Mazda Miata ND fitted with the 66.5" Epsilon+ TC Wing, angled CAD render
Rear elevation of a Mazda Miata ND with the 66.5" TC Wing, showing the element extending past both rear fenders
Rear three-quarter view of the ND Miata running the 66.5" TC Wing
Side profile of the 66.5" TC Wing and its uprights above the ND Miata deck lid
Close-up of the 66.5" TC Wing endplate overhanging the ND Miata quarter panel
Epsilon+ Aerodynamics

TC Wing - Mazda Miata ND (Large)

Sale price$850.00
Mount Type: Bottom Mount

Complete TC Wing Kit — Mazda Miata ND (2016+), Large

The Mazda Miata ND TC Wing is a complete wing kit for the ND chassis in the Large configuration — wing element, endplates, mounting cradles, and the chassis-specific bases and uprights, all in one part number.

This is the maximum-downforce size, running a 66.5" span on the same 10.5" chord element. It puts more area in clean air than the Short, and it sits well outside a 500 sq in cap — if you need to meet one, run the ND Miata TC Wing (GLTC Short) instead.

Choose between a bottom mount (standard, lower profile) or a swan mount (raised, swan-neck style uprights).

Key Features

  • Direct-fit for the Mazda Miata ND (2016+) — bases and uprights designed around this chassis's mounting geometry.
  • 66.5" span — the wide element, for maximum downforce where wing area isn't capped.
  • Bottom mount or swan mount — pick the upright style that fits your car and class.
  • Complete kit — CFD-optimized TC wing element, endplates, mounting cradles, bases, and uprights.
  • No welding required — installs with a drill and rivets.

What's Included

  • ✅ Included: TC wing element, endplates, mounting cradles, bases, uprights, and mounting hardware matched to the ND chassis.
  • Only need the airfoil itself? The Universal TC Wing is sold separately.

TC Rules Disclaimer

TC RULES DISCLAIMER: at 10.5 × 66.5 this element is 698.25 sq in and will not meet a 500 sq in area cap. Please measure yourself and confirm your series' current rules before ordering.

This is a track/racing component. Confirm current WTCC/GLTC aero rules for your class before racing.

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