Engineered Carbon Composite Solutions for Integrated Defence Systems.

We collaborate with defence engineers and system designers to deliver stronger, lighter, and more durable solutions - purpose-built for seamless integration into advanced land, maritime, aerospace, and space systems.

Industries
MarineDefence

With 28+ years experience in carbon fibre composites, C-Tech is trusted by the world’s top to deliver strength, precision, and performance in the harshest conditions. It’s not just what we do — it’s who we are.

Trusted by leaders in

defence, space and marine.

Proven where performance matters most.

From the America’s Cup to space and integrated defence systems, our composite solutions are engineered to meet mission-critical demands - delivering reliability, performance, and innovation trusted by leading defence integrators and system architects.

25
+ years

Of experience in high-performance composite manufacturing.

1000
+ clients

Across aerospace, America’s Cup, and space exploration.

0.05
mm±

We are comfortable working in microns and can meet tolerances from as small as 0.05mm.

Why defence Teams Choose C-Tech

From problem - to integrated system solution.

We partner with defence engineers and system architects to solve complex challenges in delivering integrated capability systems.

From concept validation and prototyping through composite layup optimisation and operational field support during deployment, our engineering team provides hands-on expertise across the full system lifecycle.

End-to-end support for technical teams

From problem — to integrated system solution.

We partner with defence engineers and system architects to solve complex challenges in delivering integrated capability systems.

From concept validation and prototyping through composite layup optimisation and operational field support during deployment, our engineering team provides hands-on expertise across the full system lifecycle.

Concept

Idea consultation stage

Design

Converting concept into design with CAD/Technical drawings

Prototype

Build, test & refine prototype

Production

Finalised part production

Fit-out

Machining, fitout and detailing

Delivery

QC checked and delivered

Our Defence Solutions

Example of Carbon

Composite Applications.

We engineer mission-critical carbon fibre components for modern defence platforms, delivering the strength, durability, and weight efficiency required across land, maritime, aerospace, and space domains. Designed to meet domain-specific threat environments, our composite solutions support modular integration, rapid deployment, and performance under operational stress.

Advantages of Carbon Composites

How carbon enables better

solutions for defence.

Carbon fibre outperforms traditional materials where it counts. Our composites deliver superior strength, reduced weight, and enhanced resilience — engineered for the rigours of operational defence environments.

Up to 70% lighter than metal alternatives — engineered to stand up to required strength.
Whether you're looking for increased strength, stiffness or specific bend characteristics we can create optimised custom laminates to deliver your requirements.
We understand composites and how they work and process them in the most advanced way. We blend the best of composite materials to stand up to design requirements whether it is corrosion, applied loads or deflections.
From concept to part in record time. Our agile production model supports rapid development cycles — perfect for early-stage defence innovation.
C-Tech has come from a different heritgae of precise engineering. We set ourselves apart by paying attention to tolerances, fits and production repeatability.
Tailored layups. Localised reinforcement. FEA-optimised designs. All built to spec and ready to integrate.
End-to-end traceability and defence-grade compliance. ITAR-aligned. ISO9001 on the way.
We use the most advanced composite processing methods to ensure the best quality. Including design, CAD, FEA, autoclave curing, CNC machining, ultrasound testing.
Why defence Teams Choose C-Tech

Advanced Composite Engineering for

Performance in the Field.

Engineered for Harsh Environments

Every component is designed to withstand corrosion, water ingress, fatigue, and mechanical stress — delivering long-term reliability in the harshest operating conditions.

Precision Solutions, Purpose-Built

We collaborate directly with defence engineers to develop lightweight, high-strength components tailored to your platform or system — optimised for integration, modularity, and field maintainability.

Proven in Demanding Applications

Our technology is trusted in high-performance environments where failure is not an option — from space and naval operations to expeditionary and remote deployment scenarios.

Agile Development, Defence-Aligned

Our streamlined engineering and manufacturing processes allow us to rapidly respond to shifting requirements — supporting compressed development timelines and fast delivery with zero compromise on performance.

Built-In Quality and Traceability

We apply aerospace-grade quality systems to every project, ensuring consistent performance, full traceability, and robust documentation — with ISO 9001 certification underway and expected mid-2025.

SlickJS Slider Instructions

Step 1: Add head and body code to page settings.
In the Navigator, find the embedded code blocksHead Code (Delete After Copying) and Body Code (Delete After Copying)

Open the Head Code (Delete After Copying) embed, copy the code and place it in the Inside <head> tag custom code section of the page settings.

Open the Body Code (Delete After Copying) embed, copy the code and place it in the Before </body> tag custom code section of the page settings.
Step 2: Connect CMS Collection to Slider (Optional)
Find the div block with class .slider06_component and add a Collection List inside of it.

Add the combo class slider06_wrapper slider-wrapperto the Collection List Wrapper

Add the combo class slider06_list slider-listto the Collection List

Add the combo class slider06_item slider-item the Collection Item

Find the existing div block with class .slider06_wrapper and delete it. (Your CMS Collection List now replaces this)
Step 3: Renaming Classes
We recommend to use {Finsweet Folders from the {Finsweet Chrome Extension to quickly update your class names for this section. Using the Folders tool, you can find and rename all instances of slider06 within the project.

Please make sure that the following combo classes stay applied to the specified elements:
slider-wrapper is applied to the Collection List Wrapper or Div Block containing the slider-list and
slider-list is applied to the Collection List or Div Block containing the slider-item
slider-item is applied to the Collection Item or Div Block for each individual slide
Optional: Delete slider06_arrows to remove the custom navigation arrow buttons.
Optional: Use slick-current as a combo class on the slider-item to style the currently highlighted/focused slide.
Step 4: Style Away!
We recommend adding a slider06_contents div block to the slider-item and then add images, text, and custom styling as necessary to achieve the look you are going for.

Please note that some aspects of the design of the slider will come from the "settings" in the slider code, such has number of slides displayed at each breakpoint. If you are trying to make significant changes from the base structure of this slider, please make sure to review the different setting options that SlickJS offers.
Why Choose C-Tech

Because Performance

Demands Precision.

At C-Tech, every part we make is built to perform —engineered with precision, tested for strength, and trusted in the world’s most demanding environments.

Autoclave Curing

Void-free consolidation under heat and pressure.
Our pressure- and temperature-controlled autoclave cures components up to 15.3 m long and 1.44 m in diameter. Operating at up to 180°C and 7 bar, autoclave curing ensures optimal fibre compaction and resin flow — producing void-free, high-integrity laminates trusted in space, marine, and defence.

Prepreg Accuracy

Consistent fibre alignment, optimal resin content.
We exclusively use aerospace-grade prepreg materials for tightly controlled resin content and fibre orientation. Combined with our temperature- and humidity-controlled clean room and automated ply cutting systems, we achieve consistently high laminate quality across every part — from one-off prototypes to production runs.

CNC Precision

Exacting tolerances, repeatable results.
Our Routech R200 5-axis CNC router handles subtractive manufacturing of moulds, jigs, cores, and finished parts — with an XYZ bed size of 5,500 mm × 1,500 mm × 1,000 mm. We also operate a 1.5 m ×10 m Eastman S125 flatbed plotter for ply kit cutting. This automated accuracy streamlines production and ensures every part fits and performs precisely as designed.

Advanced Tooling

High-performance tooling for high-performance parts.
We manufacture carbon fibre, aluminium, and board tooling in-house — supporting complex one-offs and reliable production runs. Our proprietary roll-wrapping machines deliver precise laminate consolidation for tubular structures up to 15 m long and 1200 mm in diameter. We also offer additive manufacturing (3D printing) in plastic and titanium —ideal for prototypes, short runs, and complex geometries that can't be machined.

Quality You Can Trust

Built-in quality at every step.
We apply stringent quality control throughout the manufacturing process —including ultrasonic non-destructive testing (NDT), dimensional QA, and resin system traceability. From OEM marine hardware to aerospace components, our parts are made to perform— and proven in the most demanding real-world conditions.

Design Capability

In-house design. Tailored engineering. Real performance.
Our experienced design team combines deep composite knowledge with practical engineering skill. We offer full design and laminate development, mechanical simulation, tooling design, and iterative prototyping — ensuring your product is strong, light, and built for its environment.

End-to-End Service

From concept to completion — all under one roof.
C-Tech manages the full project lifecycle in-house:
- Concept development
- Composite engineering
- Tooling &  Prototyping
- Full-scale production
- Testing & QA
- Final delivery
This integrated model gives you faster lead times, streamlined communication, and complete confidence in the final result. We work with you from first sketch to finished part — and everything in between. 

Autoclave Curing

Void-free consolidation under heat and pressure.
Our pressure- and temperature-controlled autoclave cures components up to 15.3 m long and 1.44 m in diameter. Operating at up to 180°C and 7 bar, autoclave curing ensures optimal fibre compaction and resin flow — producing void-free, high-integrity laminates trusted in space, marine, and defence.

Prepreg Accuracy

Consistent fibre alignment, optimal resin content.
We exclusively use aerospace-grade prepreg materials for tightly controlled resin content and fibre orientation. Combined with our temperature- and humidity-controlled clean room and automated ply cutting systems, we achieve consistently high laminate quality across every part — from one-off prototypes to production runs.

CNC Precision

Exacting tolerances, repeatable results.
Our Routech R200 5-axis CNC router handles subtractive manufacturing of moulds, jigs, cores, and finished parts — with an XYZ bed size of 5,500 mm × 1,500 mm × 1,000 mm. We also operate a 1.5 m ×10 m Eastman S125 flatbed plotter for ply kit cutting. This automated accuracy streamlines production and ensures every part fits and performs precisely as designed.

Advanced Tooling

High-performance tooling for high-performance parts.
We manufacture carbon fibre, aluminium, and board tooling in-house — supporting complex one-offs and reliable production runs. Our proprietary roll-wrapping machines deliver precise laminate consolidation for tubular structures up to 15 m long and 1200 mm in diameter. We also offer additive manufacturing (3D printing) in plastic and titanium —ideal for prototypes, short runs, and complex geometries that can't be machined.

Quality You Can Trust

Built-in quality at every step.
We apply stringent quality control throughout the manufacturing process —including ultrasonic non-destructive testing (NDT), dimensional QA, and resin system traceability. From OEM marine hardware to aerospace components, our parts are made to perform— and proven in the most demanding real-world conditions.

Design Capability

In-house design. Tailored engineering. Real performance.
Our experienced design team combines deep composite knowledge with practical engineering skill. We offer full design and laminate development, mechanical simulation, tooling design, and iterative prototyping — ensuring your product is strong, light, and built for its environment.

End-to-End Service

From concept to completion — all under one roof.
C-Tech manages the full project lifecycle in-house:
- Concept development
- Composite engineering
- Tooling &  Prototyping
- Full-scale production
- Testing & QA
- Final delivery
This integrated model gives you faster lead times, streamlined communication, and complete confidence in the final result. We work with you from first sketch to finished part — and everything in between. 

Every part is designed and engineered in-house, allowing full traceability and control — from fibre orientation and layup sequences to curing cycles and final inspection.

This isn’t just about making parts that last. It’s about delivering the exact performance profile you need, every time.

From custom foils and structural tubes to sail hardware built to survive the Southern Ocean — we solve performance challenges with a deep understanding of the loads, flex profiles, and marine dynamics our customers face.

Download Our DTC Quad Chart

What Sets C-Tech Apart

From roll-wrapped tubes to autoclave-cured structures and integrated metal–composite assemblies, this DTC Quad Chart provides a one-page overview of our core capabilities, facility specifications, and defence-sector experience. Designed for project leads, systems engineers, and procurement teams who need rapid clarity on how we support integrated capability delivery.

Download our DTC Quad Chart  (PDF)
Request a Technical Consultation

Schedule Your Defence Project Consultation

C-Tech. Engineered Precision. Proven Offshore.

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