How hockey sticks are made in India
Meerut district names hockey sticks in its One District One Product sports goods, and Jalandhar's district portal describes the city as a sports goods hub. NITI Aayog's 2026 report describes three methods. Wooden sticks, now mostly for training, are cut from mulberry or sheesham planks, carved and pressed, and the toe is bent with steam or heat before sanding, painting and gripping. Composite sticks are made by wrapping fibreglass or carbon sheets around a foam or wood core and moulding them under heat and pressure. Full-carbon match sticks use carbon prepreg, precise resin control and curing.
The report puts composite sticks at about 90% of output and notes that carbon fibre sheets and PU are almost all imported. It describes Indian makers as focused on mid-range sticks. For a buyer, that means two things to watch: the carbon content printed on the stick, which is hard to verify by eye, and the consistency of moulding, which shows up as voids, weak spots and sticks that break at the heel or shaft.
The FIH stick specification the inspector measures
| Item | FIH Rules of Hockey | How it is checked on site |
|---|---|---|
| Ring | With any coverings, the stick must pass through a ring with an interior diameter of 51 mm | Every sampled stick passed through a 51 mm ring gauge along its full length, grip included |
| Weight | Not more than 737 g | Weighed on a calibrated scale; also checked against the weight class printed on the stick |
| Length | Not more than 105 cm from the top of the handle to the bottom of the head | Measured flat against the size printed on the stick |
| Bow or rake | Smooth, along one side only, no deeper than 25 mm; the point of maximum bow at least 200 mm from the base of the head; no multiple curves | Stick laid playing side down; depth measured with a 25 mm gauge or feeler; position of maximum bow measured |
| Playing side | Flat on the left side only; one smooth deviation of up to 4 mm allowed | 53 mm straight edge and depth gauge across the face |
| Head and edges | J or U-shaped head; smooth, no sharp parts; no edge radius under 3 mm | Visual and touch check of head shape, edges and back |
| Materials | No metal or metallic components | Labels and bill of materials; magnet check on fittings |
These limits are the same in the Rules effective from 1 March 2026 and in the edition effective from 1 November 2026 for international play. The specification also limits ball speed off the stick to 98% of stick head speed; that is a laboratory test at an FIH-approved lab, not a site check.
Workmanship and composite checks
| Check | How it is checked | What fails |
|---|---|---|
| Voids and delamination | Shaft and head tapped with a coin or small hammer listening for dull spots; surface examined under raking light | Dull or hollow sound, bubbles, soft spots |
| Cracks | Heel, toe and shaft examined; stick flexed by hand against the sample | Hairline cracks in the paint at the heel, cracks across the fibre |
| Stiffness and balance | Balance point measured from the head; flex compared with the sample | Balance point or flex clearly different from the approved stick |
| Wooden sticks | Grain direction, splice or joint, toe bend and moisture | Short grain at the toe, open splice, damp wood |
| Grip and finish | Grip wrapped evenly and fixed at both ends; paint, graphics and lacquer | Grip loose or unravelling, paint chipped, graphics wrong |
| Labels | Length, weight class, bow type and carbon content claims against the order | Carbon percentage or bow type not as ordered |
Carbon percentage cannot be confirmed by eye. If it matters to your marketing, agree that one reference stick per lot may be cut, or send sealed sticks to a lab.
Common hockey stick defects and how they are classed
| Defect | Typical cause | Class |
|---|---|---|
| Crack in the shaft, heel or head | Moulding fault, damage in handling | Critical (stick can break in play) |
| Fails the 51 mm ring or bow over 25 mm on a stick sold as FIH-legal | Mould wear, too much grip, wrong bow template | Major |
| Weight over 737 g or outside the stated class | Resin-rich layup, core variation | Major |
| Voids or delamination found by tap test | Trapped air, poor pressure in moulding | Major |
| Carbon content or bow type not as labelled | Cost substitution, wrong mould | Major (false claim) |
| Grip loose at the end | Missing tape or adhesive | Minor |
| Paint chips, small graphic faults | Finishing | Minor |
Packing, transit and your purchase order
Composite sticks can be cracked in transit without any sign on the paint, especially at the toe. Sticks should travel in individual sleeves with the heads nested and padded, and cartons should not be packed so long sticks bend. The inspector checks sleeves, size and weight labels and barcodes against each stick. Wooden sticks need to be dry at packing so they do not warp in a hot container.
Put these in your purchase order:
- Length, weight class and the tolerance for each.
- Bow type and depth, and the position of maximum bow.
- Carbon, fibreglass and aramid content, and whether a reference stick may be cut.
- Head shape, grip type and colour.
- Whether every stick must meet the FIH specification, and the 51 mm ring check.
- Graphics, labels and packing method.
Hockey sticks are often made alongside cricket bats in the same clusters. Book an inspection in Jalandhar or anywhere in India.