Carbon Fibre Applications Across Aerospace, Automotive & Industrial Sectors

At Juno Composites, we design and manufacture advanced carbon fibre sheets, plates, sandwich panels and precision-machined composite components for demanding applications across a wide range of industries. Our materials deliver exceptional strength-to-weight performance, durability and tailored functionality for next-generation engineering solutions

Automobile

Composite systems engineered for performance, efficiency, and safety in demanding automotive environments.

Carbon fibre floor panels with integrated inserts and jacking points
Structural billet components and sandwich panels for chassis and interior systems
High-temperature, low-void laminates for under-hood and aerodynamic applications
Lightweight hybrid carbon/flax materials for improved sustainability and mass reduction

End-of-Arm Tooling (EOAT)

Lightweight carbon fibre composite structures engineered from precision-manufactured carbon fibre sheets and plates to improve the speed, precision, and efficiency of robotic and automated manufacturing systems.

High-stiffness, low-mass carbon fibre plates and machined composite components that reduce payload and increase robot acceleration and cycle speed
Custom fibre orientations and laminate designs optimised for specific gripping, handling, and positioning requirements
Excellent vibration damping for smoother operation, improved repeatability, and higher positional accuracy
Corrosion-free, electrically insulating, and radiolucent composite materials suitable for harsh industrial or imaging environments

Satellites & Space

Lightweight, high-precision carbon fibre composite structures engineered for satellite and space applications where mass efficiency, dimensional stability, and reliability are critical.

Carbon fibre sandwich panels manufactured using high-performance foam cores such as Rohacell, with carbon fibre skins for satellite primary and secondary structures
Carbon fibre sheets and plates CNC machined into structural panels, brackets, and support components for space-qualified assemblies
Solar array backing plates and structural panels offering excellent thermal stability and low coefficient of thermal expansion (CTE)
Materials and laminate systems compatible with low Earth orbit (LEO) environments, including vacuum, radiation exposure, and extreme temperature cycling

Drones & UAV

Ultra-lightweight carbon fibre composite structures engineered for drone and unmanned aerial vehicle (UAV) systems, where mass reduction, stiffness, and durability are critical to flight performance across both long-life and cost-sensitive platforms.

Carbon fibre sheets and plates CNC machined into structural drone arms, chassis components, and modular airframe kits for rapid assembly
High-stiffness carbon fibre sandwich panels and laminates optimised for minimal payload weight and efficient load transfer
Rohacell® PMI core sandwich panels with carbon fibre skins, providing excellent thermal and dimensional stability up to 200 °C
Custom laminate architectures designed for vibration damping, fatigue resistance, and reliable performance over defined mission lifetimes

case study on carbon fibre UAV structural components

Solar Gliders & HAPS

Ultra-lightweight carbon fibre composite structures engineered from precision-manufactured sheets, plates, and sandwich panels for long-endurance, high-altitude flight platforms where mass efficiency, stiffness, and environmental stability are critical.

Carbon fibre sandwich panels with areal densities as low as 1.4–1.6 kg/m² for ultra-light airframes and wing structures
Custom laminate architectures optimised for stiffness, durability, and aerodynamic efficiency over extended mission durations
High-strength carbon fibre and hybrid flax/carbon composite materials to minimise structural weight and maximise range
Thermally stable laminate systems resistant to extreme temperature exposure in stratospheric operating conditions
Integration-ready composite panels and machined plate components for solar arrays, communication payloads, and lightweight structural frames

Marine

Advanced carbon fibre composite structures engineered for marine applications where strength, durability, corrosion resistance, and weight reduction are critical.

Carbon fibre sheets, plates, billets, and sandwich panels for bulkheads, decks, hull structures, and primary reinforcements
Lightweight, high-stiffness composite laminates to improve performance, efficiency, and payload capacity in both leisure and racing craft
Decorative carbon fibre veneers and sheets for premium yacht & superyacht interiors and visible structural components
Epoxy and phenolic resin systems resistant to moisture ingress, saltwater exposure, and long-term marine environments

Musical Instruments

Precision carbon fibre composite materials engineered for high-performance musical instruments where stiffness, consistency, and tonal stability are critical.

Carbon fibre sheets, plates, and sandwich panels machined into structural components for electric and acoustic guitar bodies, necks, and reinforcements
Lightweight composite structures offering improved dimensional stability and resistance to environmental changes compared to traditional materials
Custom laminate architectures tailored to balance stiffness, damping, and vibrational response for consistent tonal performance
Repeatable composite manufacturing enabling consistent quality across limited-production and series-built instruments

Medical

Radiolucent carbon fibre composite materials engineered for medical applications where imaging clarity, dimensional stability, hygiene, and reliability are critical.

Radiolucent carbon fibre sheets, plates, and sandwich panels for medical imaging systems, including X-ray and CT-compatible structures
Non-metallic composite fixtures, positioning aids, and medical fixation jigs designed to eliminate imaging artefacts and shadowing
Void-free laminate systems ensuring consistent radiolucency, clear image quality, and minimal distortion
High-temperature composite plates suitable for repeated autoclave sterilisation and clinical cleaning protocols
Lightweight, strong, and chemically resistant composite materials for patient tables, support frames, and medical equipment structures
Custom fibre architectures tailored to balance radiolucency, stiffness, and long-term durability

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