C2 Hercules Vehicle Transport Guide: Nova, Ballista & Spartan

The C2 Hercules is built around moving large ground vehicles, not merely carrying 696 SCU of boxes. CIG's Hercules material identifies vehicle transport as a central purpose of the platform, while the current C2 reference lists the Nova, Ballista, and Spartan among the large vehicles that can use its front and rear ramp cargo hold.

What makes the C2 useful is the complete transport workflow: land close to the operating area, lower a large ramp, drive the vehicle into an enclosed hold, move it across the ship, and unload from either end when the destination allows it.

That does not mean every vehicle that can be physically squeezed through a ramp is equally practical to carry. Vehicle height, ramp clearance, parking position, cargo sharing, landing terrain, and the ability to close the ship all matter.

For the C2's complete specifications, cargo, crew, weapons, fuel, price, and broader ownership questions, see the Star Citizen C2 Hercules Guide: Cargo, Crew, Price & Solo.

The C2 Was Designed for Vehicle Transport

Vehicle transport is not an accidental use of an oversized cargo bay.

In CIG's Hercules Q&A, the developer explanation describes transporting vehicles as the main point of the Hercules when comparing it with the Starfarer. CIG's later Whitley's Guide - Hercules also describes the civilian C2 as being positioned for organizations that need to rapidly relocate vehicles and heavy equipment where infrastructure may be limited.

CIG's Ballista Q&A provides stronger direct evidence for that specific vehicle. It identifies the Hercules and Idris as the two ship series specifically designed to transport the Ballista, defining transport as getting the vehicle entirely inside, secured, with the doors closed.

That makes the C2 fundamentally different from a ship where a ground vehicle happens to fit because there is spare floor space.

Its broad enclosed hold and two large ramp openings are part of the transport architecture.

Physical Fit vs Operational Fit

For the C2, physical fit is only the first test.

A vehicle can appear to fit inside the cargo deck while still being awkward to operate as a regular carried asset.

Operational transport also needs enough clearance to:

• drive through the ramp without repeatedly colliding with the entrance;
• position the vehicle completely inside the hold;
• close the relevant ramp;
• leave a usable path for crew movement;
• unload at the destination without trapping the vehicle behind other cargo;
• place the C2 on terrain where its ramp can actually reach a usable surface.

CIG's Ballista Q&A is useful here because its definition of transport goes beyond simply placing the vehicle somewhere inside a ship.

This is also why screenshots of unusually large objects inside a cargo bay should not automatically be treated as compatibility evidence.

Fits once and works as a repeatable transport workflow are different standards.

Which Large Vehicles Can the C2 Carry?

The evidence is not identical for every vehicle, so the source hierarchy matters.

Vehicle	C2 Transport Evidence	What the Evidence Supports
Anvil Ballista	Direct official CIG support	Hercules was specifically designed to transport the Ballista fully inside, secured, with doors closed
Tumbril Nova	Current C2 reference listing	Listed among large vehicles carried in the C2
Anvil Spartan	Current C2 reference listing	Listed among large vehicles carried in the C2

CIG provides the strongest direct compatibility statement for the Ballista. The current Star Citizen Wiki C2 reference separately lists the Nova, Ballista, and Spartan as examples of large ground vehicles that can be carried through the C2's front and rear ramps.

These compatibility examples should not be confused with the version-locked Alpha 4.10.0 C2 vehicle API. That record supplies numerical ship data; it is not a complete vehicle-compatibility database.

Ballista

The Ballista has the strongest official compatibility evidence of the three.

CIG states that the Hercules series was specifically designed to transport the Ballista completely inside, properly secured, with the doors closed. That is much stronger evidence than estimating compatibility from vehicle dimensions alone.

For gameplay, the pairing gives the C2 a clear logistics role: move a mobile anti-air platform to a planetary operating area rather than requiring the Ballista to cross the entire distance under its own power.

The transport ship and ground vehicle still have different jobs. Once deployed, the C2 does not need to remain beside the Ballista unless the operation requires rapid relocation or extraction.

Nova

The current C2 reference lists the Tumbril Nova as another large vehicle that can be carried.

The Nova is a particularly useful test of the Hercules concept because it is not a small rover. The version-locked Alpha 4.10.0 Nova record lists the tank at approximately 20 meters long, 12 meters wide, and 11 meters high, making vertical and lateral clearance relevant rather than merely floor length.

CIG had already highlighted height as an important transport constraint in the historical Nova Q&A, explaining that the tank requires a carrier with substantial ceiling clearance. That Q&A reflects design-era guidance rather than a current compatibility list.

The practical consequence is that the C2's value as a vehicle transporter cannot be reduced to cargo SCU. A ship can have substantial cargo capacity and still be unsuitable for something as tall and bulky as a Nova.

Spartan

The current C2 reference also lists the Anvil Spartan among its large vehicle examples.

The version-locked Alpha 4.10.0 Spartan record lists it at approximately 17 × 7 × 5.5 meters.

Its role also changes what the C2 is transporting. A Nova or Ballista primarily moves a combat platform; the Spartan is a personnel carrier. Using the C2 with a Spartan can therefore move both a ground vehicle and the capability to transport personnel after deployment.

That is a different logistics problem from simply filling the C2 with commodity containers.

Why the Front and Rear Ramps Matter

The C2's front and rear ramp arrangement is one of its most useful vehicle-transport features.

The current C2 reference describes large ground vehicles including the Nova, Ballista, and Spartan using these large ramp openings.

With an appropriate landing area, this creates a drive-through workflow rather than forcing every operation to use the same doorway.

A vehicle can enter from one side of the ship and leave through the other. That can reduce unnecessary reversing and turning inside the hold, particularly with long ground vehicles.

It also changes how the cargo deck can be organized.

If the intended destination requires a rapid vehicle deployment, parking the vehicle so its departure route remains unobstructed can be more valuable than filling every remaining section of the hold with freight.

For vehicle operations, usable deck access can be worth more than maximum packing density.

Landing Position Is Part of Vehicle Transport

A C2 that can carry a vehicle is useful only if the vehicle can get on and off at the places you intend to visit.

The version-locked Alpha 4.10.0 C2 record lists the ship at 94 meters long, 70 meters wide, and 23 meters high.

That 70-meter width matters on planetary surfaces.

Landing close to a cliff, structure, rock formation, steep slope, or other obstruction may leave enough physical space for the ship but not enough working room around a ramp.

Uneven terrain can create another problem: the ship may be safely landed while the ramp reaches the surface at an inconvenient angle.

For vehicle operations, a sensible landing site therefore needs more than a C2-sized patch of ground. It needs usable space around whichever ramp will handle the vehicle.

That becomes especially important with something as large as a Nova or Ballista because correcting a poor approach inside a confined loading area is less convenient than repositioning a small rover.

The Drive-Through Hold Does Not Eliminate Planning

Having two ramps makes the workflow more flexible, but it does not make every loading configuration equally good.

Before loading a heavy vehicle, the important practical questions are:

1. Which ramp will be used to unload?
2. Does anything else need to leave first?
3. Will freight block the vehicle's exit path?
4. Is there enough room at the destination to open that ramp and drive away?

Those questions matter more as the load becomes mixed.

A C2 carrying one ground vehicle and some cargo is relatively straightforward. A hold carrying several vehicles, freight containers, support equipment, and multiple players needs an actual unloading order.

The C2's volume provides flexibility, but poor placement can still turn a large cargo deck into a traffic jam.

Vehicle Transport and 696 SCU Share the Same Space

The version-locked Alpha 4.10.0 C2 record provides 696 SCU of cargo capacity, split across 480 SCU and 216 SCU grids.

That number should not be interpreted as cargo capacity that remains fully usable regardless of what vehicles are parked inside the ship.

A Nova, Ballista, Spartan, or combination of smaller vehicles occupies physical deck space that could otherwise be used for freight.

There is no useful universal conversion such as:

one Nova = X SCU

The vehicle does not become a simple rectangular cargo-box equivalent. Its geometry, clearance, access route, and surrounding usable grid space all affect the remaining practical cargo layout.

For mixed logistics, it is more useful to think in terms of deck allocation:

Vehicle space + access space + secured cargo space = usable loadout.

Trying to maximize the SCU figure while also carrying a large ground vehicle can undermine the reason for bringing the vehicle in the first place if containers block its exit.

Can the C2 Carry Smaller Ground Vehicles?

The C2's vehicle deck is designed around equipment substantially larger than typical rovers, and its current reference explicitly lists large vehicles such as the Nova, Ballista, and Spartan.

Smaller vehicles are therefore less demanding from a pure volume perspective, but dimensions alone should not be turned into a definitive compatibility database.

Turrets, attachments, suspension behavior, collision geometry, ramp interaction, and access requirements can all matter.

For that reason, this guide treats explicitly referenced large vehicles as supported examples rather than publishing a speculative list of every ground vehicle that appears small enough to fit.

The same rule is useful whenever a new ground vehicle enters the game:

Do not assume operational compatibility from length × width × height alone.

What About Other Atlas-Platform Vehicles?

Similar dimensions do not automatically establish equivalent transport compatibility.

The version-locked Alpha 4.10.0 records list the Ballista, Spartan, and Centurion at approximately 17 × 7 × 5.5 meters.

That is useful dimensional context, not proof that all three have the same evidence status.

The Ballista has direct official Hercules compatibility support.

The Spartan is explicitly listed by the current C2 reference.

The Centurion's similar dimensions alone are not enough to promote it to confirmed C2 compatibility in this guide.

This avoids a common mistake in vehicle-fit discussions: turning measurements into certainty without accounting for entrances, turrets, collision geometry, orientation, or the ability to close and operate the carrier normally.

Solo Vehicle Transport in the C2

The version-locked Alpha 4.10.0 C2 record lists Crew 2, but vehicle transport does not inherently require both positions to be occupied.

A solo player can operate the C2, land it, leave the cockpit, and drive a ground vehicle in or out.

The cost is workflow rather than basic capability.

One person must alternate between:

• piloting the C2;
• opening and closing the ship;
• positioning the vehicle;
• driving it into or out of the hold;
• returning to the cockpit;
• repositioning the ship if the landing site proves unsuitable.

A second player can keep one asset crewed while the other is moved, guide loading from outside, or reduce repeated movement between the vehicle and flight deck.

For a single vehicle, that may simply be a convenience. For more complex mixed-load operations, the difference becomes more noticeable.

Vehicle Deployment vs Vehicle Storage

The C2 works best when the carried vehicle has a purpose at the destination.

That may be:

• deploying a Ballista to establish ground-based air defense;
• delivering a Nova for heavy ground combat;
• moving a Spartan to support personnel transport;
• relocating industrial or exploration ground equipment;
• carrying mixed vehicles and supplies to a remote operating area.

Parking vehicles permanently inside the C2 is possible as a fleet-management choice, but it does not automatically make the ship an ideal substitute for every specialized carrier.

The Hercules design is strongest when the vehicle actually needs to move between locations that it cannot reasonably reach by driving.

That is the transport problem the ship solves.

How Many Vehicles Can the C2 Carry?

There is no single reliable number that describes every C2 vehicle loadout.

The sources used here support specific vehicle compatibility examples, but they do not establish a universal current maximum for every combination of Novas, Ballistas, Spartans, smaller vehicles, cargo boxes, and support equipment.

A maximum packing count can depend on:

• vehicle orientation;
• whether cargo is carried at the same time;
• how much clearance is left for unloading;
• whether the required ramps remain usable;
• collision geometry;
• whether the goal is simply to fit the vehicles or operate them repeatedly.

Screenshots, videos, player packing experiments, or dimensional calculations can demonstrate possibilities, but they are not authoritative evidence for a universal maximum capacity.

For a practical transport guide, a configuration that technically places more vehicles inside but makes them difficult to unload is not automatically better.

Treat maximum packing and operational loadout as separate questions.

C2 Vehicle Transport: Best Use Cases

The C2 is most useful as a vehicle transporter when the payload is large enough that ordinary cargo ships stop being convenient.

Heavy Ground Combat

Nova transport is the clearest example. The tank's size makes carrier height and access important, while the current C2 reference explicitly lists the Nova among the large vehicles carried through the ship's ramps.

Mobile Air Defense

The Ballista pairing has unusually strong official support. CIG specifically identifies the Hercules series as designed to carry it fully internally, secured, with the doors closed.

That makes the C2 useful when an organization needs to relocate ground-based anti-air capability without driving the Ballista across long planetary distances.

Personnel and Equipment Movement

The C2 reference also lists the Spartan, giving the ship a supported example built around personnel transport rather than a tank or missile platform. Once unloaded, the Spartan can continue moving personnel independently of the C2.

Mixed Logistics

The C2 can combine a vehicle with conventional freight when the deck arrangement leaves enough room and preserves an unloading route.

This can be more useful than optimizing purely for the maximum possible SCU because the ship delivers both equipment and supporting cargo in one movement.

When the C2 Is the Wrong Vehicle Carrier

The C2's capacity does not mean it is automatically the correct carrier for every ground vehicle.

Using a 94-meter ship to transport a very small rover can create unnecessary overhead when a smaller vessel can perform the same job.

The C2 also becomes less convenient when the operating area lacks:

• enough landing space;
• usable terrain around the ramps;
• enough room to maneuver the ground vehicle after unloading.

For deployments where the vehicle itself is small and the route is routine, a smaller carrier may reduce internal travel, landing difficulty, and general operating friction.

The C2 earns its size when the payload needs it.

Is the C2 Good for Vehicle Transport?

Yes. Vehicle transport is one of the strongest reasons to choose the C2 Hercules.

Unlike cargo capacity, which can be compared directly against other freighters in SCU, the vehicle deck provides a capability that depends on physical architecture: wide access, substantial internal clearance, an enclosed hold, and ramps at both ends.

The official Ballista compatibility evidence is particularly strong, while the current C2 reference separately identifies the Nova and Spartan as large vehicle examples.

Its limitation is scale. Operating the C2 requires enough landing room for the ship and enough surrounding space to make the ramps useful. Vehicles also consume cargo-deck space, so mixed loads require more planning than simply filling every cargo-grid position.

For players who regularly relocate heavy ground assets, those costs support exactly the role the Hercules was built to perform.

FAQ

Can the C2 Hercules carry a Nova?

Yes. The current Star Citizen Wiki C2 reference lists the Tumbril Nova among the large ground vehicles that can be carried through its front and rear ramp hold. The historical Nova Q&A separately establishes why vehicle height and carrier ceiling clearance are important, but it is not being used here as a current compatibility list.

Can the C2 carry a Ballista?

Yes. This has direct official support: CIG's Ballista Q&A states that the Hercules series was specifically designed to transport the Ballista fully inside, properly secured, with the doors closed.

Can the C2 carry a Spartan?

Yes. The current C2 reference lists the Anvil Spartan alongside the Nova and Ballista as a large vehicle example.

How many Novas can a C2 carry?

The sources used here do not establish a single authoritative current maximum count. Vehicle orientation, unloading clearance, mixed cargo, collision geometry, and access requirements can change what is physically packable versus operationally practical. This guide therefore does not assign an unsupported fixed number.

Does carrying a vehicle reduce the C2's usable cargo space?

Practically, yes. The version-locked Alpha 4.10.0 C2 record provides 696 SCU across 480 + 216 SCU cargo grids, while a carried vehicle occupies physical space in the same large hold. A mixed load has to preserve the vehicle's footprint and usable access route rather than assuming every cargo-grid position remains equally practical.

Is the C2 better for vehicles than ordinary cargo ships?

Its advantage is purpose-built architecture rather than SCU alone. CIG identifies vehicle transport as a central Hercules role, and the Ballista Q&A specifically identifies the Hercules as a ship series designed to carry that large vehicle internally.

Final Verdict

The C2 Hercules is at its most distinctive when it is carrying something that cannot simply be represented by an SCU number.

A Ballista, Nova, or Spartan turns the ship from a large freighter into a logistics bridge between space travel and planetary operations. The front-and-rear-ramp layout supports that role because vehicles can be moved through an enclosed hold rather than treated as awkward cargo squeezed into spare space.

The main limitation is operational. The C2 needs substantial landing room, the ramps need usable terrain and clearance, and every vehicle consumes space that could otherwise support freight. Maximum packing is also less important than being able to unload the required vehicle at the destination.

For moving heavy ground assets between distant operating areas, those compromises make sense. That is the use case where the C2's size is not overhead — it is the reason the transport works.