Decide print-before-assembly vs. print-after-assembly. A graphic that crosses a seam must be printed on the cut panel before the pant is sewn. That changes the production sequence and the cost. Flag it in the brief, not at the sample review.
  2. Keep decoration clear of seams and bar-tacks. Ink over a seam cracks. Embroidery over a seam is a needle risk.
  3. Grade the placement. A thigh print placed at a fixed distance from the waistband on every size will sit at different points on different bodies. Grade the placement point, not just the artwork.
  4. Watch the cuff. Decoration close to the rib gets stretched every wear. Keep it above the cuff seam, not across it.
  5. Side branding runs along the outseam. Repeating tape, printed side stripe, or a woven tape inserted into the seam. The tape option is the cleanest and the most durable, because nothing is sitting on the surface.
From the floor

You approve a strike-off in your hands before bulk starts a run, or a photo doesn’t count as approval here.

On fleece, that rule matters more than on a tee, because the pile is what decides whether a print reads solid or patchy, and you can’t see pile in a mockup.

Standard branding on our jogger block: woven or heat-transfer waistband label, screen or DTG thigh print, flat or 3D puff embroidery, and custom metal or silicone drawcord tips.

Chapter 08

MOQ, pricing, and lead time:

This is the chapter most manufacturer guides leave vague. Here is the honest version.

What actually drives your minimum?

MOQ is not one number a factory invented to be difficult. It is the sum of several separate minimums, and the binding one is usually not the sewing line.

  • Fabric minimum per color. Knitting and dyeing run in batches. A dye lot has a floor. This is usually the real constraint, and it is per color, which is why five colors at low volume cost far more per unit than one color at the same total.
  • Rib minimum. A matching rib is a separate fabric with its own minimum. Brands forget this and then discover their five-color range needs five rib lots.
  • Trims: Custom drawcords, custom tipping, woven labels, and hardware each carry their own minimums and their own lead times.
  • Line efficiency. Every style change on a sewing line costs setup time. Small runs carry that cost across fewer units.

Our standing minimum on bottoms is 50 pieces per style, per colorway, with mixed sizes allowed inside a style, and the size split is set by you.

One qualifier worth knowing: a custom-dyed shade needs 300 pieces per color, so below that a stock shade saves you the dye cost outright.

Running several silhouettes in one dye lot shares the setup across them. Full detail on MOQ and pricing, and on how minimums are counted.

How is a jogger priced?

Ask for a price, and you get a number. Ask for a price breakdown, and you can actually negotiate. A jogger unit cost is built from:

Table 6: Cost components and what moves them
Component What it covers Biggest lever
Fabric Body fabric consumption × price GSM and fabric split; marker efficiency
Rib Cuff and any waistband rib Composition: whether it’s matched or stock
Trims Elastic, cord, tips, eyelets, labels, hangtags Custom vs. stock trims
CMT Cutting, making, and trimming the labor Operation count: pockets, channels, tacks
Decoration Print or embroidery per placement Color count, stitch count, panel vs. garment printing
Wash/finishing Any garment wash or softening Whether you need one at all
Packing Polybag, tissue, box, barcode Custom packaging adds a real cost per unit.
Sampling Pattern, sample rounds, courier Number of rounds usually driven by brief quality
Table 7: The volume ladder. Counted per style, across all its colorways and sizes
Quantity per style Indicative unit price
50-199 Base
200-599 −1%
600-999 −2%
1,000-1,999 −3%
2,000+ −4%

Two things worth knowing about the ladder. The sample fee comes off the bulk invoice once an order reaches 100 pieces.

And the tier you reach is kept on reorders and split runs, so a bestseller doesn’t fall back to base price next season.

The lever brands underestimate operation count.

A two-channel waistband, zip pockets, a back welt, and bar tacks everywhere is a different garment on the line than a single-channel pull-on with side-seam pockets.

Every operation is machine time. If a quote feels high, ask which operations are driving it before you ask for a discount; you may find one detail you don’t need.

Lead time, in the order it actually happens:

  1. Brief and costing. Fast if the tech pack is complete. Slow if it isn’t; see the checklist below.
  2. Quote and spec review. Within 24 hours, itemized. No tech pack needed to start; send a reference pair, and we reverse-engineer the pattern.
  3. Pattern and prototype sample. 7-10 days. You check the block, rise, and proportion on a real body rather than a flat drawing.
  4. Fit round(s). 7-10 days each. Most delays live here. Two rounds is normal; one is possible with a good brief; four means something wasn’t specified.
  5. Fabric and lab dips. Lab dips matched to your Pantone references during the fit round. Runs in parallel with sampling only if the fabric is confirmed early.
  6. Pre-production sample approval. 3-5 days. Every seam, trim, and label is locked, including the wash test and the cuff rebound test. Nothing enters bulk until you approve it.
  7. Bulk cutting and sewing. 18-30 days, roughly 4-6 weeks, including inspection.
  8. QC, packing, documentation. AQL 2.5 was inspected against your approved PP sample before folding, polybagging, and cartoning. Export documents prepared here.
  9. Freight. 5-12 days by air, 25-40 days by sea. Stock in hand is about 5-8 weeks by air and 8-12 weeks by sea.

The honest headline: total lead time is mostly a function of how many fit rounds you need.

Everything else is fairly fixed. That is why the checklist below exists. If you want the step-by-step version, it’s on how it works and sampling.

Chapter 09

The custom jogger spec checklist:

 

This is the list we wish arrived with every jogger brief. Fill it in, and your first sample will be close. Leave gaps, and the factory fills them for you.

Before you send the brief:

  • Reference images: front, back, and a shot of someone sitting in the pants
  • Size run confirmed, and sample size named
  • Rise setting chosen: standard, drop, or high back rise
  • Front rise and back rise measurements are stated separately
  • Inseam length stated and stated as finished after wash

The Taper Triangle:

  • Thigh width, flat, at a stated distance below the crotch seam
  • Knee width, flat, at a stated distance below the crotch seam
  • Leg opening before cuff attachment, flat
  • Grade increments stated separately for thigh and leg opening
  • Taper start point chosen: from thigh or from knee

Waistband and drawcord:

  • Elastic type: knitted, woven, or braided
  • Elastic width and the elastic-to-waist ratio
  • Band height, finished
  • Single channel or two-channel
  • Tacking points stated (center back, side seams, cord exits)
  • Cord exit method: eyelet or buttonhole
  • Cord type, width, tip type, and exposed length per size
  • Anti-pull-through bar tack specified

Cuff:

  • Rib structure: 1×1 or 2×2
  • Rib composition, including elastane percentage
  • Rib weight
  • Finished cuff height, folded
  • Reduction ratio against the leg opening
  • Seam type and stitch class for attachment
  • Bar-tack at the cuff/inseam junction
  • Cuff Rebound Test pass threshold stated in writing

Pockets:

  • Pocket types, front and back
  • Mouth opening length and angle
  • Bag depth, per size
  • Bag fabric: pocketing or self fabric
  • Bar-tacks at both mouth ends
  • Bag anchored to waistband or front rise

Fabric and finishing:

  • Construction: French terry or brushed fleece
  • GSM
  • Fabric split and yarn type
  • Elastane percentage, if any
  • Compacting / pre-shrink confirmed
  • Shrinkage tolerance agreed in writing, length, and width
  • Color references Pantone or physical lab dip, and lab dip approval named as a gate

Decoration and labelling:

  • Placement map with graded placement points
  • Method per placement: print type or embroidery
  • Panel print or garment print confirmed
  • Artwork supplied in vector, with color separations
  • Main label, care label, size label, and their positions
  • Care instructions and fabric content compliant for the destination market

Commercial:

  • Quantity per style and per colorway
  • Size ratio per colorway
  • Target landed cost stated up front
  • Delivery date and whether it’s ex-factory or delivered
  • Packing specification
  • Inspection standard and who performs it

Missing some of it?

Send what you have. A reference pair and a target quantity are enough to start; we reverse-engineer the pattern and quote within 24 hours. Send the brief here.

Close

The three things worth arguing about:

If you take nothing else from this guide, take these.

One. Specify the knee. The taper triangle is thigh, knee, and leg opening, and the knee is the measurement almost every brief drops. It is the one that decides whether your silhouette reads clean or collapses.

Two. Specify the rib composition and prove it. A cuff with no elastane will look perfect on sample day and fail within a season. Run the cuff rebound test, write down a pass threshold, and make it a gate before bulk.

Three. Specify the elastic ratio, not just the elastic. Grip is a ratio. A band with the right elastic and the wrong ratio is a band that rolls.

Everything else on this page is refinement. Those three are the difference between a jogger that sells through and one that gets marked down.

If you’re building a bottoms range and want a second opinion on a brief before you send it to anyone, send it over. We read tech packs all day.

Questions we get asked most

The cuff and the taper. A jogger has a rib-knit cuff at the ankle and a leg that narrows toward it.

A sweatpant typically has an open hem or an elastic casing and a straighter leg.

Same fabric family, different pattern, and different finish at the hem. All four leg treatments, with their leg openings side by side, are on the jogger and sweatpant page.

Almost always one of three causes: a rib with no elastane content, too little reduction between the cuff and the leg opening, or a seam that can’t stretch as far as the rib it’s holding.

All three are specification choices. Specify rib composition and reduction ratio in the tech pack, and run a growth test on a production-spec sample before bulk.

Mid-weight terry or light fleece is the most forgiving starting point and works year-round.

Go heavier for autumn/winter and a more structured look; go lighter for summer and a closer drape.

But GSM on its own doesn’t determine quality, yarn type and fabric split affect the hand feel at least as much as weight does.

Pocketing for anything above the entry price on a heavier fleece. Self-fabric bags look premium but add weight to the front panel and can drag the drape, particularly on a drop-rise pattern. If you want self-fabric on a heavy weight, shorten the bag to compensate.

Yes, but it has to be printed on the flat panel before the panel is assembled. That changes the production sequence and the cost, so it needs to be flagged in the original brief rather than raised at sample review.

Two is normal. One is achievable when the brief includes a full measurement chart, graded placement points, and stated tolerances.

Four or more usually means something was left unspecified, and each round is discovering it. The checklist above is written to collapse that number.

From the BOTTOMS manual

This is one chapter of The Complete Bottoms Manufacturing Guides:

These chapters cover taking a Bottoms brand from idea to shipped units, costing, sourcing, tech packs, QC, freight, and launch comparisons. All written from the Sialkot factory floor of Gibben Clothing.

Open The Full Bottoms Guides

On the floor · Sialkot

Written by

Faizan Ahmad

Chief Apparel Technologist & Head of Manufacturing, Gibben Clothing · Sialkot, Pakistan

Faizan leads production at Gibben Clothing, a cut-and-sew streetwear manufacturer in Sialkot, with 8+ years turning raw yarn into retail-ready hoodies, tees, bottoms, jackets, tracksuits, and headwear. He doesn’t just write about clothing; he works the floor, so every guide here is grounded in real fabric behavior, QC standards, and production data from live runs.