Asp ExplorerExploration

The Asp Explorer is Lakon's purpose-built deep-space hull and, for the better part of a decade, the community's default recommendation for a first serious explorer. Its signature is the cockpit — an enormous wrap-around canopy that makes scanning, fuel-scooping and just looking at the galaxy a pleasure no other ship in its bracket matches.

Functionally it does everything an expedition needs on a medium pad: a class-5 FSD that engineers into the 60-plus light-year range with a Guardian booster, enough optional internals for a fuel scoop, AFMU, Detailed Surface Scanner, SRV hangar and a light shield, and good heat behaviour for close fuel scooping. The consensus today places it just behind the Mandalay (more range, lighter) and the Anaconda (more range, far more module room) — but the Asp remains the sweet spot of cost, comfort and capability.

Four things make the Asp a genuine explorer rather than a multirole that tolerates exploration:

• Class-5 FSD that engineers long. Increased Range + Mass Manager plus a Guardian FSD Booster puts laden jumps comfortably past 60 LY — few medium hulls reach further.
• The canopy. The widest field of view in its class. It sounds cosmetic; on a thousand-jump expedition it's the difference between a chore and a joy.
• Eight optional internals. Room for fuel scoop, AFMU, DSS, SRV bay, a light shield and spare module reinforcement — you never choose between survival kit and science kit.
• Cool-running. Manageable heat for close fuel scooping and neutron-star supercharging, which keeps long hauls fast and safe.

An all-round explorer led by glorious class-leading canopy and eight-slot internals, held off a top score only because its ~62 LY engineered range trails the Mandalay, Anaconda and Krait Phantom.

The 86/100 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 the exploration role specifically. The role column is engineered maximum jump range — the number that decides how far each hop takes you.

Same class — medium-pad explorers

Among mediums the Mandalay and Krait Phantom now out-jump the Asp, and a Krait Mk II trades range for the ability to fight on the way out. But none beat the Asp on the blend of cost, canopy comfort and 'fits everything' internal room — which is exactly why it stayed the default recommendation for so long.

The step up (or sideways) — other classes

The genuine upgrades are the Anaconda and Caspian (more range and far more room, at the cost of a large pad and slower handling) and, at the budget end, the Diamondback Explorer (nearly the Asp's range for a fraction of the cost, with small-pad access). Everything else here is a sidegrade or a budget option — the Asp remains the comfortable middle of the field.

The Asp Explorer is a credits-only purchase at most High-Tech and Industrial shipyards — no permit, rank or engineer gate, and no expansion requirement (it predates Odyssey). At roughly 6.1M Cr for the hull it sits in the affordable-but-meaningful bracket: cheap enough to be a sensible first 'real' explorer, expensive enough that you'll want to outfit it properly.

Use Inara's nearest-shipyard search to find stock near your base. The exploration fit — A-rated FSD, Guardian booster, fuel scoop, scanners — is where the real money goes (section 08).

The whole exploration build on one screen. Initial is a jump-capable starter; A-Rated is the best buy-only expedition fit; Engineered is the long-range end state — almost entirely about range and weight, with one engineer doing most of the work. Plans and costs follow in the sections below.

Goal: get into deep space cheaply but safely. Fit a 5A SCO Frame Shift Drive first — range is the whole point, and the SCO drive speeds in-system travel. Add a class-5 fuel scoop so you never strand, a Detailed Surface Scanner for mapping income, and an SRV hangar for planetary exobiology.

Strip weight everywhere else: D-rated power plant, thrusters, sensors and life support keep mass down and range up. The hull rides on its stock Lightweight Alloy bulkhead — already the lightest option, so there's nothing to buy there. A light shield generator and one heat sink cover the two ways explorers die — a botched planetary landing and an overheated fuel scoop. The two smallest optional slots stay empty for now — the second AFMU and repair-limpet controller come with the A-rated pass. This buy-only starter runs roughly 8–12M Cr on top of the hull and is genuinely expedition-ready.

To reach the best buy-only range and safety before engineering, upgrade in this order:

• 1FSD to 5A (SCO). The largest single range gain available without engineering — the SCO drive also speeds in-system travel. Fit it first, always.
• 2Guardian FSD Booster (class 3). A flat range bonus on top of the FSD; unlock it at a Guardian structure rather than buying it.
• 3Fuel Scoop to 6A. Faster scooping means less time sitting in a star's corona and more time covering distance.
• 4Shield Generator to 4C bi-weave, plus an 0A Shield Booster. A fast-regenerating landing buffer that under-fills the size-5 slot to save mass; the light booster multiplies its MJ cheaply.
• 5Lightweight everything non-essential. D-rated cores keep optimal mass low, which compounds with the FSD for extra range. The bulkhead stays on stock Lightweight Alloy — an explorer wants minimum mass, not a military hull.
• 6Redundant repairs — 3A + 2A AFMU and a 1E repair limpet. Two AFMUs cover each other on long hauls; the limpet patches hull the AFMUs can't reach.

Exploration engineering is short and almost entirely about range and weight — the FSD roll carries most of the value, though the full plan touches several engineers:

Recommended order

• 1FSD — Increased Range + Mass Manager (Farseer). The single most important roll in exploration; do it to G5 first.
• 2Lighten the cores — Lightweight LS (Etienne Dorn) and Sensors (Bill Turner), Low Emissions Power Plant (Hera Tani). Lower optimal mass and heat compound with the FSD for more range per jump.
• 3Thrusters — Clean Drive Tuning + Drag Drives (Professor Palin). Cooler thrust for safer planetary work and a touch more boost speed.
• 4Shield — Enhanced Low Power + Lo-Draw (Lei Cheung). A light, cheap-to-power buffer for landings.

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

The number you'll feel is laden jump range: from ~38 LY raw to ~62+ LY engineered with the Guardian booster. That's the difference between a slow plod and reaching distant nebulae in an evening — the FSD roll is where almost all the value lives. The engineered effective-hull bump comes from a Lightweight Armour G5 pass on the stock alloy bulkhead: it sheds a touch more mass while adding the kinetic/thermal/explosive resistance that turns a hard planetary touchdown from fatal into survivable.

• Unlock the Guardian FSD Booster before you leave. It's the biggest range gain on the ship and it costs materials, not credits — don't depart the bubble without it.
• Carry two AFMUs. One repairs the other; module wear on long hauls is real, and a dead FSD a thousand jumps out is a long self-destruct home.
• Honk, then map selectively. Full system scans on arrival, then DSS only the high-value bodies — map efficiency is your credits-per-hour.
• It can fight in a pinch. The two medium hardpoints mean you're not defenceless near the bubble, but exploration fits run them empty for weight — see the Asp Explorer Multipurpose dossier for a flex build.
• Watch heat on the scoop. The Asp is cool, but a steep scoop on a hot star still bites — keep a heat sink mapped to a fire group.