Stanton / Pyro / Nyx

Quantum travel

Alpha 4.10.191.2241 Modelled estimates

Quantum travel profiles

Benchmarks and journeys

Distance
Quantum legs
Jumps

Compare quantum drives

Compare against

Drive / classEst. timeEst. fuel

Quantum drive comparison

Choose a quantum drive

Compare against
Measured parameters / modelled journey

Fuel is relative to the named comparison drive, not tank capacity. Fitment and range remain unverified.

Calculation assumptions and sources

Balanced means the lowest modelled travel fuel within 10% of the fastest estimated time. Fuel compares the extracted Travelling resource rate multiplied by estimated time in quantum. The named comparison drive is 100%; this is not a percentage of the tank. Selected follows your current drive; Stock remains the ship's installed drive.

Times use an uncalibrated acceleration model, including preparation per leg and cooldown between legs. Stage two is assumed to represent deceleration. Jump tunnels, queues, detours, atmospheric travel and refuelling are excluded. These are provisional comparisons, not verified purchase recommendations.

Tank-unit conversion and travel-state fuel accounting are not validated. Full-tank range, return-trip feasibility and a fuel-reserve verdict cannot yet be determined. Same-size alternatives have not been checked for ship-specific restrictions or shop availability; bespoke sizes show stock only.

Positions, stock loadouts, drive class and performance parameters: extracted build 4.10.191.2241. Class and grade describe the component; route estimates determine the comparisons, not grade alone.

Stanton · Pyro · Nyx All mapped systems
Measurement-driven markers Extracted radii · compressed for legibility
Building system…
Location details

System

Stanton

Select a marker to inspect its extracted navigation data.

Parent
System origin
Measured size
Not available
Distance from star
0 m
Position
0, 0, 0 m
Quantum travel
Not a destination
Jump connection
None
Benchmark leg Jump transition Star Planet Moon Station Gateway Surface site
In-system position scale is shared; spacing between system regions is schematic. Marker proportions use extracted obstruction radii with a compressed display scale and a minimum locator size for small sites.