Baseplate Brass T-Nut M8

SKU: UF600000024
Sale price€4,95 EUR
In stock
Description

Essential baseplate mounting hardware designed for secure board connection.

This M8 T-nut is manufactured from durable brass to resist corrosion in marine environments. Features an inverted T-shape for optimal fit in standard mast tracks.

Compatible with all major windsurf board brands and Unifiber baseplates using M8 bolts.

 

Warranty

We build gear to last — and we back it up.

  • Year 1 — Unconditional: Full coverage, no questions asked. Any issue, we make it right.
  • Year 2 — Conditional: Continued coverage against manufacturing defects.

Hold onto your proof of purchase. If you need us, we're here.

Submit a warranty claim

For warranty claims on products purchased from a retailer, please contact the store where you bought the product. They will coordinate with us to resolve any issues under warranty. Find a dealer

Baseplate Brass T-Nut M8 €4,95

Specifications · Baseplate Brass T-Nut M8

Weight

Weight
0.01 kg

Specifications shown for the standard configuration. Variants may differ.

Expert Advice

Windsurfing Baseplate FAQs

When it comes to windsurfing, the baseplate is often underestimated as just a simple connection point between the board and the rig.

The baseplate is a sophisticated component of your windsurfing setup, serving as the critical link in your entire system. It plays a vital role in power transmission, shock absorption, and responsiveness to sailing conditions.

Choosing the right baseplate can significantly impact your windsurfing performance, safety, and overall experience.

This FAQ aims to provide you with the necessary information to help you choose the perfect baseplate for your riding style and conditions.

UF Baseplate Tendon Joint Elite 2024 Tarifa FLT 3446

Unifiber Baseplates: Engineered for Reliability

Built to Last

Our commitment to excellence shows in every baseplate we make.

From premium materials to precision-engineered joints, each component undergoes extensive testing to ensure flawless performance in demanding conditions.

Learn More