The Crust 1.0 Roads Guide: Truck Routing & Logistics

Surface Transport and the 1.0 Road Infrastructure

As lunar operations expand beyond your initial landing crater, conveying millions of tons of raw regolith, ice chunks, and refined ingots via subterranean belts becomes prohibitively expensive. Version 1.0 introduced a dedicated surface transportation network featuring constructible road tiles, automated transport trucks, designated parking bays, and multi-trip delivery logistics.

Paved roads eliminate rover wheel slip, boost hauler top speed, and direct surface vehicle traffic along controlled corridors, preventing trucks from colliding with sensitive solar arrays or falling into open excavation trenches.

Road System Feature	Operational Function	Logistics Benefit	Engine Version Introduced
Shortest-Path Navigation	Automatic pathfinding along paved tiles	Minimizes transit time and battery consumption	Version 1.0 Launch
Dynamic Load Splitting	Auto-dispatches multiple haulers for bulk cargo	Eliminates delivery deadlocks on large contracts	Version 1.0 Launch
Paved Road Demolition	100% credit refund upon tile deconstruction	Allows risk-free crater road redesigns	Hotfix 1.0.6 / Update 1.0.12
Patrol Mode Gathering	Automated rover resource collection routes	Sweeps scattered surface drops and meteorite iron	Update 1.0.26
Conduit Collision Locks	Prevents utility pipe supports on road tiles	Eliminates vehicle pathing traps on active highways	Hotfix 1.0.30

Automated Truck Routing and Load-Splitting Logic

The logistics engine in The Crust handles surface deliveries through automated background scheduling:

1. Shortest-Path Navigation Mesh

When a remote drilling rig or extraction outpost requests material transit to the central Freight Elevator, trucks scan the connected road network and choose the shortest paved route. Unpaved lunar dust imposes high rolling resistance and increases battery drain, so vehicles strongly favor paved concrete roads even if the paved route is slightly longer in total distance.

2. Multi-Truck & Multi-Trip Load Balancing

When a trade contract or warehouse transfer orders bulk regolith exceeding your transport truck bed capacity, the dispatcher automatically handles the queue:

• Parallel Dispatch: If multiple trucks are parked in designated bays, the system assigns multiple vehicles to execute simultaneous runs.
• Sequential Trips: If only a single hauler is operational, the truck completes four consecutive round trips until the order quantity is fulfilled.

Designing High-Efficiency Lunar Highway Networks

To prevent surface traffic jams in high-density factory sectors, follow these civil engineering principles:

A. Construct Dedicated Parking Hubs Near Warehouses

Never allow transport trucks to park on active road lanes while waiting for storage buffers to fill. Build dedicated parking slots adjacent to primary Cargo Docks and Expedition Centers:

• Turnaround Loops: Create loop turnarounds rather than dead-end cul-de-sacs. Loop roads allow trucks to enter, load from overhead gantries, and exit without reversing into oncoming traffic.
• Expedition Center Mesh (Update 1.0.13): Following Update 1.0.13, navigation mesh bounds around the Expedition Center were corrected, preventing trucks from getting trapped against building hitboxes.

B. High-Speed Spine and Arterial Hierarchy

Organize your surface crater transport into a tiered road hierarchy:

1. Primary Highway Arteries: Dual-lane Smart Concrete roads connecting your central base elevator to distant mining outposts located 2 to 5 kilometers away.
2. Local Secondary Spurs: Single-lane compacted roads leading to local drill heads and temporary ice melter pods.
3. Buffer Zones: Loading zones equipped with 2 to 4 parking bays to absorb delivery surges during contract fulfillment.

Logistics Layer	Optimal Distance	Primary Cargo Types	Bottleneck Prevention Rule
Surface Road Trucks	Long range (500m to 5km)	Raw regolith, bulk water ice, export cargo	Pave with Smart Concrete; install dedicated parking
Indoor Conveyor Belts	Short-to-medium (10m to 500m)	Refined ingots, microcircuits, continuous ore	Use splitters with priority filters to prevent jams
Freight Elevators	Vertical transit (Surface to Deep)	Vertical transfer between surface and factory	Keep elevator input buffers clear of unsmelted slag

Patrol Mode and Automated Surface Sweeping (Update 1.0.26)

Update 1.0.26 significantly expanded surface utility by refining Patrol Mode:

• Automated Waypoint Loops: Assign rovers to patrol defined perimeter waypoints around your base perimeter.
• Collecting Scattered Debris: Patrol trucks automatically detect and vacuum up resource containers dropped by mining drones or surface meteorites.
• Collection Fix: Update 1.0.26 fixed an early issue where trucks in patrol mode occasionally ignored certain drop containers, ensuring 100 percent material recovery.

Utility Conduit Safety & Demolition Rules

Managing roads alongside electrical and gas infrastructure requires adhering to construction constraints:

• Gas Pipeline Road Locks (Hotfix 1.0.30): You cannot construct gas pipe supports directly on active road tiles. Holograms glow red to indicate invalid placement, preventing players from accidentally severing vehicle routes with utility lines.
• Universal Demolition Tool: If you need to reroute an arterial road, select the Universal Demolition tool. Hotfix 1.0.6 ensured that road demolition refunds all invested credits, allowing you to reconfigure logistics corridors as your base expands.

For early survival priorities, consult the beginner guide. For power management across surface grids, see the power grid guide. For complete patch history, review the patch notes guide.

Methodology & Technical Sources: Road routing mechanics, load-splitting algorithms, credit refund rules, and vehicle mesh updates are verified directly against Point Motion’s official Steam release announcements and changelogs for The Crust (Steam AppID 1465470).