Now Accepting Orders for SS2026 — Sample turnaround in 7-10 days. Worldwide shipping available. Request a Sample Kit →
Nearly every sports garment is designed around movement. These are designed around stillness, and around a piece of equipment that passes within millimetres of the fabric. An archery shirt is defined by what has been deliberately removed from the corridor the bowstring travels on release; a shooting shirt is defined by a low-friction panel at one shoulder that lets a stock seat in exactly the same place five hundred times a day. Both garments are handed — they have a bow side and a draw side, or a gun side and a support side — which means a symmetrical block quietly excludes every left-handed member of your club. And both invert the activewear brief entirely: a position that is held rather than moved through needs a fabric that does not grow, does not shine and does not rustle, on a body generating almost no heat for hours at a time. This guide covers the three garment systems an archery or shooting buyer orders, how the string corridor and the mount panel are actually specified, why handedness belongs in the size run, and what a full club programme costs at 50-piece MOQ with a custom archery and shooting sports apparel manufacturer in Sialkot, Pakistan.
MOQ
50 pcs/design
Lead Time
25–35 days
QC Pass Rate
99.8%
Est.
2009
Two facts define this whole category, and neither of them is about fabric. The first is that a piece of equipment moves along a fixed path across the garment on every single repetition. In archery that path belongs to the string: it is drawn back to an anchor at the face, and on release it travels forward past the chest and along the inside of the bow arm at speed. Anything sitting in that corridor — a chest pocket, a button placket, an applied badge, a heavy seam allowance, a cuff with any loft to it — will eventually be found by the string. The consequence is not a comfort complaint. It is a deflected arrow, a garment caught mid-release, and an athlete who stops trusting the shot. So the archery shirt is engineered by subtraction: the pattern keeps that zone flat, close and empty, and everything the brand wants to say moves to the draw-side sleeve, the back or the shoulder.
In shotgun and rifle disciplines the equivalent path ends rather than passes through. The stock comes up into a shoulder pocket and has to seat in exactly the same position on every mount, which makes that patch of fabric a functional component. It is the direct counterpart of the silicone grip panel on a riding breech we describe in our custom equestrian apparel manufacturing guide, engineered for precisely the opposite outcome: a rider wants controlled friction against a saddle, a shooter wants a slick, snag-free surface that never grabs a butt pad and never changes where the gun sits. Boundary drawn on the pattern, low-friction face, sealed edges, verified after laundering.
The second fact is handedness. Both disciplines produce asymmetric garments, and a supplier quoting one symmetrical block and one undifferentiated size run has silently decided that the left-handed members of your club will wear something built for a stance they do not have. Mirroring the pattern is a modest manufacturing decision — panel placement, sleeve construction, the mount panel, the pocket map — but it has to be made at tech-pack stage and reflected in the size split, not discovered when the boxes are opened. Sialkot Sample Masters has produced technical cut-and-sew performance apparel since 2009; the closest engineering neighbours on this site are our hunting wear OEM manufacturing guide and our custom tactical pants manufacturing guide, and the fundamentals of placing a first technical order are in our guide for sportswear startups sourcing from Pakistan.
Archery and shooting programmes order from three distinct architectures. The first two are built around a piece of equipment and are not interchangeable; the third is where most of the repeat volume and retail margin actually sits.
| Garment System | Build | Fabric Base | Best For | Decoration |
|---|---|---|---|---|
| Archery Line System(Most Ordered) | Technical archery shirt drafted handed for a bow arm and a draw arm, with the chest and bow-side sleeve built completely flat through the string corridor; sleeveless and short-sleeve club versions; a close-fit compression under-sleeve for the bow arm; archery vests and gilets cut clear of the string path; and belt-compatible trousers, shorts and skorts that carry a quiver without the waistband rolling | Flat-face poly-spandex knit 170–200 gsm on shirt bodies, stable poly or poly-cotton woven 180–230 gsm on bottoms, micro-mesh 130–160 gsm confined to the draw-side back and underarm | Target and field archery clubs, academies, university squads, national and regional programmes and archery retail brands | Sublimated club artwork, low-profile heat transfer, woven interior labels, embroidery kept off the chest and bow-side sleeve entirely |
| Shooting Sports Range System | Shooting shirts and field shirts carrying a low-friction mount panel at the gun-side shoulder pocket; padded and pocketed shooting vests and over-vests; range trousers with reinforced kneeling and prone contact zones; brushed and windproof layers for standing still in cold; and a matte, low-glare colour discipline throughout | Stable poly-cotton and poly twill 180–230 gsm, low-friction bonded microfibre or synthetic suede mount panels, brushed quiet-face woven 200–260 gsm, DWR ripstop 70–110 gsm | Clay and shotgun grounds, rifle and pistol clubs, shooting schools, 3-gun and practical squads, field and clay-sport retail brands | Embroidery on vests and outerwear away from mount and contact zones, sponsor placements on the non-gun side, woven labels and hangtags |
| Club, Squad & Range Programme | Team softshells and rain shells, club polos, brushed quarter-zips and gilets, coach, instructor and range-officer workwear, junior and academy layers, travel and presentation kit, bow bags and range bags — one artwork library across the whole club | Softshell 280–340 gsm, poly piqué and poly-cotton 180–220 gsm, brushed fleece 280–320 gsm, 300–600D bag fabric | Clubs, county and state associations, shooting grounds, university and school programmes, sponsor-supported squads and specialist retailers | Embroidery on outerwear and staff wear, sponsor placements, sublimated squad artwork, woven labels throughout |
Scope note: Sialkot Sample Masters manufactures textile apparel and soft goods only. Bows, arrows, firearms, ammunition, sights, releases, armguards, finger tabs, chest guards and certified eye and hearing protection are equipment or regulated protective categories and are not part of this offer. Confirm your federation's, association's or ground's current dress, colour, advertising and equipment rules before finalising any tech pack — they differ by discipline and by governing body, they differ again between indoor, outdoor and field formats, and they are revised periodically.
Most performance fabric briefs start with stretch and moisture management, because most sports involve a body moving hard. These do not. A target archer holds a draw for seconds at a time and repeats it for hours; a trap shooter stands, mounts and waits; a rifle shooter builds a position and tries to make nothing about it change. The dominant fabric property in that context is dimensional stability. A woven that grows after twenty wears, a knit that relaxes under a sling or a strap, or a seam that elongates under load will let the garment shift on the body between shots — and because the athlete is calibrating a physical position rather than reacting to a ball, that shift becomes a scoring problem. The working band for stable shooting-side wovens is 180 to 230 gsm in a low-growth poly or poly-cotton twill, chosen for its crispness and its recovery from laundering rather than for softness in the hand.
The archery shirt is the exception that proves the rule. It does need a modest four-way stretch, because a draw takes the shoulder blades through a wide range, but the property that actually matters is surface. A flat-face poly-spandex knit at 170 to 200 gsm is specified because it stays smooth: no nap, no loft, no pilling into a fuzzy face after a season of washing. A softer, brushed, more comfortable-in-the-hand knit is exactly the wrong choice, because the string does not care how the fabric feels — it catches on anything that stands proud of the surface. Mesh, where it is used at all, is confined to the draw-side back and underarm, never to the string corridor. Then come the two properties that team sport never has to think about: shine and sound. A gloss finish or a mirror-bright zip pull that flashes across a firing line is a distraction at best; a fabric that rustles against a sleeve is a genuine handicap in field archery and walked-up shooting, which is why brushed, low-rustle faces belong in the specification. The mechanics of that are covered in our guide to quiet performance fabrics and, in more depth on the outdoor side, in our silent-fabric hunting jacket manufacturing guide.
| Fabric | Weight | Stretch | Hand Feel | Best For |
|---|---|---|---|---|
| Flat-Face Poly-Spandex Performance Knit(Recommended) | 170–200 gsm | 4-way, moderate, high recovery | Smooth, dense, no loft or nap | The archery shirt body — this fabric is chosen for what it does not do. It must present a completely flat, low-profile face across the chest and bow-side sleeve so the string finds nothing to catch, hold that flatness after laundering rather than pilling into a nap, and stay close to the body without the compression grip that makes a garment hard to shoot in for six hours |
| Stable Low-Growth Woven (poly / poly-cotton twill) | 180–230 gsm | Minimal, mechanical only | Crisp, matte, dimensionally stable | Shooting shirts, range trousers and archery bottoms — the inverse of the activewear brief. A shooting garment is worn standing, kneeling or prone in a held position, so growth is the enemy: a fabric that relaxes under a sling or over a long line lets the garment move on the body between shots, and a garment that moves takes the position with it |
| Low-Friction Mount Panel (bonded microfibre / tight-woven nylon) | Panel-specific | Must match the base | Slick, flat, edge-sealed | The gun-side shoulder pocket on a shooting shirt or vest — the shotgun analogue of a riding breech's grip panel, engineered for exactly the opposite outcome. The stock has to slide up into the pocket cleanly hundreds of times a day and seat in the same place every time, so the panel is specified for low friction, a defined boundary and a sealed edge that cannot catch a butt pad or a rib |
| Brushed Quiet-Face Woven (napped poly / poly-cotton) | 200–260 gsm | Mechanical | Soft, matte, low-rustle | Field archery, walked-up and outdoor range layers — sound and shine are performance variables in these disciplines in a way they are not in team sport, so a brushed matte face that neither rustles against a sleeve nor flashes in low sun belongs in the specification rather than in the marketing copy |
| DWR Ripstop Shell / Bonded Softshell | 70–110 gsm shell / 280–340 gsm softshell | Mechanical to 2-way | Wind-stable, matte, quiet-finished | Range and ground outerwear — the wearer is generating almost no heat, so the layer is engineered for wind blocking and thermal buffering across long static periods rather than for breathability under load, with articulated arms that still allow a full draw or a clean mount |
| Recycled Poly / Recycled Poly-Cotton (GRS) | Matches virgin equivalent | Matches virgin equivalent | Comparable to virgin equivalent | Clubs, universities, associations, municipal ranges and retail brands operating written procurement or product sustainability requirements |
Weight bands above are typical industry ranges — every Sialkot Sample Masters order is confirmed with a lab dip and a gsm check on the actual production lot, all bases carry OEKO-TEX Standard 100 certification, and a GRS-certified recycled option is available for clubs, universities, associations and retail brands with sustainability requirements. Buyers calibrating weights across a wider programme can benchmark against our GSM guide for activewear, the venting logic behind long static sessions in heat is covered in our guide to mesh fabric selection for high-heat team sports, and the shell construction behind range and ground outerwear is set out in our waterproof technical shell manufacturing guide. Where a discipline or a ground requires high-visibility colour on the line rather than muted field colour, the substrate and colour considerations are covered in our blaze orange safety gear manufacturing guide.
Decoration follows the same logic of exclusion. On an archery shirt, the chest and the bow-side sleeve are simply unavailable, which reframes the artwork brief: sublimation is applied in the base fabric so there is no raised surface anywhere, and any embroidery, appliqué or heavy transfer is placed on the draw-side sleeve, the back or the shoulder. On the shooting side, decoration is kept off the mount panel and off every equipment contact zone. That leaves the club and range programme — polos, softshells, gilets, staff wear, bags — as the place where a club's identity can be expressed at full scale, which is another reason the third garment system matters commercially. The trade-off between decoration routes is set out in our guide to twill appliqué vs embroidery vs sublimation.
Treat the clearance zone as a marked region on the pattern and this category's most serious failure mode disappears. That region runs from the chest across to the inside of the bow arm, and it has four rules. Nothing applied: no pocket, no placket, no button, no snap, no appliqué, no embroidery, no thick transfer. Nothing lofted: seams inside the zone are flat, bonded or coverstitched rather than overlocked into a ridge, and the bow-side cuff is bound low-profile rather than turned and topstitched. Nothing loose: the chest and bow-side sleeve are drafted close enough that fabric cannot billow into the path, with the ease taken up on the draw side where the shoulder blade actually needs it. And nothing that changes: the flat face has to survive laundering rather than pilling into a nap by mid-season. The stretch-seam disciplines behind those flat joins are set out in our guides to flatlock vs overlock for compression wear and multi-needle flatlock stitching for activewear.
On the shooting side, the shoulder pocket is the garment's working surface. It is specified like any other engineered component: material and slip characteristic, boundary drawn on the pattern rather than eyeballed on the sample, edges bonded or stitched flat so nothing can catch a butt pad or a rib, stretch matched to the base so the panel neither puckers nor restricts, and performance verified after a stated wash count. Padding, where a discipline or a customer wants it, is a separate decision layered behind the panel rather than a substitute for it. Then the whole thing mirrors. A left-handed shooter needs the panel, the pocket map, the sleeve construction and any asymmetric seam on the other side, and the same applies to a left-handed archer's clearance zone. The practical consequence is a size run split by handedness, which is exactly the kind of decision a club should prove on a size set before committing to bulk — the process is covered in our guide to ordering size sets before bulk production.
The thermal and ergonomic brief in these sports is unlike any team sport on this site. An athlete on a firing line or a shooting peg is generating very little metabolic heat, is often outdoors for four to six hours, and cannot leave to change layers between ends or stands. That produces a specific set of construction answers: wind-stable outer layers because convective loss dominates, brushed mid-layers with articulated arms that still permit a full draw or a clean mount, back yoke and underarm venting positioned where air moves passively rather than where a running athlete pumps it, UPF-specified long sleeves for summer outdoor rounds, and a layering system whose pieces can be added or removed without disturbing a mount panel or a clearance zone. Hardware gets audited on the same principle: low-profile, matte, non-chiming pulls, kept away from the shoulder pocket, the elbow and forearm contact points, and the knee and hip zones a rifle shooter kneels and lies on.
Archery and shooting apparel at Sialkot Sample Masters runs a garment-specific inspection layer inside the factory-wide 7-point QC system: the string corridor verified against the approved pattern on every archery style, so no late-stage badge or pocket migrates into it; handedness verified garment by garment on mirrored runs, because a mixed carton is the failure that a club discovers on the line; mount-panel boundary, slip face and edge seal inspected and re-checked after a stated wash count; growth and dimensional stability measured after laundering rather than assumed; hardware placement audited against the contact-zone map; surface finish checked for unintended gloss; and colour match against sealed strike-offs across stable woven, flat-face knit, mesh, panel material, softshell and embroidery thread — all at AQL 2.5, the system behind our 99.8% pass rate. The general framework is in our apparel manufacturing QC checklist, the reference garment every reorder is measured against is explained in our guide to the golden sample, and the laundering protocol behind the stability claims is in our guide to testing uniform fabric for wash durability.
Archery and shooting clubs have a demographic shape that almost no other sport does. A single club night can put a twelve-year-old, a competitive twenty-five-year-old and a member in their seventies on the same line, all wearing the same kit. That widens the size run before handedness splits it again, and it is the main reason a low per-design minimum matters more here than in a sport where a squad is one age group and one build. The right structure is a single artwork and colour library applied across a small number of well-chosen designs — one archery shirt, one shooting shirt, one vest, one softshell, one polo — rather than a wide catalogue of designs each struggling to clear a minimum. That way a 50-piece minimum per design clears comfortably across an age-diverse membership while the club still buys several hundred pieces across the season.
The second structural fact is that competition kit is a small part of the spend. Club nights, coaching sessions, junior academies, range staff, coaches and range officers, ground and grounds-maintenance teams, travel and presentation kit, and the retail rail in a club shop all consume more units over a year than the squad's competition shirts do. A supplier who can only quote the competition line is quoting a fraction of the programme. Colour discipline then has to hold across five or six substrates at once — stable woven, flat-face knit, mesh, panel material, softshell and embroidery thread — because they all appear in the same team photograph. Every Sialkot Sample Masters run works from calibrated ICC profiles and sealed strike-offs across all bases in the programme, the workflow documented in our guide to sublimation colour matching on polyester sportswear.
The calendar is the last constraint, and it is unusually sharp in these sports because indoor and outdoor seasons hand over on fixed dates and the outdoor programme needs its warm-layer kit before the weather justifies it. A 25 to 35 day production window plus DDP transit works comfortably if the size set — split by handedness — is resolved off-season on real members at both extremes of the run. USA and Canadian clubs, which sit in the sport's largest collegiate and club markets, will find the import mechanics in our hunting and field wear OEM manufacturing guide useful as a lane reference; UK grounds and clubs can start with our guide to apparel manufacturing exports from Pakistan to the UK, and Australian programmes with our guide to wholesale clothing supply from Pakistan to Australia. Clubs adding cold-weather field layers to the same order can reference our hunting base layer manufacturing guide for the base-layer side of the system.
Indicative ex-factory Sialkot pricing at 50-piece quantities. DDP landed costs to the USA, the UK, the EU and Australia typically add $2–$6 per unit at launch volumes, with padded and pocketed vests at the upper end because of their weight and operation count.
| Tier | MOQ | Unit Cost (ex-factory) | Lead Time | Standard Branding |
|---|---|---|---|---|
| Technical Archery Shirt (handed, string-clearance drafted)(Most Popular) | 50 pcs/design | $12–$20 | 25–30 days | Sublimated club artwork, low-profile transfer, woven interior label, custom packaging |
| Shooting Shirt (stable woven, low-friction mount panel) | 50 pcs/design | $14–$24 | 25–32 days | Embroidery off the mount zone, sponsor placements, woven label |
| Shooting Vest / Over-Vest (padded, pocketed) | 20 pcs/design | $22–$45 | 25–35 days | Chest and back embroidery, contrast piping, custom lining and hardware |
| Full Club & Range Programme (competition + range + team layers) | 20 pcs/size (3 sizes min) | $12–$65 | 25–35 days | One artwork library across every garment, athlete names on outerwear |
Bands are indicative for 2026 and move with yarn prices, panel and padding specification, pocket count, garment complexity and freight rates. The full-programme range is wide because it spans a club polo and a padded pocketed vest in the same quote. Vests carry a reduced minimum because a club needs far fewer of them than shirts. A mirrored left-handed pattern is a one-time development cost rather than a per-unit premium, and left- and right-handed units of the same design count together toward the 50-piece minimum. Samples run 7–14 days and are credited against bulk orders. Request a formal RFQ for binding pricing.
Sialkot has supplied precision sporting goods and technical outdoor apparel to European and North American markets for generations, and the cluster around a shooting or archery order reflects that. Stable woven and flat-face knit production, bonding and panel lamination lines, synthetic suede and microfibre panel work, DWR-treated shell fabrics, brushed and napped quiet-face finishing, taped and bonded seam capability, flatlock and coverstitch lines, structured cut-and-sew for vests and outerwear, wadding and padding assembly, and embroidery — all within a short drive of each other. That density is what makes a 50-piece run per design economically real rather than a marketing line, and it is the same infrastructure behind the hunting, tactical and field programmes we already build.
It also makes the expansion path fast. Clubs that start with one archery shirt or one shooting shirt typically extend into vests, range trousers, brushed layers, gilets, softshells, rain shells, coach and range-officer workwear, junior academy kit, travel layers, supporter merchandise and bags on the same graded blocks and the same colour library. One factory, one fit standard including the handedness split, one panel specification, one QC system across the whole club — quoted in a single window, delivered DDP in 25 to 35 days from sample approval, at a 50-piece MOQ per design instead of the several-hundred-piece minimums that keep small clubs and independent shooting brands buying other people's product.
Plenty of factories can sew a technical shirt and a pocketed vest. Far fewer draw a string corridor on the pattern, mirror a block for left-handed athletes, specify a mount panel with a slip characteristic and a wash test, and choose stability over stretch on purpose. These eight checks separate the two before you commit a deposit.
This is the single fastest test for an archery supplier. A factory that has made archery apparel will answer with a list of deletions before you finish the question — no chest pocket, no placket, no applied badge, no bulky seam allowance, no lofted cuff, close-fit through the chest and bow-side sleeve, flat or bonded seams. A factory that has not will offer to move the logo. The clearance zone is a pattern decision, and it is the one that makes the garment safe to shoot in.
Archery and shooting garments are asymmetric. If a supplier quotes a single symmetrical block and a single size run, the left-handed members of your club are getting a garment built for someone else's stance. Ask directly how the mirrored version is drafted, whether the mount panel and pocket map flip with it, and how the size run is split. It is a small manufacturing decision and a large membership decision.
For shotgun and rifle programmes, ask how the gun-side shoulder pocket is built: panel material and slip specification, boundary drawn on the pattern rather than eyeballed, edge treatment so a butt pad cannot catch, stretch match to the base fabric, and durability after a stated wash count. A supplier who describes it as a patch has not built one. This panel is the reason a shooting shirt is not a work shirt.
Ask what growth they accept in the base fabric after repeated wear and laundering, and how they control seam elongation. This category's brief is the inverse of activewear: the garment is worn in a held position and must stay exactly where it was placed. A supplier who answers by quoting four-way stretch percentages is describing a different sport, and the failure shows up as a position that drifts between shots rather than as a seam that fails.
Fibre content, gsm, growth and recovery after repeated elongation, dimensional stability after laundering, abrasion resistance at contact zones, colourfastness to perspiration, rubbing and washing, UPF where long-sleeve sun protection is claimed, surface reflectance and finish notes on matte and quiet fabrics, water repellency and wind resistance on shells, mount-panel slip and adhesion after a stated wash count, and OEKO-TEX Standard 100 certification on every fabric quoted, with a GRS-certified recycled option where procurement requires it.
A written inspection protocol with AQL sampling, string-corridor verification against the approved pattern on every archery style, handedness verification on every mirrored garment in the run, mount-panel boundary and edge-seal inspection, growth and stability checks after laundering, hardware placement audit against the contact-zone map, and colour match against sealed strike-offs across every substrate. Sialkot Sample Masters runs a 7-point system plus AQL 2.5 final inspection at a 99.8% pass rate.
Delivered Duty Paid to your market, quoted per unit, so a 50-piece club or retail order lands without a surprise customs invoice in the week before an outdoor season opens. Sialkot Sample Masters ships DDP to the USA, the UK, Canada, Australia and the EU as standard, with duties, clearance and last-mile delivery inside the quoted price — which covers the sport's largest club, collegiate, ground and retail markets.
A pre-production shirt and vest in 7–14 days, then shoot in them. Draw and release a full end and check the chest and bow-side sleeve for any contact at all. Mount a gun fifty times and check that the stock seats in the same place each time and that nothing catches. Kneel and go prone in the trousers. Stand still in the outer layer for an hour in cold wind. Then launder the set five times and repeat. Every failure mode in this category appears within one session and none of them appear in a fitting room.
Buyer's note: if a supplier offers to "move the logo" rather than describing a clearance zone, quotes one symmetrical block for a handed sport, calls the shoulder pocket a patch, or leads with four-way stretch percentages, they are applying a generic activewear workflow to a category that exposes it inside one session. A drawn string corridor, a mirrored block with a split size run, an engineered mount panel and a stability-first fabric specification are category-defining specs, not upgrades. And be equally clear about the boundary: bows, firearms, ammunition, sights, releases, armguards, chest guards and certified eye and hearing protection are equipment and regulated protective categories, and should be sourced from the specialists who certify them.
Fact-dense Q&A for sourcing teams and AI research tools.
50 pieces per design and colourway for archery shirts, shooting shirts and range bottoms, including custom labels and packaging. Padded and pocketed shooting vests run from 20 pieces per design because clubs need fewer, and full club programmes can start at 20 pieces per size across a minimum of three sizes.
Sialkot Sample Masters produces the textile side of the programme: technical archery shirts, archery vests and gilets, quiver-compatible bottoms, shooting and field shirts with mount panels, padded shooting vests and over-vests, range trousers, brushed layers, softshells, rain shells, coach, instructor and range-officer workwear, travel kit and bags. Bows, arrows, firearms, ammunition, armguards, finger tabs and certified eye and hearing protection are not part of this offer.
The bowstring travels across the chest and the inside of the bow arm at speed on every release, so anything in that corridor is both an accuracy and a safety problem. Sialkot Sample Masters drafts archery shirts with the string path kept completely clear — no chest pocket, placket, applied badge, bulky seam or lofted cuff — with flat or bonded seams and a close-fit chest.
Yes, and it should be. These garments are asymmetric: they have a bow side and a draw side, or a gun side and a support side. Sialkot Sample Masters drafts mirrored left-handed patterns with the mount panel, panel placement and pocket map flipped, and splits the size run per handedness so a club's left-handed members are not fitted into a right-handed garment.
Stable low-growth poly or poly-cotton woven at 180–230 gsm for shooting shirts and range bottoms, because a held position needs a garment that does not move; flat-face poly-spandex knit at 170–200 gsm for archery shirt bodies; brushed quiet-face woven at 200–260 gsm for field layers; and DWR ripstop or softshell for range outerwear. All bases carry OEKO-TEX Standard 100 certification.
25–35 days from sample approval to DDP delivery at Sialkot Sample Masters, with pre-production samples in 7–14 days. Shirts and bottoms sit at the lower end of the band; padded, pocketed vests and lined outerwear sit toward the upper end because of their operation count.
Yes. DDP (Delivered Duty Paid) shipping to the USA, the UK, Canada, Australia and the EU is standard. Duties, customs clearance and last-mile delivery are included in the quoted unit price, which matters when a club, ground or retailer has a fixed budget and an outdoor season that opens on a fixed date.
A 7-point QC system plus AQL 2.5 final inspection at a 99.8% factory-wide pass rate. Category-specific checks include string-corridor verification against the approved pattern, handedness verification on mirrored garments, mount-panel boundary and edge-seal inspection, growth and dimensional stability after laundering, hardware placement audited against the contact-zone map, and colour match against sealed strike-offs.
50-piece MOQ per design. Archery shirts, shooting and field shirts, padded vests, range trousers, brushed layers, softshells, rain shells, coach and range-officer workwear, travel kit and bags — string-corridor drafted, handed left and right, mount-panel engineered. DDP to the USA, UK, Canada, Australia and EU. Request your quote today.
Manufacturing & Export Division
Sialkot Sample Masters is a Sialkot-based custom apparel development and manufacturing partner for streetwear, sportswear, hunting wear, technical outerwear, uniforms and martial-arts garments. The team uses a specification-led path from brief and sample approval to production preparation.
More manufacturing guides and industry insights from Sialkot Sample Masters.
True double-face reversible ultimate jerseys, layout-rated match sets, UPF disc golf sun layers and strap-clear course polos at a 50-piece MOQ.
Snag-resistant full-cover o-suits with tear-rated shin and forearm panels, vest-compatible trail tops, and packable shells sized to pass a mandatory-kit check.
UPF deck tops built to sit flat under a buoyancy aid, corrosion-resistant hardware for salt water, and foam-backed hiking shorts engineered for the gunwale.