OrcaExploration

The Orca is Saud Kruger's sports liner, and it makes a surprisingly capable casual explorer: it lands on planets, has a planetary vehicle bay, carries a fuel scoop, AFMUs, a scanner and comforts at once, and is the fastest large ship in normal-space flight. For a commander who wants to tour the galaxy in a beautiful, comfortable hull rather than wring out maximum range, it's a genuinely enjoyable way to do it.

The problem is range. The Orca runs a class-5 FSD on a 290-tonne hull that was built for passengers, not light-mass jumping, so even fully engineered it reaches only around 45 LY — far short of the dedicated explorers, several of which jump twice that from far cheaper, more flexible medium and small hulls. It is also a large pad, so outpost resupply is off the table. As a serious range platform the Orca is outclassed; as a stylish touring ship it earns its keep.

What lets the Orca explore at all:

• Carries a full kit. Nine optionals fit a class-6 scoop, Guardian FSD booster, AFMU, SRV bay, scanner and a comfort cabin together — a complete touring loadout.
• Lands on planets. The planetary approach suite and a vehicle bay open up surface science and exobiology.
• Fast in the black. The quickest large hull in normal space makes scooping passes, gravity slingshots and surface approaches feel brisk.
• No rank gate, comfortable cockpit. Anyone with the credits can fly one, and few cockpits make long trips as pleasant.

A full-kit, fastest-large-hull comfort tourer whose class-5 drive on a 290 t liner caps engineered range near ~45 LY — roughly half the cheaper mediums — which holds the 35-weight range factor down.

The 63/100 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 explorers

Among large pads the Orca ties the Imperial Clipper as a stylish-but-short-ranged option, edges the Beluga, and sits far below the Anaconda's capital range and capacity. If you're committed to a large hull for exploration, the Anaconda is the real explorer; the Orca is the one you fly because you like flying it.

Other classes — the cheaper, longer-ranged rivals

This is where the Orca's case collapses: cheaper mediums and smalls out-range it by a wide margin, land more flexibly and cost a fraction. The Orca answers only one question — "which large, comfortable, good-looking hull do I tour the galaxy in?" — and for that narrow brief it's a fine, if expensive, answer.

At ~47.8M Cr the Orca is a mid-priced hull with no rank gate. A clean exploration fit — maxed FSD, scoop, Guardian booster, SRV bay and AFMU — brings the all-in figure to around 65M Cr.

That spend buys comfort and looks, not range: for the same money a Diamondback Explorer, Asp Explorer or even a Mandalay jumps far further with change to spare. Justify the Orca on the experience of flying it, not on credits-per-light-year.

A comfortable touring fit that fills the nine optionals with a full kit. Initial is buy-only; A-rated is the expedition baseline; Engineered shaves mass to claw the range back toward ~45 LY while keeping the scoop, SRV bay and redundancy.

The buy-only state is bare: stock E-rated cores across the board, the size-6 slot filled with a 6E Fuel Scoop, and a single 0I Heat Sink Launcher in a utility mount. The hull is the default Lightweight Alloy. The FSD stays the stock 5E unit here — the A-rate is the next step, not a launch-day buy.

Every expedition module reads — in the A-rated column: the 5H Guardian FSD Booster, both AFMUs (5A and 3A), the 5C bi-weave landing shield, the 4H Planetary Vehicle Hangar, the 1I Detailed Surface Scanner and the extra fuel tank all wait for the A-rated pass.

Nothing is armed — the Orca carries no weapon hardpoints, so the utility mounts and optionals go straight to scooping, shielding and surface science. No passenger cabin: a pure-exploration fit carries no fares, so that size-2 slot stays empty to protect jump range.

A-rating priority for a touring explorer:

• 1FSD → 5A — Range is the Orca's weak point; A-rate the drive first. ~8M Cr
• 2Fuel Scoop → 6A — The biggest scoop you can fit refuels almost instantly. ~12M Cr
• 3Guardian FSD Booster 5 (5H) — The largest flat range bonus available. material cost
• 4Bi-Weave Shield Generator → 5C — A fast-regen landing shield for surface touchdowns. a few M Cr
• 5SRV bay (4H) + AFMUs (5A, 3A) — Surface access and self-repair on long trips. ~6M Cr
• 6Detailed Surface Scanner (1I) — Stock; maps planets for major cartographic payouts. The DSS has no engineering, so fit it as-is. ~250k Cr

The standard exploration engineering pattern, applied to a heavy hull where every kilo of saved mass matters. Felicity Farseer (maxed) carries the FSD; pin blueprints for remote G1→G5 application.

Recommended order

• 1FSD Increased Range to G5 with Mass Manager — the single biggest lever on the Orca's modest range.
• 2Lightweight life support and sensors to shed mass from the heavy liner hull.
• 3Low-Emissions plant to keep heat manageable when scooping.
• 4Clean Drive Tuning thrusters for efficient travel and cooler running.

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

Engineered, the Orca jumps ~45 LY while carrying a full touring kit and landing on planets. The power plant runs Low Emissions G5 + Thermal Spread for cool, steady fuel-scooping, the hull keeps a lightweight engineered Lightweight Alloy shell, and the stock 1I DSS handles the cartography. Comfortable and capable, but well short of the explorers that double its range from cheaper hulls — it stays a large pad with mediocre reach. That's the trade for the comfort and the looks. Fly it because you enjoy it, not for the light-years.

• FSD and class-6 scoop first; the Orca's range is its weakness, so chase every light-year.
• Strip mass hard — lightweight life support and sensors matter more on a heavy hull than a light one.
• Mind the large pad — plan resupply around stations or a carrier; no outpost landings.
• It doubles as a passenger liner — the same hull tops the fast-touring tables in its passenger role; see that manual too.