top of page

High-Performance Carbon Composite Structures Proven in Antarctica

  • 14 hours ago
  • 2 min read

15 February 2026. The Rapido 53XS, Picomole, has completed her return passage across the Drake Passage to the safety of South America after an extraordinary voyage to Antarctica. Click here for the story.



For those in the marine sector, the Drake Passage needs no introduction. It is one of the most demanding stretches of ocean on the planet; steep, confused seas, powerful currents, drifting ice and rapidly shifting weather systems.


It is an environment that does not disguise structural weakness.


Picomole was built by Triac Composites in Vietnam


While the achievement itself belongs to the owner & skipper (Aldo Fumagalli) and crew, the fact that a lightweight, high-performance carbon trimaran (a Rapido 53XS) has operated in these latitudes - and returned safely - is significant from a construction perspective.


It underscores the structural integrity, precision manufacturing and quality control that define Triac Composites.


Rapido 53XS, Picomole, built by Triac Composites,  just prior to setting off for Antarctica.
Rapido 53XS, Picomole, built by Triac Composites, just prior to setting off for Antarctica.

Advanced Composites Are Not Niche; They Are Becoming Mainstream


At Triac, we specialise in carbon fibre and advanced composite structures that are:


  • Extremely light

  • Exceptionally stiff

  • Precisely manufactured

  • Capable of handling complex and highly variable load cases


These attributes are not specific to one boat or one market. They are the result of disciplined process control, material mastery and consistent build quality.


When advanced composites are engineered correctly and manufactured with precision, their capability extends far beyond its original design brief.


From High-Performance Marine to Broader Composite Applications


The same manufacturing standards required to produce a high performance trimaran hull apply equally to:


  • Complex marine components

  • Industrial composite structures

  • Architectural forms

  • Defence and specialist applications


The operating environment may change. The manufacturing discipline does not.


Rapido 53XS, Picomole, in Antarctica, February 2026.
Rapido 53XS, Picomole, in Antarctica, February 2026.

What This Voyage Represents


The Rapido 53XS is designed for speed, efficiency and long-distance cruising comfort. It is not positioned as a polar expedition platform. Yet it has now crossed the Drake Passage twice and cruised the Antarctic Peninsula.


That is not a marketing claim. It is a practical validation of material performance, structural reliability and build precision under demanding, real world conditions..


At Triac Composites, our role is clear: To ensure that when engineering leaves the drawing board, the physical structure performs exactly as intended; whether in tropical waters, offshore passages or at the edge of the Southern Ocean.


For those seeking a composite manufacturing partner - in marine or beyond - capability is ultimately measured in real-world performance.


And performance speaks for itself.


Enquiries


Triac Composites manufactures high-performance carbon composite structures for marine, industrial and specialist applications where precision, structural integrity and disciplined process control are critical.


If your organisation requires an advanced composite structure — particularly one that is complex, highly engineered or performance-critical — we welcome the opportunity to discuss your project.


For enquiries, please email phil@triaccomposites.com


Related articles



Photo Credit


  • Luca Tausel & Sami Alshukily

Factory Address: Factory No. 4, Depot Saigon, Street No. 1 Long Thoi Commune, Nha Be District, Ho Chi Minh City, Vietnam. See Google Maps.

 

Invoicing / correspondence: Factory No. 4, 9 Nguyen Van Tao Street, Long Thoi Commune, Nha Be District, HCMC, Vietnam.

Phone (English & Tiếng Việt): 
(+84) 28 3636 3220

Email: phil@TriacComposites.com

©2018 by Triac Composites. Proudly created with Wix.com

bottom of page