Fixture data — fictional vessels, no real AIS observations

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M/Y Regina del Mare

underway133.0 m · Fincantieri 2021confidence highdata quality excellent

In the last 24 hours, this vessel alone

11.0–11.8tonnes CO₂

That is as much CO₂ as roughly 1112 people flying economy from Amsterdam to New York — produced by one yacht in a single day.

Per guest, per kilometre it burns 0.730.78 kg of CO₂ — against 0.25 kg for a passenger on one of the most efficient cruise ships, a factor 2.93.1×. Across the whole tracked fleet that ratio is 4.55.4×.

Estimated — published max capacityPublished maximum guest berths, excluding crew. Not a count of people aboard. Guest figure uses 24 published maximum guest berths. Cruise reference: ICCT (EU MRV-verified reporting). Full detail below and in the methodology.

Identity
IMO9867890
MMSI228678901
BuilderFincantieri
Built / refit2021
Hull typedisplacement
Length overall133.0 m
Gross tonnage7,200
≥300 GT≥400 GT≥5,000 GT

GT thresholds are regulatory reference points, not an inclusion criterion of this tracker. Length alone (≥60 m LOA) decides which yachts are followed here.

Capacity (published specification)
Maximum guest berths24
Crew capacity48

Capacity figures come from published specifications. They describe how many people the vessel can accommodate, not how many are aboard.

Estimated market value
Range€280m–310m
Valuation date2026-02
MethodV1_public_asking_price
Confidencehigh
Technical
Main engines2 × MAN 12V32/44CR
Total power22,000 kW
Fuel typeMGO
Cruise / max speed16 / 22 kn
Current status (delayed)
Stateunderway
Speed over ground15.9 kn
Position43.30° N, 5.37° E
Observed at2026-08-20 09:44 UTC
Age of position16 min old

Positions are delayed by at least 15 minutes and never presented as realtime.

Last 24h performance
Distance observed340 nm
Time underway10h 10m
Time anchored0h 00m
Time moored11h 50m
Estimated CO₂11.0–11.8 t
Method tierA
Confidencehigh
Fuel burned (source datapoint)
Observedtier Afuel scope total onboard
Propulsion3,873–4,157 L
Onboard services227–243 L
Total4,100–4,400 L

Litres are the source datapoint; CO₂ is derived from them, not the other way round. Fuel density 0.840 kg/L (fallback, no vessel-specific value published) × EU MRV factor 3.206. Methodology.

Emissions by operational state
Underway10,430–11,195 kg CO₂10.2 h · 3,873–4,157 L
Observedtier A1,180.0 L/h · speed/load model from installed power
At anchor0–0 kg CO₂0.0 h · 0–0 L
Observedtier A83.0 L/h · published generator consumption
In port662–606 kg CO₂11.8 h · 246–225 L
Observedtier A59.3 L/h · published in-port hotel load

Each state uses time actually spent in that state × the best available state-specific fuel rate. Anchor and in-port rates are never derived as a percentage of the underway rate; YETI and Heesen fleet splits are used only as sanity checks, never as calculation parameters.

Comparable to roughly 11–12 economy seats, Amsterdam (AMS) → New York (JFK), one way.

6,315 km routed distance (great circle × 1.08 uplift) · 1.00 t CO₂ per seat · published reference factor, not an observation.

The per-guest comparison against cruise-ship intensity is shown once, at the top of this page, using the 24 published maximum guest berths listed under Capacity.

Observed segment
Origin areaMarseille approach
Statuswithin EU waters
Distance observed340 nm
Segment coverage97.0%

Only the segment actually observed is shown. Gaps are never interpolated into a continuous voyage.

Coverage & sources
Provider availability99.0%
Target detection rate98.0%
Emissions temporal coverage97.0%

Three separate measurements. They are never merged into a single coverage figure.

  • Observed — AIS position reports relayed by the terrestrial and satellite providers in the snapshot window.
  • Published specification — builder and registry data for length, tonnage, engines and capacity.
  • Estimated — fuel, CO₂ and market value produced by model EMISSIONS_V1_FIXTURE.
Methodology