Titan: Infiltration - Available Mobile Units

ATC ASU Blueprint

In much the same way as the APC NSU (a.k.a. "The Orca") is used to securely transport troop and crew units by water, the ATC ASU (a.k.a. "The Elephant") is used to transport mobile units over land. Typically, these are often used to evacuate vehicles and equipment from Installations and Outposts that are at risk of falling to the enemy. The ATC ASU affords a degree of protection to these valuable assets, allowing them to be safely withdrawn from threatened areas and redeployed where they can be more effective.

The ATC ASU employs advanced transporter technology for the loading and unloading of other mobile units. They can transport units that are damaged beyond local repair or have run out of fuel when an ARS unit is not available to fix them on site. Its matter-stream energy pattern storage allows it to dematerialize multiple vehicles for efficient transport and then rematerialize them at their destination.

As part of the Armoured Support Unit division, the ATC ASU complements other specialized units like the APC ASU (a.k.a. "The Buffalo") which handles personnel transport. With specifications similar to the APC variant, the ATC focuses on vehicle transport rather than personnel movement, making it an essential logistics component for any mobile force.

This unit exists as a Field Armoured Support Unit only; for water-based vehicle transport, commanders should deploy the ATC Naval Surface Unit (a.k.a. "The Leviathan") instead.

ARS ASU Blueprint

The Automated Repair System ASU (a.k.a. "The Badger") is one of the most important mobile units available in your arsenal. It is comparatively quick and cheap to manufacture and can breathe new life into units that have been heavily damaged in battle or run out of fuel before they were able to return to their Outpost.

As with other ARS units like the ARS AOV (a.k.a. "The Phoenix"), the ARS ASU uses a scaled-up implementation of the Automatic Repair Systems technology component that can be fitted to all units, enabling them to attempt localised repairs based on respective component priorities driven by mission profiles. It is coupled with industrial grade short-range replicators that allow for surgical precision in the removal of irrevocably damaged items and their replacement with newly created counterparts.

Additionally, the ARS ASU can carry additional fuel reserves which are replenished when the unit is garrisoned to an Outpost equipped with Refuelling Pods. These fuel reserves can then be used to refuel other mobile units to allow for their recovery or to continue with the mission as planned. This dual-purpose capability makes the ARS ASU a versatile support unit that addresses the two most common issues that sideline combat units: battle damage and fuel depletion.

With its moderate mass (21.7-30.3 tonnes) and power requirements (4.7-11.1 MW), the ARS ASU offers an excellent balance of mobility and capability. Its 10-18 technology slots allow for comprehensive maintenance systems, while its 2 weapon slots provide limited self-defense capability. The ARS ASU serves two primary purposes: repairing critically damaged units in the field and refuelling units that have depleted their reserves, making it an essential component of any extended operation.

This unit exists as a Field Armoured Support Unit only; for aerial repair operations, commanders should deploy the ARS AOV (a.k.a. "The Phoenix"), while naval units typically return to appropriate Naval Installations for repairs.

Assault ASU Blueprint

The Assault ASU (a.k.a. "The Lion") stands as the highest specification Armoured Support Unit available in terms of component slots and upper limits on maximum configured mass, heat, and power output. With 4 weapon slots—double that of other ASU variants—and an impressive 14-22 technology slots across its three marks, it delivers unmatched combat capability within the support unit category. Its substantial mass (32.4-45.4 tonnes) provides a stable weapons platform while maintaining mobility suitable for rapid response operations.

This versatile combat platform can be configured in either a defensive mode to provide protection for other units or in offensive mode where it leads the charge! When deployed defensively, its weapon hardpoints can be equipped with a combination of anti-personnel and anti-vehicle systems to create overlapping fields of fire that protect vulnerable support units like the Communications ASU or Deployment ASU. In offensive configuration, the Assault ASU can mount high-powered weapons such as Gauss Guns, Railguns, or Plasma Cannons to deliver devastating firepower against enemy positions.

The Assault ASU's power distribution network (9.0-18.9 MW capacity) supports simultaneous operation of multiple weapon systems even during high-mobility manoeuvres. Its advanced heat management capabilities (7.2-15.1 MW thermal capacity) allow for sustained fire without risk of overheating, even in the most demanding combat conditions. These engineering features make it the perfect companion for specialized units that lack robust offensive capabilities but perform critical battlefield functions.

Unlike dedicated combat platforms like Heavy Armour Terrain Units (HATU) or Mechanised Combat Vehicles (MCV), the Assault ASU maintains the versatility and mobility characteristic of the ASU division while offering combat performance that approaches that of light combat vehicles. This balance of firepower, protection, and mobility allows it to respond quickly to emerging threats across the battlefield, providing crucial fire support precisely where and when it's needed most.

Strategic commanders often deploy Assault ASUs to escort high-value support units like the Deployment ASU during critical expansion operations or to reinforce defensive perimeters around key installations. Their rapid response capability makes them ideal for intercepting enemy reconnaissance units or disrupting attack formations before they can concentrate against your vulnerable facilities.

This unit exists as a Field Armoured Support Unit only; for aerial assault operations, commanders should deploy the Assault AOV (a.k.a. "The Harpy"), while naval combat relies on the Assault NSU (a.k.a. "The Hammerhead") or Assault NSSU (a.k.a. "The Meg").

Comms ASU Blueprint

The Communications ASU (a.k.a. "The Wolf") represents a critical command and control asset within your ground forces. In keeping with other communications units across divisions, the Communications ASU is specifically designed to be equipped with Comms Range Extenders to greatly increase the distance over which it can maintain secure communications with the Resource Transport Network. This extended connectivity allows mobile units to operate far beyond the standard communications range of static Installations and Outposts, dramatically increasing your operational flexibility.

The Communications ASU can also be equipped with Comms Disruptors which will attempt to overpower and disrupt the Comms Range Extenders of any enemy units in range, thereby preventing any units under enemy control from receiving new orders. This electronic warfare capability can be highly disruptive to enemy strategies if used effectively, essentially freezing enemy units with their current orders until they can re-establish communications. When deployed at critical junctures in the battlefield, this disruption can create windows of opportunity for your forces to seize tactical advantages.

What truly sets the Communications ASU apart from other support units is its unique ability to serve as a mobile communications relay. Any mobile unit within range of a Communications ASU can receive new orders through it, just as they would from a static Installation or Outpost. This capability effectively extends your command and control reach far beyond your established infrastructure, allowing for deep operations behind enemy lines or rapid exploitation of breakthrough opportunities.

With its moderate mass (11.3-15.8 tonnes) and power requirements (5.1-11.5 MW), the Communications ASU balances mobility with functionality. Its 12-20 technology slots provide ample capacity for communications equipment and electronic warfare systems, while its 2 weapon slots offer limited self-defense capability. Due to these offensive limitations, Communications ASUs are typically deployed with escort protection, often pairing with Assault ASUs to create balanced tactical units that combine firepower with extended communication range.

Strategic deployment of Communications ASUs requires careful consideration of battlefield topography and enemy positions. Placing these units on elevated terrain can maximize their effective range, while keeping them behind protective terrain features helps mitigate their vulnerability to direct fire. When positioned properly, these units can maintain continuous command and control over mobile forces even as they advance beyond the range of your fixed infrastructure.

This unit exists as a Field Armoured Support Unit only; for aerial communications operations, commanders should deploy the Communications AOV (a.k.a. "The Chimera"), while naval communications rely on the Communications NSU (a.k.a. "The Kraken") or Communications NSSU (a.k.a. "The Hydra").

Deployment ASU Blueprint

The Deployment ASU (a.k.a. "The Bear") holds a position of unparalleled strategic importance within your arsenal. Aside from the initial complement of officers, the Deployment ASU is the only other hardware available at the start of any mission (excluding action training missions available in the simulator once unlocked for a given island). Its first and most critical action is always to build the initial Command Centre so a secure connection can be established to the starship and its command team in orbit.

Deployment ASUs are used to create all Installations and Outposts that form the backbone of your strategic infrastructure. These units are often configured with Environmental Scanners to scout an area prior to deployment and provide detailed environmental data to the command team so they can locate the optimal placement of certain Installations and Outposts such as Reactor Installations and Wind Farm Outposts. A well-placed Reactor Installation on suitable geological formations can produce two to three times more power than one hastily deployed on suboptimal terrain.

The environmental data collected is also used to assess the effectiveness of stealth technology such as Thermal Scanners, Thermal Shunts, and Night Vision equipment. This has a direct bearing on the strategies that the various Combat Computers will devise for both offensive and defensive operations. The more comprehensive data on local conditions, the more effective your tactical planning will be across all aspects of the campaign.

The Deployment ASUs work by preprogramming their nanotech payloads to create the desired structure upon detonation. The nanotech will restructure local surroundings and use the energy released to fuel the construction of the desired unit. They are not, however, used to create mobile units – this manufacturing process takes place in the respective specialized Outposts. The precision targeting systems of the Deployment ASU allow for accurate placement even in complex terrain, ensuring optimal positioning of strategic assets.

With specifications showing one of the lightest ASU configurations (7.5-10.5 tonnes) and moderate power requirements (4.2-10.4 MW), the Deployment ASU prioritizes mobility and operational range over combat capability. Its 8-16 technology slots provide capacity for specialized deployment systems and environmental analysis equipment, while its limited 2 weapon slots offer minimal protection against light threats.

In addition to Armoured Operations Outposts, the Command Centre can also create Deployment ASUs, albeit at a reduced throughput – if the ASU is lost before Command Centre construction is underway, a new drop ship must be requested from orbit which can take some time and will leave you at a disadvantage compared to other combatants. Be sure to take good care of these vital units – some of the wildlife is not friendly, and Deployment ASUs have very limited offensive and defensive abilities. Prudent commanders often assign escort protection to these valuable assets, particularly when operating in unsecured territories.

This unit exists as either a Field Armoured Support Unit or its aerial counterpart, the Deployment AOV (a.k.a. "The Thunderbird"), giving you flexibility in how you deliver construction capability to different terrain types and tactical situations.

Recon ASU Blueprint

The Reconnaissance ASU (a.k.a. "The Leopard") represents the eyes and ears of your ground forces, designed to infiltrate enemy territory and gather critical intelligence while remaining undetected. As with other Recon class units across divisions, the Recon ASU is designed to be fast, agile, and loaded with stealth technology – it is a small unit ideal for leveraging the cover of forests and wooded areas to further reduce its visibility in hostile territory.

Typically equipped with a sophisticated array of technologies to scan the offensive and defensive capabilities of enemy Installations, the Recon ASU provides invaluable strategic data to help shape the decisions made by both the command team in orbit and the Combat Computers installed in the various units planetside. Its sensor suite can detect and analyze enemy unit configurations, weapon loadouts, and defensive emplacements, giving you a comprehensive picture of what you're facing before committing to engagement.

As new intelligence is discovered, it is distributed in real-time across the RTN and communications networks to update all other unit AIs, ensuring your entire force operates with the most current tactical information. This networked intelligence capability multiplies the effectiveness of a single Recon ASU, as its findings immediately inform the strategic calculations of your entire command structure.

Recon ASUs can, as with Deployment units, be equipped with Environmental Scanners that are used to build up a more accurate picture of local environmental conditions which can impact everything from Reactor Installation placement to what countermeasures to equip units with. For example, Thermal Scanners and Thermal Shunts are more effective in colder conditions, while Night Vision equipment becomes essential in low-light environments. This environmental intelligence allows for optimization of your forces to specific battlefield conditions.

With its moderate mass (10.8-15.1 tonnes) and power requirements (5.0-11.9 MW), the Recon ASU balances mobility with operational range and capability. Its 10-18 technology slots provide ample capacity for a comprehensive suite of scanning and stealth technologies, while its limited 2 weapon slots typically mount defensive armaments only. The Recon ASU is often equipped with ample Fuel Cells to extend its operational range deep into enemy territory.

The Recon ASU can be equipped with Long Range Fire Control systems to direct artillery strikes from other units without revealing its position. This capability allows it to not only gather intelligence but also to serve as a forward observer for precision strikes against high-value targets. When paired with Communications ASUs, Recon units can operate at extreme distances from your main forces while maintaining real-time data links to your command structure.

This unit exists as a Field Armoured Support Unit in standard form, or as the lighter Scout ASU (a.k.a. "The Coyote") variant for especially challenging terrain. For aerial reconnaissance, commanders deploy the Recon AOV (a.k.a. "The Shriek"), while naval intelligence gathering relies on the Recon NSU (a.k.a. "The Barracuda") or Recon NSSU (a.k.a. "The Mako").

Scout ASU Blueprint

The Scout ASU (a.k.a. "The Coyote") represents a specialized reconnaissance platform that prioritizes agility and adaptability over raw power. Built on a compact chassis roughly the size of pre-war civilian monster truck vehicles, it employs advanced suspension systems and variable-geometry wheel configurations that enable it to traverse extreme terrain at speeds that would cripple larger vehicles. The unit's lightweight composite frame incorporates radar-absorbent materials and adaptive camouflage systems, while its innovative propulsion system generates minimal acoustic and thermal signatures.

A distinguishing feature is its terrain-adaptive smart wheel system, which can dynamically adjust tyre pressure and power distribution via active differentials in real-time response to ground conditions. This technology, combined with its low centre of gravity and distributed weight management system, allows the Scout ASU to maintain mobility in environments that would bog down heavier units. The vehicle's compact profile enables it to exploit cover effectively and access confined spaces that larger reconnaissance units cannot penetrate.

The Scout ASU compensates for its limited weapon and technology slots through sophisticated sensor integration and data processing capabilities. Its advanced terrain mapping systems can generate detailed topographical analyses while in motion, while passive sensor arrays provide comprehensive threat detection without compromising the unit's stealth profile. When properly configured, it excels at deep penetration missions, particularly in densely forested or mountainous regions where aerial reconnaissance is impeded. While it lacks the extensive electronic warfare capabilities of larger recon units, its superior mobility and reduced signature make it ideal for gathering critical intelligence in high-risk environments.

Despite sharing the reconnaissance role with the standard Recon ASU (a.k.a. "The Leopard"), the Scout variant offers distinct tactical advantages in challenging terrain. Its specifications mirror those of the Recon ASU but with optimizations for enhanced mobility at the cost of some protective capabilities. The Scout ASU is particularly effective when operating in dense forests, mountainous regions, or urban environments where larger reconnaissance units would struggle to maintain mobility or conceal their presence.

Strategic commanders often deploy Scout ASUs for initial terrain assessment before committing larger forces to unfamiliar areas. Their ability to quickly map viable transit routes through difficult terrain provides invaluable intelligence for planning mobile operations. When equipped with Observer UAVs, these nimble units can extend their surveillance range vertically while maintaining their minimal ground signature, creating a comprehensive three-dimensional intelligence picture.

This unit exists exclusively as a specialized variant within the Field Armoured Support Unit division; it has no direct aerial or naval counterparts. The Scout ASU represents the ultimate expression of ground-based stealth reconnaissance, sacrificing firepower and heavy technology loadouts for unparalleled mobility and infiltration capabilities in the most challenging environments.

300-Series HATU Blueprint

Building upon the successful 100 Series platform, the 300 Series HATU (a.k.a. "The Tiger") introduces significant advancements in battlefield adaptability and tactical flexibility. The redesigned hull incorporates stealth geometry and radar-absorbing materials, significantly reducing its detection profile despite its considerable mass. Dynamic armour plates can adjust their angle in response to incoming fire, whilst the enhanced power distribution architecture allows for simultaneous operation of multiple heavy weapon systems.

A revolutionary feature of the 300 Series is its advanced terrain adaptation system, which uses predictive AI to automatically adjust suspension and drive parameters. This system maintains optimal ground contact and stability across varied terrain types, allowing commanders to maintain high accuracy whilst on the move. The enhanced sensor suite provides superior target acquisition and threat assessment capabilities, making it particularly effective when operating independently or leading smaller strike groups.

The increased number of technology hardpoints enables more diverse loadout configurations, with dedicated mounting points for both primary and secondary weapon systems. Commanders can equip heavy weapons without sacrificing close-range defensive capabilities. The redesigned crew compartment includes advanced life support and environmental control systems, enabling extended operations in hostile conditions including limited chemical, biological, and radiological protection. When properly supported by repair units, the 300 Series can sustain combat operations far longer than its predecessor, thanks to improved accessibility to critical systems and enhanced Automatic Repair Systems capabilities.

Representing the second tier in the HATU progression, the 300 Series offers substantial improvements over the 100 Series while maintaining a reasonable resource footprint. Its combination of stealth capabilities and tactical flexibility makes it particularly valuable for operations that require both direct combat power and strategic manoeuvring. Many commanders find the 300 Series to be the optimal balance between the cost-effectiveness of the 100 Series and the specialized capabilities of higher-tier HATUs.

500-Series HATU Blueprint

The 500 Series HATU (a.k.a. "The Rhino") represents a significant technological leap in heavy armour design, featuring a revolutionary semi-articulated chassis that can partially reconfigure its geometry to adapt to extreme terrain. This unique capability allows it to adjust its centre of gravity and ground clearance on the fly, enabling it to navigate obstacles that would stop conventional heavy armour units. The enhanced power core configuration allows for simultaneous operation of multiple heavy weapon systems whilst maintaining full defensive capabilities, making it a formidable platform for both offensive and defensive operations.

In combat, the 500 Series truly shines when employed as a mobile fire support platform. Its integrated Combat Computer coordinates an array of defensive countermeasures, including adaptive Shield Generator harmonics and synchronized Anti-Missile Systems, providing superior protection against both conventional and energy weapons. The enhanced targeting systems can track and engage multiple threats simultaneously, whilst the advanced fire control system enables accurate firing solutions even when moving at full speed across rough terrain.

The 500 Series introduces a modular subsystem architecture that allows for rapid field reconfiguration. Commanders can quickly adapt the unit's capabilities by swapping out weapon modules or defensive systems based on mission requirements. The expanded power generation capacity supports energy-intensive systems like Particle Disruptors or enhanced Shield Generators without compromising mobility. Additionally, the unit features dedicated hardpoints for defensive technologies such as Anti-Missile Systems and active protection measures, allowing it to operate effectively even when separated from support units.

As the middle tier of the HATU progression, the 500 Series represents a significant advance in combat capability over the 300 Series. Its terrain adaptation systems and reconfigurable architecture provide tactical options unavailable to lower-tier units, allowing it to operate effectively in environments that would severely handicap other heavy armour. The 500 Series serves as a versatile command platform for mixed-unit formations, providing both firepower and battlefield coordination.

This unit exists only as a Field Heavy Armour Terrain Unit; naval operations utilize dedicated Naval Surface Units and Naval Sub-Surface Units for combat roles.

700-Series HATU Blueprint

The 700 Series HATU (a.k.a. "The Mammoth") pushes the boundaries of conventional heavy armour design through its sophisticated modular architecture and revolutionary smart-metal hull technology. The primary innovation is its self-repairing nanomaterial construction, which can automatically restore damaged armour plates and internal systems during combat operations. This self-repair capability is complemented by a network of internal damage control systems that can isolate and bypass damaged components, allowing the unit to maintain combat effectiveness even after sustaining significant damage.

The power distribution network represents a major advancement, featuring redundant pathways and automated load balancing. When systems are damaged or overloaded, the unit's Combat Computer can instantly reroute power through secondary and tertiary circuits, maintaining weapon and Shield Generator functionality. This sophisticated power management enables the 700 Series to operate multiple heavy energy weapons simultaneously, whilst its enhanced Thermal Shunt systems prevent thermal buildup from compromising operational effectiveness.

A distinguishing feature of the 700 Series is its advanced electronic warfare suite. Multiple dedicated hardpoints support a range of electronic countermeasure systems, allowing commanders to disrupt enemy targeting systems, communications, and sensor arrays. The unit can also deploy localised Comms Disruptor fields to protect nearby allied units, making it an excellent centrepiece for armoured formations. When fully upgraded, the 700 Series can effectively counter most forms of guided munitions whilst maintaining an impressive offensive capability through its numerous weapons mounting points.

As the penultimate tier in the HATU progression, the 700 Series represents a significant technological advantage over previous models. Its self-healing capabilities and electronic warfare systems make it particularly effective in sustained operations where conventional units would be gradually degraded by combat damage. The 700 Series excels as a formation leader, providing both offensive firepower and defensive electronic protection to accompanying units, dramatically increasing the combat effectiveness of your entire armoured division.

This unit exists only as a Field Heavy Armour Terrain Unit; naval operations utilize dedicated Naval Surface Units and Naval Sub-Surface Units for combat roles.

900-Series HATU Blueprint

The 900 Series HATU (a.k.a. "The Colossus") stands as the ultimate expression of terrestrial combat technology, incorporating breakthrough advances in multiple fields. At its heart lies a revolutionary quantum-stabilised power core that provides unprecedented energy output whilst maintaining remarkable efficiency. This massive power reserve enables the simultaneous operation of multiple heavy weapon systems, enhanced Shield Generators, and sophisticated electronic warfare suites without compromising performance. The integrated AI Combat Computer can coordinate these various systems automatically, allowing the crew to focus on tactical decisions rather than power management.

The defensive capabilities of the 900 Series are equally impressive, featuring multi-layered protection systems that operate in concert. The outer layer consists of phase-shifted energy shields that can be tuned to specific threat frequencies, whilst the middle layer employs reactive armour matrices that can pre-emptively counter incoming projectiles. The innermost layer features hybridised composite armour with integrated repair nanites. This defence-in-depth approach makes the 900 Series extraordinarily difficult to disable, particularly when its advanced Anti-Missile System is active. The unit also features dedicated hardpoints for supplementary defensive systems, allowing commanders to further enhance specific defensive capabilities based on mission requirements.

As the pinnacle of the HATU progression, the 900 Series represents the most formidable land-based combat unit available to your forces. Its combination of firepower, protection, and unexpected mobility makes it virtually unmatched on the battlefield, capable of engaging and defeating multiple enemy units simultaneously. When deployed as the centerpiece of an armoured formation, the 900 Series can provide both overwhelming offensive capability and critical defensive support to accompanying units, dramatically multiplying the effectiveness of your entire combat force.

This unit exists only as a Field Heavy Armour Terrain Unit; naval operations utilize dedicated Naval Surface Units and Naval Sub-Surface Units for combat roles.

300-Series MCV Blueprint

The 300 Series MCV (a.k.a. "The Raptor") builds substantially upon its predecessor's foundation with enhanced articulation systems and reinforced actuator assemblies that enable more aggressive manoeuvring without compromising stability. The unit's sophisticated balance control algorithms can automatically adjust stance and positioning to optimise targeting solutions, whilst the expanded hardpoint configuration enables a wider range of tactical loadouts without sacrificing the unit's exceptional mobility.

One of the most significant advances is the integration of jump jet capability, allowing the unit to make controlled leaps to overcome obstacles or quickly change elevation. This system can be used both offensively and defensively, enabling rapid repositioning during combat or tactical withdrawals over otherwise impassable terrain. The enhanced power distribution network supports the increased energy demands of the jump system whilst maintaining weapon functionality, though commanders must carefully manage power levels during extended operations.

The 300 Series features an advanced modular armour system that can be configured for different mission profiles. Light configuration prioritises mobility and jump jet performance, whilst heavy configuration provides superior protection at the cost of reduced agility. The unit's enhanced sensor suite includes advanced motion tracking and prediction systems, making it particularly effective against other fast-moving targets. When properly upgraded, the 300 Series can serve as an excellent counter to enemy light vehicles and infantry units, particularly in complex urban environments.

Representing the second tier in the bipedal MCV progression, the 300 Series offers substantial tactical advantages over the 100 Series while maintaining the same basic locomotion concept. Its jump capability represents a significant evolution in three-dimensional battlefield mobility, allowing it to access positions and traverse obstacles that would be impossible for conventional vehicles and challenging even for the 100 Series. This vertical mobility component makes the 300 Series particularly valuable in multi-level urban operations and complex terrain features like canyons or mountain passes.

This unit exists only as a Field Mechanised Combat Vehicle; for naval operations, commanders must rely on specialized Naval Surface Units or Naval Sub-Surface Units designed for maritime environments.

500-Series MCV Blueprint

The 500 Series MCV (a.k.a. "The Jaguar") marks a dramatic evolution in mechanised combat design, transitioning to a quadrupedal configuration that dramatically improves stability and load-bearing capacity. Its distributed weight management system allows for unprecedented agility despite the increased weapon payload, whilst the quad-leg design provides superior all-terrain mobility. Each leg features independent power and control systems, allowing the unit to maintain mobility even if one limb is disabled.

The increased stability offered by the quadrupedal design allows for the mounting of heavier weapon systems than its bipedal predecessors could support. The primary weapon hardpoints are mounted on a fully stabilised upper chassis that can rotate independently of the leg assembly, enabling the unit to maintain accurate fire whilst traversing difficult terrain. Secondary weapon systems can be mounted on the legs themselves, providing excellent coverage against infantry and light vehicle threats from multiple angles.

A key innovation is the unit's adaptive gait system, which can automatically select the most efficient movement pattern based on terrain conditions and tactical situation. The unit can transition seamlessly between high-speed running configurations for open terrain and careful climbing patterns for steep or unstable surfaces. The enhanced power distribution network enables simultaneous operation of multiple weapon systems without compromising the unit's advanced mobility capabilities, making it an excellent platform for fire support missions in difficult terrain.

As the middle tier in the MCV progression, the 500 Series represents the transition point from bipedal to multi-legged configurations. This quadrupedal design combines the speed advantages of bipedal units with significantly improved stability and weapon capacity. The 500 Series excels in versatile battlefield roles, providing an optimal balance between mobility, firepower, and durability. Its combination of speed and stability makes it particularly effective in mixed terrain operations where adaptability is crucial.

This unit exists only as a Field Mechanised Combat Vehicle; for naval operations, commanders must rely on specialized Naval Surface Units or Naval Sub-Surface Units designed for maritime environments.

700-Series MCV Blueprint

The 700 Series MCV (a.k.a. "The Mantis") introduces a revolutionary hexapod configuration that fundamentally changes how mechanised units can operate in combat environments. Its distributed neural network coordinates the movement of all six legs independently, enabling the unit to maintain effective combat operations even when multiple limbs are damaged or disabled. This exceptional redundancy, combined with the unit's advanced self-diagnostic and Automatic Repair Systems, makes it one of the most survivable mechanised platforms available.

The hexapod design enables unprecedented climbing capabilities, allowing the unit to scale near-vertical surfaces and traverse extremely unstable terrain that would be impassable to conventional vehicles. Each leg incorporates advanced tactile sensors and adaptive grip systems, enabling the unit to automatically adjust its foot placement and weight distribution in real-time. This capability proves particularly valuable during urban operations, where the unit can climb buildings or navigate through partially collapsed structures.

The innovative chassis design incorporates modular weapon mounting points that can be reconfigured in the field to adapt to changing mission parameters. The primary weapon hardpoints are distributed across the upper chassis, whilst secondary weapons can be mounted on the legs themselves, providing nearly 360-degree coverage. The unit's sophisticated fire control system can coordinate multiple weapon systems simultaneously, making it particularly effective in defensive operations where it can engage threats from multiple directions.

As the penultimate tier in the MCV progression, the 700 Series represents a significant advance in both vertical mobility and operational resilience. Its beetle-like configuration provides superior stability in extremely rough terrain while enabling it to access areas that would be completely inaccessible to conventional units. The 700 Series excels in operations involving complex three-dimensional environments such as mountainous regions, dense urban areas with multi-story structures, or heavily damaged battlefield landscapes where conventional movement paths have been destroyed.

This unit exists only as a Field Mechanised Combat Vehicle; for naval operations, commanders must rely on specialized Naval Surface Units or Naval Sub-Surface Units designed for maritime environments.

900-Series MCV Blueprint

The 900 Series MCV (a.k.a. "The Scorpion") represents the pinnacle of mechanised combat mobility, employing an octopedal design that provides unmatched stability and adaptability. Its revolutionary smart-metal actuators allow for precise control of each leg segment, whilst the distributed power network ensures continued mobility even under severe damage conditions. The unit's enhanced surface area contact and weight distribution enable it to operate effectively in environments that would swallow conventional vehicles, including deep snow, swampland, and loose sand.

One of the unit's most distinctive features is its ability to adopt different stance configurations based on tactical requirements. In combat mode, it can spread its legs wide to present a stable firing platform whilst maximising weapon coverage. For stealth operations, it can lower its profile dramatically, using its legs to hug terrain contours and minimise its signature. The transport configuration allows it to carry significant external cargo, making it valuable for logistics operations in difficult terrain.

The integrated Combat Computer can dynamically adjust the unit's stance and movement patterns to optimise weapon accuracy whilst maintaining defensive positioning. This sophisticated system coordinates with the unit's sensor array to predict enemy movement patterns and automatically adjust position to maintain optimal firing solutions. The expanded chassis provides numerous hardpoints for weapons and support systems, allowing commanders to outfit the unit for a wide range of mission profiles. When fully upgraded, the 900 Series can effectively fulfill roles ranging from heavy fire support to mobile command and control centre.

As the ultimate expression of the MCV design philosophy, the 900 Series represents the most advanced ground mobility platform available to your forces. Its arachnid configuration provides exceptional stability and adaptability in any terrain, while its ability to continue functioning effectively even after losing multiple legs makes it virtually impossible to immobilize through conventional tactics. The 900 Series excels as a multi-role platform that can adapt its configuration to meet diverse mission requirements, from combat operations to transport duties to command functions, all while navigating terrain that would be impassable to any other vehicle type.

This unit exists only as a Field Mechanised Combat Vehicle; for naval operations, commanders must rely on specialized Naval Surface Units or Naval Sub-Surface Units designed for maritime environments.

Assault NAU Blueprint

The Assault NAU (a.k.a. "The Hammerhead") represents the pinnacle of naval surface combat capability in your maritime arsenal. Of all the vessels available, Assault NAUs have the largest number of component slots and the highest configuration maximums for power, heat, and mass, allowing those slots to be fully exploited to create a formidable war machine. With 4 weapon slots and 12-20 technology slots across its three marks, the Assault NAU can be configured with a devastating array of offensive and defensive systems.

These naval battleships are also the only Naval Surface Unit (NAU) capable of being equipped with Missile Silos that can launch long-range guided missiles, which other units can call upon using the Long Range Fire Control technology component. This unique capability allows Assault NAUs to provide critical fire support from safe distances, striking targets far inland or supporting amphibious operations without exposing themselves to direct counter-fire. When properly positioned, a single Assault NAU can project power across vast areas of the battlefield.

The Assault NAU's impressive specifications (13,568-18,995 tonnes) reflect its substantial armament and protection systems. Its power requirements (8.9-19.4 MW) support energy-intensive weapon systems like Plasma Cannons and Railguns, while its thermal capacity (7.1-15.5 MW) allows for sustained combat operations without overheating. The vessel's substantial size provides a stable weapons platform even in rough seas, enabling accurate fire delivery under adverse conditions.

Strategic commanders often deploy Assault NAUs as the centerpiece of naval task forces, supported by Communications NAUs for extended operational range and Recon NAUs for target acquisition. Their formidable firepower makes them crucial for establishing naval superiority, conducting shore bombardment, and defending critical maritime approaches. When equipped with appropriate technology components, Assault NAUs can effectively counter both surface and aerial threats, making them versatile defenders of your naval operations.

This unit exists as a Naval Surface Unit only; for subsurface naval combat operations, commanders should deploy the Assault NSSU (a.k.a. "The Meg"), while land-based heavy firepower relies on Assault ASUs (a.k.a. "The Lion") or Assault AOVs (a.k.a. "The Harpy").