Six brands, every current model, side by side — specs, court-position fit, and a condition-matcher built on the evidence-informed footwear Rx. Australian market.
Drop matters for load distribution: higher drop offloads the Achilles and calf; lower drop favours patellofemoral and forefoot strategies. Netball brands rarely publish drop, so dashed bars are independent lab measurements (RunRepeat) for the basketball models; "n/p" = not published.
Lighter shoes favour mid-court mileage and quick direction changes; more weight usually buys cushioning and structure for end-court jump-and-land loads. Most netball brands publish only descriptive weight, so solid bars are the few models with published grams (* = independent lab figure) and the band on the right places every model on a light → heavy scale from its build.
Select a lower-limb presentation to see the footwear features to seek and avoid, plus which models from the lineup best fit. Based on the @kadepatersonpod footwear Rx framework — general guidance, not a substitute for individual assessment.
adidas Netcourt is a brand-new line (SS26, adidas's first true netball range) — stack, drop and weight figures are not yet published.
Nike & PUMA are basketball shoes — a growing number of elite netballers wear them and they translate well to the court (light, responsive, excellent traction and court feel). The honest caveat: they're not designed for netball's specific stop-start friction, outdoor surfaces or medial ankle-eversion control, and haven't been biomechanically tested for netball. Their drop/stack figures are independent lab cut-tests (RunRepeat), not manufacturer specs. Note these are low-cut shoes — the high-top knee-loading caution (below) does not apply to them.
Elandr publishes marketing claims rather than measured specs; its standout is the built-in 3-point AnkleFort stabilisation system (no tape/braces needed).
ASICS & Mizuno disclose the most complete netball-specific data; figures shown are from manufacturer or AU retailer listings.
The research consensus on netball footwear, drawn from the Kirk PhD program (University of Wollongong, 2020–2024) and supporting biomechanics. General guidance — individual assessment and fit still matter more than any spec sheet.
Peak vertical landing force in netball — far above running's 2–3×. This is why midsole and insole cushioning matter (Steele & Milburn 1987).
Report at least one foot problem per season; 56.8% are currently in netball-caused foot pain, and 57.7% of those blame their shoes (Kirk 2022, n=2,925).
"Support" is the single most influential factor players weigh when choosing a shoe — above cushioning or looks (Kirk 2023b).
Width matters as much as length. If wide, seek D / 2E / 4E (running models from the same brand often offer widths netball models don't); if narrow, AA / A. Netball shoes typically come in only B (standard) and D (wide).
Five netball foot types (Kirk 2024b): extra long-and-wide · long-and-wide · flat · tapered · short-and-narrow. Identify your broad type and filter shoes accordingly.
Court shoes are tuned for netball's stop-start friction, harder outdoor surfaces and medial support that controls ankle eversion on landing — and sit lower than running shoes (Sinclair 2015; Kirk 2022).
Once the outsole tread is gone, the friction needed for safe deceleration goes with it — patchy grip indoors, slip risk outdoors (Lees 1984).
Male feet differ in shape, not just size (ball, heel, instep). Only one men's netball-specific shoe exists — built on a women's last, to EU 50.5 (US 15) (Kirk 2024a).
A specific caution: high-top basketball shoes increased peak knee internal rotation moment ~15% and didn't reliably restrict ankle ROM in cutting (Vanwanseele 2013; Greene 2014). This does not apply to the low-cut Nike/PUMA models above. Lace-up braces, by contrast, safely restrict ankle ROM without raising knee load.
The Shield was redesigned in 2025 as a direct outcome of Dr Maddison Kirk's research — a Wollongong PhD on netball foot morphology and player preferences, carried into a University of Melbourne / ASICS Oceania postdoctoral grant. It's one of the few shoes in any sport whose design changes were driven directly by peer-reviewed, player-derived biomechanics.
Kirk MM et al. (2022) Sports Med Open 8:103 · Kirk MM et al. (2023) Appl Ergon 113:104075 · Kirk MM et al. (2024) J Sports Sci 42:483 & Ergonomics 67:1481 · Sinclair J et al. (2015) Footwear Sci 7:31 · Vanwanseele B et al. (2013) JSAMS 17:511 · Greene AJ et al. (2014) BMC SSMR 6:42 · Steele & Milburn (1987) J Hum Mov Stud 13:399.