Star Citizen Hull C Guide: Cargo, Crew, Price & Is It Worth It?

The MISC Hull C is a heavy freighter built around one idea: move far more standardized cargo in a single trip than conventional cargo ships can carry. Its expandable spindle supports 4,608 SCU, giving the Hull C dramatically more nominal cargo capacity than ships such as the C2 Hercules, Caterpillar, or Constellation Taurus.

That capacity comes with a major operational trade-off. The Hull C does not use a conventional enclosed cargo bay. Freight is attached to an external expandable spindle, and moving a full commercial load depends on cargo infrastructure and a more specialized workflow than simply landing at an outpost and opening a ramp.

That makes the Hull C a specialized bulk freighter rather than a bigger version of a normal cargo ship. It is most useful for players who want high-volume station-to-station hauling and are prepared to work around the ship's cargo workflow. Players who value flexible destinations, vehicle transport, simple loading, or routine solo trading may find a smaller conventional freighter easier to use.

Hull C Specifications in Alpha 4.10

Specification	Current Alpha 4.10
Manufacturer	MISC
Role	Heavy Freight
Status	Flight Ready
Cargo capacity	4,608 SCU
Official RSI crew	4
Dimensions	91.17 × 36.05 × 26.28 m — current Ship Matrix / vehicle-data dimensions
SCM speed	110 m/s
NAV maximum speed	890 m/s
Current shields	144,000 HP
Current pledge / upgrade value	$500
In-game purchase price	15,710,600 aUEC
Claim time	45 minutes
Expedited claim time	15 minutes

Current Alpha 4.10.1 live-derived vehicle data reports 4,608 SCU, 110 m/s SCM speed, 890 m/s maximum speed, 144,000 shield HP, and a $500 MSRP/reference value. It currently exposes the top-level crew field as 4–5, while the current RSI Ship Matrix and CIG's dedicated Hull C material specify four crew. This guide therefore uses four as the official RSI crew specification rather than treating the live-derived 4–5 field as an official crew range.

The current Ship Matrix and vehicle data publish dimensions of 91.17 × 36.05 × 26.28 m. Separately, CIG's published Hull C configuration material has described the ship at approximately 90 × 35.5 × 25 m collapsed and 125 × 60 × 60 m expanded. Those configuration figures help illustrate how dramatically the spindle changes the ship's operational footprint; the small difference between the current Ship Matrix dimensions and the separately published collapsed dimensions is not treated here as a contradiction.

The 4,608 SCU Cargo Capacity Is the Hull C's Main Advantage

The defining number is 4,608 SCU.

CIG's published Hull C Cargo Configuration shows a full load of 144 32-SCU cargo containers, with 18 containers per spindle.

Instead of placing those containers inside a conventional cargo hold, the Hull C carries them externally around its telescoping central spindle.

That architecture gives the ship its extraordinary capacity without requiring a gigantic enclosed cargo deck.

It also fundamentally changes how the ship should be used.

A C2 Hercules can land, open its ramps, accept cargo through a large internal hold, transport ground vehicles, and serve destinations where a Hull C's expanded cargo structure is impractical. The Hull C sacrifices that flexibility for bulk freight capacity.

For large commodity movements between compatible locations, the trade can make sense. For mixed logistics, outpost runs, vehicle transport, or frequent small deliveries, much of the Hull C's headline capacity becomes less useful.

External cargo changes your risk profile

A full Hull C can represent a very large amount of cargo investment concentrated into one flight.

The containers are also mounted externally rather than protected inside an enclosed hold. The Hull C has shields and defensive weapons, but those do not turn it into a ship that should willingly remain in combat while carrying a valuable load.

Its economic advantage therefore depends on more than SCU per trip. Route safety, commodity supply, demand at the destination, capital requirements, loading reliability, and the probability of completing the trip all affect whether filling thousands of SCU is actually worthwhile.

Buying 4,608 SCU of a commodity is only useful when the trade route can support the transaction.

How Hull C Cargo Loading Works

The Hull C was introduced with a dedicated cargo-transfer workflow rather than the conventional cargo process used by smaller freighters.

Under the original Alpha 3.20 Cargo Services implementation, the flow was to purchase or sell cargo through the appropriate terminal, retrieve the Hull C, contact Cargo Services, move to the assigned loading area, and extend the spindle. Cargo was then transferred to or from the ship rather than requiring the pilot to manually move thousands of SCU one box at a time. The Alpha 3.20 implementation described the transfer itself as taking roughly several minutes for a large load.

That original implementation-era workflow should not be read as a guarantee that automated transfer functions identically or reliably in every current Alpha 4.10.1 session.

The expandable spindle is central to this process. Collapsed, the Hull C has a much smaller operating footprint. Expanded, its external cargo grids become available for the enormous load.

MISC also equipped the ship with four remote tractor-beam turrets intended to provide coverage around the spindle. CIG's Hull C Q&A specifically explains that the spindle does not need to rotate because the four tractor-beam turrets can reach the attached crates.

Current cargo friction matters

The intended workflow should not be confused with guaranteed trouble-free operation in every current session.

Anecdotal player reports during 2026 describe inconsistent Hull C cargo behavior across patches, servers, and locations. Reported problems include automated loading or unloading failing, Cargo Services failing to provide or correctly recognize the assigned loading area, and cargo not being recognized as expected at the destination. Other players have reported successful or partly successful automated operations under particular conditions, including reports from the Alpha 4.10 testing period.

Several 2026 discussions also describe manual loading or unloading through external freight elevators as a workaround when automated transfer fails. These are community-reported experiences rather than an official CIG Known Issue, and they do not establish that every Hull C owner will reproduce the same failure.

That matters when evaluating the ship today.

A cargo ship with 4,608 SCU is theoretically extremely efficient at moving volume. If the loading or unloading process fails, however, the same scale makes recovery considerably more inconvenient than it would be in a 100- or 200-SCU freighter.

The Hull C's value therefore depends unusually heavily on the state of the cargo system around it.

Where the Hull C Fits in Cargo Gameplay

The Hull C works best as a bulk transport between locations that support its operating model.

It is poorly suited to behaving like a universal delivery truck.

CIG's Hull C Q&A established that the ship was not intended to trade everywhere like a conventional freighter and tied its cargo model to supported infrastructure. The exact network and cargo mechanics can evolve, but the underlying operational constraint remains important: an expanded Hull C needs space and appropriate infrastructure around its external cargo grid.

This creates a different hauling pattern from ships with internal cargo bays.

A smaller freighter can take advantage of more localized buying opportunities, planetary facilities, and mixed cargo work. A Hull C owner benefits more from identifying high-volume routes where both endpoints can support the ship and where enough commodity volume exists to justify its capacity.

Capacity is not the same as profit

The Hull C can carry more cargo than most individual traders can conveniently fill.

That creates a capital problem as well as a capacity advantage. If a commodity costs thousands of aUEC per SCU, filling even part of a 4,608-SCU grid can require millions in working capital.

There is little reason to risk filling every grid position merely because the space exists.

A sensible Hull C operation depends on:

• sufficient supply at the origin;
• sufficient demand at the destination;
• enough working capital without risking an entire bankroll;
• a route compatible with Hull C operations;
• acceptable exposure to piracy, bugs, and cargo loss.

This is why the Hull C becomes more useful as a logistics platform than as a simple progression target for someone who has outgrown a medium freighter.

Can You Solo the Hull C?

You can fly the Hull C alone, but solo flight and efficient Hull C operation are not the same thing.

The pilot can move the ship and conduct cargo runs without maintaining a permanent four-player crew. For a quiet station-to-station freight run, that makes solo operation possible.

The limitations appear when something goes wrong.

The current RSI specification lists a crew of four, and the ship has multiple remote weapon and tractor-beam stations. A solo pilot cannot simultaneously fly, monitor the cargo operation, respond through the ship, and make full use of those crew stations during a hostile encounter.

A second player can already make a practical difference by separating piloting from defensive or cargo-related tasks. Additional crew become more relevant when the ship is carrying valuable freight through risky space or when onboard workload increases.

For routine hauling, 1–2 players can operate the ship in a practical sense, but that is an editorial gameplay estimate, not an official RSI minimum or recommended crew specification. A four-player crew is the current official RSI specification.

Solo owners should therefore buy the Hull C because they specifically want its freight capacity, not because 4,608 SCU makes it an automatically superior solo cargo ship.

Weapons and Defense

The Hull C is armed for transport defense rather than offensive combat.

The current RSI Ship Matrix lists three remote weapon turrets carrying six Size 3 CF-337 Panther laser repeaters in total, alongside four remote tractor-beam turrets. Current Alpha 4.10.1 live-derived data gives the ship 144,000 total shield HP.

The current Ship Matrix configuration is used here for the weapon layout. Older promotional material describing a different combination of remote and pilot-controlled weapons is not used as the current loadout.

Six Size 3 weapons provide meaningful defensive coverage when the relevant stations are crewed. They can discourage opportunistic attackers and give the ship more options than an unarmed transport.

They do not change the basic tactical problem.

The Hull C is large, slow to maneuver compared with dedicated combat ships, and potentially carrying an extremely valuable external load. Its 110 m/s SCM speed reinforces that it is a freighter first.

The sensible objective during a serious attack is usually to preserve the ship and cargo rather than turn the encounter into a prolonged fight.

Crewed turrets are most valuable when they create pressure on attackers while the pilot works toward escape. Escorts become increasingly reasonable when the value of the cargo makes losing a single run expensive.

Interior and Long-Haul Practicality

The Hull C is not simply a cockpit attached to a cargo rack.

MISC designed its interior around sustained freight operation for a multi-person crew. The ship includes crew living space, beds, hygiene facilities, a mess area, equipment storage, engineering access, and the internal spaces expected of a large commercial transport.

This makes the Hull C more suitable for extended logistics work than a small cargo ship that happens to have a large grid.

At the same time, most of the ship's usable commercial volume remains outside.

You cannot treat the spindle as an enclosed garage. CIG specifically stated that the Hull C was not intended to carry vehicles internally and that its spindle cargo implementation was designed around cargo boxes.

Creative experiments involving physically attaching small craft to the external structure should therefore not be treated as an intended vehicle-transport capability.

Players who need to transport ground vehicles, loose equipment, or mixed expedition supplies should evaluate a conventional cargo deck rather than looking only at the SCU figure.

Hull C Price and Availability

The Hull C has a $500 pledge / upgrade reference value in current Alpha 4.10.1 vehicle data. It is Flight Ready rather than a concept ship.

That $500 figure should not be interpreted as proof that the standard standalone pledge is permanently available from the RSI store. Star Citizen pledge-store availability changes with sales and events, so availability needs to be checked separately from the ship's reference or upgrade value.

The current indexed acquisition listing places the Hull C at 15,710,600 aUEC from New Deal at Teasa Spaceport in Lorville.

That is particularly important for anyone evaluating the Hull C primarily for gameplay rather than pledge ownership. Its current in-game availability gives players a way to test the specialized freight workflow without treating a $500 pledge as the entry point.

Current Alpha 4.10.1 vehicle data also lists a 45-minute standard claim, 15-minute expedited claim, and 22,500-aUEC expedite cost.

Losing the ship therefore carries meaningful downtime in addition to whatever cargo was aboard.

Hull C vs Conventional Cargo Ships

The most important alternative is not another ship with roughly 4,608 SCU. There currently is no ordinary internal-bay freighter that duplicates the Hull C's combination of capacity and flight-ready status.

The real choice is between bulk capacity and operational flexibility.

A C2 Hercules carries far less cargo, but its enclosed cargo deck, ramps, vehicle capability, and more conventional loading workflow make it substantially more flexible. It is the stronger fit for players who want one large transport for several types of logistics rather than a dedicated bulk freight platform.

A Caterpillar also sacrifices enormous amounts of capacity relative to the Hull C, but its cargo modules and conventional physical access make it better suited to smaller-scale freight operations where 4,608 SCU would be unnecessary.

A Constellation Taurus sits much further down the capacity ladder but is easier to use as a general-purpose ship. It combines cargo with stronger everyday versatility and requires far less capital to make use of its available freight space.

The Hull C is the better tool only when its defining advantage — enormous standardized freight capacity — is actually the problem you need to solve.

Who Should Buy the Hull C?

The Hull C makes the most sense for players focused specifically on high-volume commercial hauling.

It suits owners who are comfortable planning routes around compatible infrastructure, maintaining substantial trading capital, accepting a more specialized loading workflow, and potentially bringing crew or escorts when cargo value justifies them.

It also makes sense for organizations that want a dedicated bulk logistics ship. A group can absorb the Hull C's specialization more easily because other ships can handle last-mile deliveries, vehicle transport, escort duty, or smaller cargo movements.

Who should skip it?

Skip the Hull C if you mainly want a large general-purpose cargo ship.

Its 4,608 SCU figure is attractive, but much of that advantage is wasted if your preferred gameplay involves planetary outposts, frequent small transactions, vehicle hauling, mixed logistics, or destinations that do not fit its operating workflow.

Solo players should also think carefully before treating it as the natural next step from a smaller freighter. More cargo capacity means more capital exposure and a larger logistical commitment, not automatically more convenient or more profitable hauling.

The C2 or another conventional freighter can be the more useful ship despite carrying a fraction of the cargo.

Is the Hull C Worth It?

The Hull C is worth considering when bulk freight itself is the objective.

Its 4,608 SCU spindle gives it a scale of cargo transport that conventional flight-ready freighters cannot match. For repeated high-volume movement between appropriate locations, that is a genuine capability rather than a cosmetic specification.

Its weakness is that almost everything about the ship is optimized around that capability.

The external spindle limits flexibility. Cargo operations depend heavily on supporting infrastructure and current cargo mechanics. A full load can demand substantial working capital, and defensive weapons do not eliminate the risk created by moving valuable freight in a large, specialized transport.

For a dedicated trader or organization building a logistics fleet, those compromises can be reasonable.

For a player looking for one large ship that can haul cargo, visit almost anywhere, move vehicles, operate comfortably alone, and adapt to different jobs, the Hull C is usually too specialized. Its enormous capacity is most valuable after you already know exactly why you need it.

FAQ

How much cargo does the Hull C carry?

The Hull C carries 4,608 SCU at full capacity. Its cargo is attached to an expandable external spindle rather than stored in a conventional enclosed cargo bay. CIG's published Hull C cargo configuration shows a full load of 144 32-SCU containers, with 18 containers per spindle.

Can you solo the Hull C?

Yes, a player can fly and use the Hull C alone, but solo operation leaves much of its multi-crew capability unused. RSI lists four crew, and the ship has multiple remote weapon and tractor-beam stations. Solo hauling is practical under favorable conditions; defending and managing the ship becomes more demanding when problems arise.

How much does the Hull C cost in game?

The current indexed acquisition listing places the Hull C at 15,710,600 aUEC at New Deal in Lorville's Teasa Spaceport.

What is the Hull C pledge value?

Current Alpha 4.10.1 vehicle data lists a $500 MSRP/reference value. This does not mean the standard standalone ship is permanently available in the RSI Pledge Store; store availability can change with sales and events.

Can the Hull C carry vehicles?

It is not designed as an internal vehicle transporter. CIG's Hull C Q&A describes its spindle cargo implementation around cargo boxes rather than intended vehicle carriage. Creative physical attachment of a small craft should not be treated as an intended Hull C vehicle-transport role.