Track Vector Organic Sweatshirt — French Navy

A structured interpretation of oceanic navigation and directional intelligence.

Track Vector explores how movement across vast environments is guided by internal logic and environmental awareness. Through a restrained system of directional lines, the composition reflects decision-making, adjustment, and continuity within open spatial fields.

Expressed through a structured heavyweight sweatshirt designed for everyday wear.

Made from 100% organic combed ring-spun cotton (350 g/m²), the garment offers warmth, durability, and a compact, structured feel.

The Track Vector symbol appears in stone grey — translating navigational intelligence into a quiet, minimal form.

$ 109.00

Size Guide

About the garment

A considered layer built from certified organic cotton for everyday wear across seasons.

Constructed using 100% organic cotton, the fabric carries a substantial mid-weight feel, providing warmth while maintaining breathability. The brushed interior offers a soft hand feel, while the outer surface remains clean, dense, and structured.

Designed with restraint, the garment prioritizes durability, comfort, and long-term use.


Design & concept

The Track Vector artwork reflects directional intelligence observed in large-scale natural navigation systems.

Certain marine species, including the Hawksbill turtle, are known for long-distance movement guided by environmental cues such as geomagnetic fields, ocean currents, and spatial memory.

Rather than depicting physical routes, the composition translates this behavior into a minimal system of directional vectors. Lines extend through space without converging — suggesting continuous adjustment rather than fixed endpoints.

Subtle directional variation introduces moments of decision, reflecting how movement is guided within an unseen spatial field.

Large areas of negative space represent the scale and openness of oceanic environments.

Placed subtly on the chest and expanded across the back, the artwork maintains a quiet presence — expressing navigation as intelligence rather than motion.


System Insight

TRACK VECTOR
Hawksbill Turtle — Oceanic Navigation System

A minimal directional system exploring how movement is guided by internal logic and environmental awareness.

Marine species such as the Hawksbill turtle demonstrate long-distance navigation across vast oceanic environments. Research suggests their ability to orient using geomagnetic fields, ocean currents, and spatial memory — enabling consistent migration and site return.

This artwork does not map physical routes. Instead, it translates navigational intelligence into a system of directional vectors — representing decision, adjustment, and continuity within an unseen field.

Lines approach but do not meet — reflecting navigation as an ongoing process rather than a fixed destination.

An observation of movement shaped by intelligence — quiet, precise, and deeply embedded in nature.


Design & fit

Cut in a regular unisex fit, the silhouette remains structured yet non-restrictive.

• Regular unisex fit
• Set-in sleeves
• Crew neck
• 1×1 rib collar, cuffs, and hem
• Double-needle topstitch at collar, sleeves, and hem


Material & construction

• 100% organic combed ring-spun cotton
• Fabric weight: 350 g/m² (10.3 oz/yd²)
• Inside herringbone back neck tape
• Self-fabric half-moon at back neck

• Organic cotton certified under GOTS & OCS standards (at fabric level, via supplier)
• Fabric tested under OEKO-TEX Standard 100
• PETA-Approved Vegan


Fit note

EU sizing.

US customers may prefer ordering one size up for a more relaxed fit.


Care & longevity

• Wash cold
• Turn inside out before washing
• Avoid tumble drying
• Do not iron directly on print

Designed to be worn often and kept over time.


Production Note

This product is made on demand.

Producing only what is ordered helps reduce excess inventory and unnecessary overproduction.


Collection note

Part of the Rare Species Collection — a visual archive exploring endangered species through structured, non-literal interpretations of natural intelligence systems.