Beluga LinerExploration

The Beluga Liner is Saud Kruger's flagship passenger ship, and exploration is not its job. But twelve optional internals — four of them class 6 — give it more raw module space than most dedicated explorers, so it can be kitted for deep space: the largest scoop it can mount, a multi-SRV bay, two or three AFMUs, scanners and creature comforts, all carried at once with redundancy to spare. For the explorer who values self-sufficiency and a comfortable cabin over speed, that capacity is real.

The problem is range and bulk. A 950-tonne hull on a class-7 drive tops out around ~40 LY even fully engineered — less than half what a Mandalay or Anaconda manages — so every leg of a deep-space trip takes far more jumps. Add the large pad (no outpost landings) and ponderous handling, and the Beluga becomes a slow, expensive way to do what cheaper, longer-legged ships do better. It rates 58: capable of the job, but rarely the right tool for it.

What the Beluga brings to exploration — and what holds it back:

• Vast internals. Twelve optionals carry scoop, scanner, multi-SRV bay, multiple AFMUs and comforts together, with redundancy — capital-scale self-sufficiency.
• No rank gate. Anyone with the credits can fly one; it shares the Anaconda's accessibility.
• Comfortable cabins. The luxury hull makes a fine sightseeing tourer if you bring passengers along for the view.
• But short range. ~40 LY engineered on a 950-t hull is the killer — roughly half a Mandalay or Anaconda, so trips drag out over many more jumps.

Capital-scale internals and no rank gate keep it afloat, but ~40 LY engineered — half a Mandalay or Anaconda — caps it at 58.

The 58/100 headline is a verdict against the exploration role's priority-ordered factors. Each factor carries a weight (its share of 100); this hull earns part of each based on how it performs against the whole field. The points sum to the rating.

Both tables rate ships for exploration specifically. The role column is the maximum engineered jump range in light-years — the headline number for deep-space travel.

Same class — large-pad ships

Even among large pads the Beluga trails. The Orca and Clipper out-run it from lighter, faster, cheaper hulls; the Anaconda matches its capacity and nearly doubles its range. The Beluga's only edge here is cabin comfort — which counts for little on a survey trip.

Other classes — the cheaper, longer-legged rivals

This is the Beluga's real competition, and it loses on the metric that matters: even a starter Hauler or Adder matches its range, while a cheap Diamondback Explorer jumps far further and lands anywhere. The Beluga keeps a rating in the high 50s only because its sheer module space lets it carry a complete, redundant expedition — just slowly.

At ~79.7M Cr the Beluga is a major purchase, and a full exploration fit brings the all-in figure to around 115M Cr. For that money you could buy and fully engineer a Diamondback Explorer many times over — and out-range the Beluga at every step.

The only honest cost case is reuse: if the Beluga is already in your hangar as a passenger liner, swapping cabins for scoop, scanner and AFMUs costs little and gives you a comfortable touring ship. Buying one for exploration is hard to justify.

An exploration fit that uses the Beluga's vast internals for a complete, redundant expedition. Initial is buy-only; A-rated is the expedition baseline; Engineered squeezes every light-year from a heavy hull while carrying full kit. Hardpoints stay empty and the cabins come out — mass is the enemy here.

Buy the hull and fit the largest scoop it takes (class 6) plus a heat-sink launcher — refuelling first. The core internals stay stock E-rated at this stage, and the hull's default Lightweight Alloy bulkheads are left as bought — they are already the lightest option and cost nothing.

Leave the rest of the bays empty — the Guardian booster, SRV bay, AFMUs, bi-weave shield, repair limpet, Guardian module reinforcement, surface scanner and cabin all wait for the A-rated pass.

Hardpoints stay empty and no cabins go in yet — on this heavy hull, every tonne saved buys range.

A-rating priority for the Beluga as an explorer:

• 1Frame Shift Drive → 7A — Range is everything and the Beluga has little to spare; A-rate the drive first. ~20M Cr
• 2Fuel Scoop → 6A — The biggest scoop it takes refuels quickly between its many jumps. ~10M Cr
• 3Guardian FSD Booster 5 — The largest flat range bonus available — vital on a short-legged hull. material cost
• 4Cores → D-rate — Power plant, thrusters, life support, sensors and power distributor drop to D for mass; every tonne is a light-year. low cost
• 5SRV bay, AFMUs + Guardian module reinforcement — Surface access, deep redundancy and the last open size-3 takes a 3D Guardian Module Reinforcement so a clumsy landing on this ponderous hull doesn't cripple a module. ~8M Cr
• 6Bi-Weave Shield Generator → 5C + Shield Booster — A light shield for landing safety on a heavy hull. modest
• 7Detailed Surface Scanner — Maps planets for cartographic payouts. ~250k Cr

The standard exploration engineering pattern, aimed squarely at squeezing range from a heavy hull. Felicity Farseer carries the FSD; Professor Palin or Mel Brandon handle the thrusters. Pin blueprints for remote G1→G5 application.

Recommended order

• 1FSD Increased Range to G5 with Mass Manager — the foundation of every light-year the Beluga can reach.
• 2Lightweight life support and sensors to shed mass from the heavy hull — the class-8 life support is a prime target.
• 3Low-Emissions plant to keep heat manageable when scooping.
• 4Clean Drive Tuning thrusters for efficient travel.

Approximate progression across the three states (figures are representative, not exact rolls):

Engineered, the Beluga jumps ~40 LY while carrying a full, redundant expedition in comfort — lightweight-engineered Lightweight Alloys keep the hull mass minimal, and a Guardian module reinforcement in the last size-3 bay guards the internals against rough landings. But ~40 LY is the problem, roughly half what the genre leaders manage. It stays heavy and large-pad-bound. For self-sufficient comfort it works; for getting anywhere quickly, almost any dedicated explorer is the better ship.

• FSD, class-6 scoop and Guardian booster first — on a 950-t hull, range is scarce and must be defended.
• Strip cabins and downsize the fuel tank for exploration; mass costs you light-years directly.
• Mind the large pad — no outpost landings; plan resupply around stations or a carrier.
• Its real home is the passenger role — it has a dedicated passenger manual; explore in it only if you already own one.