The Tecline Standard Carbon Backplate with carbon adapter is engineered for divers who demand maximum strength, minimal weight, and exceptional comfort in their backmount configuration. Made from high‑grade carbon fibre, this backplate delivers outstanding rigidity, corrosion resistance, and long‑term durability while remaining significantly lighter than traditional steel or aluminium plates.

Why Choose a Carbon Backplate?

Carbon fibre offers a unique combination of strength, lightness, and resistance to environmental stress, making it ideal for demanding dive conditions. Tecline’s carbon backplate is designed for divers who want streamlined performance without sacrificing stability or control.

• Ultra‑lightweight design — reduces travel weight and improves comfort
• High structural rigidity — maintains stable trim and cylinder control
• Corrosion‑proof material — ideal for saltwater and long‑term use
• Premium aesthetics — sleek, modern carbon finish

Key Features:

High‑Grade Carbon Fibre Construction

• The backplate is built from layered carbon fibre, offering an exceptional strength‑to‑weight ratio. It resists impact, flexing, and environmental degradation far better than metal alternatives.

Integrated Carbon Adapter

• The included carbon adapter enhances compatibility with wings, harnesses, and cylinder mounting systems. It ensures secure attachment and optimal load distribution across the diver’s back.

Streamlined Profile

• The plate’s ergonomic shape supports natural trim, reduces drag, and improves comfort during long dives or technical configurations.

Universal Mounting Points

• Compatible with standard backmount harness systems, bolt kits, and wing designs, making it suitable for both recreational and technical setups.

Built for Technical and Recreational Divers

The Tecline carbon backplate is ideal for:

• Backmount twinset diving
• Single‑tank wings
• Travel diving
• Cold‑water diving

Its lightweight construction makes it especially valuable for divers who travel frequently or need to minimise equipment weight without compromising performance.