No Man's Sky: How to Build the Rockhopper Salvager Corvette Base

To build the Rockhopper salvager corvette base in No Man's Sky, construct an elevated structural alloy spine around a functional landing pad, then mount an asymmetrical salvage crane and twin engine nacelles to establish an industrial freighter silhouette. This design functions as a planetary base styled after a heavy deep-space salvage vessel.

1. Frame the Foundation and Landing Pad

Begin by establishing the ship's keel above the planetary surface:

Elevate the Spine: Snap horizontal structural beams and alloy floor panels several meters above the ground. This clearance provides space beneath the ship for landing skids, magnetic grapples, and exposed conduit lines.
Integrate the Landing Pad: Place a functional starship landing pad slightly off-center or sunken below the primary deck level. Centering the pad symmetrically creates a standard outpost look, whereas an offset position establishes a utilitarian cargo-hauler profile.
Rough Out the Hull: Use metal half-ramps, alloy wall pieces, and structural trusses along the perimeter. Offset the wall snap points to create mechanical recesses and layered armor plating rather than flat surfaces.

2. Assemble the Port Salvage Crane

The defining feature of the Rockhopper is an asymmetrical crane gantry mounted on the port side of the hull. Construct the gantry using modular structural components:

Component	Base Building Parts	Visual Function
Arm Joints & Hydraulics	Scaffolding struts	Articulated crane segments and pistons
Hydraulic Lines	Industrial supply pipes and tubes	Fluid routing for cutting equipment
Work Floodlights	Downward-facing lab lamps or light boxes	Illumination for surface salvage
Winch & Counterweight	Storage silos or cylindrical tanks	Heavy machinery housing at the crane base

Anchor the base of the gantry to the primary deck using reinforced corner connectors to ensure the crane visually integrates into the ship's load-bearing frame.

3. Construct the Twin Engine Nacelles

The propulsion block occupies the rear of the vessel and flanks the central cargo area.

Build the Nacelle Shells: Mount cylindrical industrial tanks or large alloy pipe segments horizontally into a rear structural frame.
Cap the Exhausts: Snap circular floor grates or inverted wall fans over the rear openings to simulate thrust dampeners.
Create the Engine Glow: Place orange or cyan light blocks directly behind the grates. These blocks cast an active thruster glow that remains illuminated during both day and night cycles.
Attach to Hull: Connect each nacelle to the main hull spine with angled alloy roof panels to produce a wide, muscular aft section.

4. Furnish the Bridge and Salvage Workshop

Divide the interior into two compact operational decks:

Forward Flight Deck: Construct an elevated bridge using angled glass windows or alloy viewports. Furnish the cockpit with captain consoles, holographic planetary globes, comms arrays, and telemetry monitors.
Salvage Workshop and Quarters: Position this section behind or directly below the bridge. Install refiners, nutrient processors, crew bunks, weapon racks, and hazard lockers. Conceal a base teleport module inside a narrow doorway to serve as a functional airlock. Route exposed wire conduits and floor pipes across the ceiling to maintain an industrial theme.

5. Apply Industrial Weathering and Decals

Finish the exterior to give the corvette the appearance of an active, retrofitted scrap vessel:

Color Palette: Coat the hull in industrial yellow, weathered orange, or safety red paired with dark charcoal gray structural framing.
Hazard Decals: Apply hazard stripes around external hatches, the rear thruster platform, and the base of the salvage gantry.
Hull Details: Affix warning decals, radiation icons, and registration numbers across exterior armor plates.
Running Lights: Mount red and amber emergency beacon lights on exterior structural antennas to complete the build.