Odyssey of AION Patagonia → Southern Ocean Command • Autonomy • Fieldwork

Leading an Antarctic circumnavigation south of 60°S.

South of 60°S, the margin shrinks fast. Not because of the cold alone, nor the sea alone — but their combination with isolation, accumulated fatigue, and the absence of any realistic rescue. Holding in these conditions is not improvised. It is prepared, structured and documented.

That logic shaped the profile: medicine first — diagnosing under pressure, triaging urgency, maintaining a protocol when lucidity fades — then the sea: STCW certification, offshore deliveries, round-the-clock command, cold seas. 25 years. 120,000 NM. A boat chosen to last, not to impress.

Experience25+ years offshore
Miles sailed120,000 NM cumulative
CommandCaptain 500 UMS (STCW)
ZoneSouthern Ocean
Background

From offshore to command: method, margins and operational endurance

The common thread: making navigation reproducible and verifiable — weather decisions, margins, energy, maintenance, safety — in order to sustain a long expedition while producing usable observations.

A first transatlantic acted as a trigger: leaving medicine for maritime training, STCW certifications, and accelerated learning through fieldwork. What this early background brings is not anecdotal: medicine teaches how to diagnose under pressure, to triage urgency, to follow a protocol when lucidity fades — exactly what navigation in a degraded environment demands. The challenge quickly became applying that rigour on board: procedures, checklists, watch discipline, and the ability to decide under uncertainty without over-committing to a single hypothesis.

Offshore deliveries: repeated crossings (Atlantic, Pacific), taking on varied platforms, managing temporary crews, and routing based on GRIB/ECMWF. Each delivery is an exercise in controlled compromise: weather window against fatigue, speed against wear, comfort against safety, with one priority: arrive without breaking things.

Command of private yachts after obtaining the Captain 500 UMS certificate structured the framework: full responsibility, 24/7, for safety, vessel integrity and programme. This is where the reflexes useful in the South were formed: defining thresholds, refusing a "borderline" window, waiting, and walking away without regret when margins disappear.

2016–2022: intensive sailing on a Garcia Exploration 60 (aluminium, full keel), focused on cold seas. Condensation, icing, accelerated ageing, constant maintenance, energy to defend every day: performance becomes secondary to the capacity to endure.

Then comes the choice of ARION (14 m Strongall aluminium): a platform built for expedition. Heavy structure, simplified but redundant systems, maintenance access, reinforced energy autonomy. The goal is no longer to "go South" occasionally, but to stay there long enough for a route committed to the Sixties, while limiting technical debt.

Odyssey of AION distils this background: depart from Patagonia, commit to a clockwise arc around the continent, adapt to the terrain (weather, sea, ice), and close the loop if conditions allow. Then, depending on ice, logistics and energy, an extended safe harbour phase may be considered in a sheltered anchorage, with resumption the following summer.

Turning point
From medicine to the sea

Transatlantic → STCW → professional framework, procedures, and fieldwork practice.

Offshore
Deliveries & crossings

Oceans, real weather, continuity vs wear trade-offs.

Command
Platforms & responsibilities

Captain 500 UMS, safety, maintenance, 24/7 navigation.

Cold seas
Polar constraints

Cold, ice, energy, accelerated wear: the discipline of endurance.

ARION
Expedition platform

Strongall aluminium yacht optimised for a long route in the Southern Ocean.

Method

Operational architecture: redundancy, simplicity, decision

Design principles

  • Useful redundancy on vital functions: energy, navigation, communication, water, safety.
  • Maintainable simplicity: prioritise systems that are genuinely repairable offshore (tools, parts, access).
  • Anticipation: ECMWF/GRIB weather, ice watch (imagery + observation), scenarios, permanent plan B.
  • Procedures: checklists, routines, thresholds defined in advance to avoid improvisation under pressure.

Specificity: navigation in the Sixties

  • Short weather windows, rare options: decide early, accept waiting, limit exposure.
  • Drifting ice / mobile pack: cross-reference satellite and field observation, continuously adjust strategy.
  • Long sections with no real shelter: conserve energy, manage fatigue, avoid technical debt.
  • Constant objective: continuity + margins rather than a "record".
Skills

Offshore autonomy focused on the Southern Ocean

Weather routing

GRIB/ECMWF reading, synoptic analysis, thresholds, continuity vs wear trade-offs.

Navigation in cold seas

Ice (brash/pack), drift, exposed anchorages, realistic margins, active caution.

Energy & autonomy

Budgets, priorities, solar / hydrogenerator / wind mix, operational frugality.

Safety with reduced crew

Watch organisation, fatigue, MOB/EPIRB procedures, decision discipline.

Maintenance

Offshore diagnosis and repair, prevention, system access, critical spare management.

Multi-season expedition

Planning, logistics, safety, and integration of data and narrative without disrupting operations.

Science

Long presence, simple measurements, solid metadata

A committed circumnavigation places a yacht for extended periods in under-sampled zones. The approach is pragmatic: continuous measurements, correctly contextualised (position, time, conditions, protocol).

Protocols and data series structuring are developed with marine biologist Sarah Rose, so that data is usable beyond the narrative: consistency, traceability and metadata.

Weather & atmosphere

Time seriesFieldworkExport

Pressure / wind / synoptic context in a zone with low density of in situ observations.

Ice & cryosphere

In situNotesImagery

Ice type encountered, local dynamics, possible cross-referencing with satellite imagery.

Opportunistic oceanography

CTDSalinitySamples

Profiles and sampling correlated to the actual track and sea conditions.

Passive acoustics

HydrophoneWildlifeMetadata

Recordings with metadata (position/time/conditions) designed for exploitation.

Visual narrative

The Odyssey of AION documentary film

The film follows the expedition as it unfolds: preparation, technical constraints, weather decisions, route in the Sixties. The goal is to show the operational reality: energy, maintenance, fatigue, sea and cold — without staging.

Collaborate / support

For technical, scientific or media partners, Odyssey of AION is a rare opportunity: associating a name with a genuinely committed, documented and measurable expedition. Priorities: reliability, safety, and the value of data and images produced.