Mares Concorde Freediving Fins

Mares Concorde Freediving Fins

40/41
$179.99
Skip to product information
Mares Concorde Freediving Fins

Mares Concorde Freediving Fins

Full-foot freediving fins with a reactive technopolymer blade and progressive flex, suited to shallow and medium-depth spearfishing.

$179.99
Size

The Dive360 Take

The Concorde is a practical starting point for spearfishers and freedivers who want a flexible technopolymer blade. Mares positions it for shallow and medium-depth use, with progressive blade flex rather than a stiff, demanding feel.

Its moulded foot pocket and tapered side ribs support the blade through the kick. We’d recommend it when you want a complete fin setup without moving straight to specialist composite blades.

Use the dedicated Concorde size chart below. Your current size options run from EU 38/39 to 46/47; the chart matches those labels directly, helping avoid the confusion caused by using a different fin family’s sizing.

Size Guide

Mares • Concorde freediving fins

Swipe to see all measurements

Mares • Concorde freediving fins
Fin sizeEUUS¹UK
038 38–39 6–7 5–6
040 40–41 7–8 6.5–7.5
042 42–43 8.5–9.5 8–9
044 44–45 10–11 10–10.5
046 46–47 12–13 11.5–12

Dedicated Concorde chart using Mares published sizes; check pocket fit with any neoprene socks you intend to wear. ¹ US sizes as published by Mares.

The serious stuff
  • Mares model 420406 — Concorde
  • Technopolymer blade
  • Parabolic blade flex
  • Moulded full-foot pocket
  • Tapered side ribs for progressive flex
  • Blade-tip profile designed to limit side-to-side slipping
  • Existing green range: EU 38/39, 40/41, 42/43, 44/45 and 46/47
Why we like it

The progressive blade flex suits divers who prefer a responsive polymer fin to a stiffer specialist setup.

A dedicated size chart matches the actual Concorde range. Choosing fins is easier when the chart and the size selector agree.

Who we recommend it to

Spearfishers and freedivers looking for complete full-foot fins for shallow and medium-depth use, with a flexible technopolymer blade.