LÉGION ÉTRANGÈRE — 13e DBLE Equipment and Field Systems, Part 3

 

10. Heavy, hover and specialist combat vehicles

The vehicles in this section sit above the ordinary wheeled fleet in weight, cost, specialization or maintenance demand. Most are held in small numbers, concentrated in particular formations or supplied by the Army. Their scarcity is operationally important: a Legion commander may know exactly which system is required and still have to fight without it.

Aurore offers both the open country in which heavy cavalry can exploit range and speed and the forests, ravines, volcanic ground and settlements which punish specialized mobility. No single running gear is best everywhere. The French inventory consequently retains tracks for extreme weight and engineering work, hover systems for high-speed combat on suitable ground, and walkers for a narrow group of assault and obstacle-crossing tasks.

10.1 Tracked vehicles

The Legion operates no tracked combat vehicles on Aurore. Its tracked holdings are engineer, breaching and recovery machines whose weight or required ground pressure justifies the additional maintenance. The Saint-Chamond EBG-94 Vauban combat engineer vehicle carries a dozer, manipulator and route-clearance equipment; the related DCL-95 recovery vehicle provides the winch, crane and towing capacity required by Army heavy armor. Both may support Legion operations, but neither is an infantry fighting vehicle or tank.

CLB-83 Turenne heavy tank

The principal French tracked tank encountered on Aurore is the GIAT–Saint-Chamond CLB-83 Turenne, held by the Army rather than the Legion. It first saw action during the Central Asian War and was designed around a full-sized plasma cannon, heavy frontal protection and a three-person crew: driver, commander and gunner. Automatic loading, target management and defensive systems reduce workload without eliminating the value of a separate gunner during sustained combat.

Current CLB-83M2 and M3 vehicles have received new sensors, battle-network equipment, armor packages, cooling improvements and GIAT SPP-96 point defence. Their plasma cannon remains extremely dangerous to armor, fortifications and walkers. The compact feedstock does not produce the sympathetic ammunition explosions associated with older chemical guns, although the tank's power plant, cooling fluids and internal fittings can still burn.

The Turenne is often described as obsolescent because its tracks limit strategic movement, consume maintenance and identify it with an older conception of heavy war. That judgment is not entirely fair. On suitable ground it remains better protected than any French hover vehicle and can continue fighting after damage which would immobilize a lighter system. Its principal disadvantages are the difficulty of moving it between theatres and the considerable engineer, transporter and recovery support required once it arrives.

Light amphibious and civil crawlers

Ukrainian forces on Novo Kyiv operate the Kharkiv-Morozov KhM-92 Dnipro family of light tracked amphibious vehicles. Wide tracks, low ground pressure, extensive corrosion protection and water-jet propulsion suit the colony's islands, wetlands and weak infrastructure. Carrier, reconnaissance, command and missile variants are known. The Dnipro is not a light tank: protection and armament are deliberately limited to preserve buoyancy and mobility.

Tracked civil vehicles are also used toward Aurore's hot pole, where heat, broken ground and the absence of roads defeat ordinary trucks. The locally assembled Aurore Mécanique CT-88 Salamandre crawler supports mining, survey and infrastructure work. Military units may requisition or hire such machines for transport, but they lack armor, tactical sensors and protected control systems. Their presence does not represent a hidden colonial armored fleet.

10.2 Hover vehicles

The Legion operates hover combat vehicles in meaningful numbers only in one battalion of the 2e Régiment Étranger de Cavalerie. The battalion's GIAT-SNECMA AC-95 Bayard tanks and Renault-Satory VCA-94 Éperon combat vehicles provide exceptional speed and long-range fire on plains, basins and desert margins. Elsewhere, their advantages are reduced by forest, ravines, lava fields, dense settlement and ground too confined for safe maneuver.

AC-95 Bayard hovertank

The Bayard is built around a CEM-95 electromagnetic cannon—effectively a very large Gauss rifle—in an armored remote turret. Driver-pilot and commander-gunner sit together in a compact armored capsule within the hull. Automatic navigation, lift control, loading, target tracking, defensive engagement and diagnostics allow this two-person crew to operate a vehicle which would once have required four or five specialists.

The main-gun projectiles are inert until fired, and the SPP-96 defensive feedstock is stable until energized. Fires remain possible in the power, lift and propulsion systems, but the vehicle carries little which can detonate as a conventional ammunition magazine. This improves crew survival after penetration; it does not prevent a damaged lift system from depositing the tank violently on the ground.

The Bayard's armament is also unusually narrow. It carries the railgun, multispectral obscurants, electronic countermeasures and a high-grade CILAS LPR-96/GIAT SPP-96 defensive suite, but no conventional coaxial gun or general-purpose secondary weapon. Point-defence directors protect the vehicle against drones, missiles and guided projectiles; they are poorly placed and programmed for sweeping infantry from cover. Using the main gun against light targets is slow, conspicuous and wasteful.

Bayard troops therefore depend upon Éperons, drones and dismounted scouts to identify close threats and deal with infantry or light machines. The tank is a deliberate glass cannon: outstanding mobility and first-shot effect, modest structural protection outside the crew capsule, exposed lift machinery and a maintenance demand considerably greater than that of a wheeled vehicle. Jump assistance crosses short obstacles or gaps but is not flight and consumes substantial power.

VCA-94 Éperon hover combat vehicle

The Éperon accompanies the Bayard and covers the threats its main armament handles poorly. A typical vehicle has a driver-pilot, commander-gunner and four to six cavalry scouts or specialists. Fits include a light automatic rail cannon or CTA-series cannon, AAT-78, Blindicide missiles, drones and the same layered laser and plasma defence used by the tank. The troop space is useful but cramped; the Éperon is a cavalry fighting vehicle rather than a substitute for the VBC-93 carrier.

Both vehicles require atmosphere for their lift systems. Thin air reduces performance and vacuum makes ordinary hover operation impossible. A formation deploying them must also carry skirt material, fan and control modules, high-capacity power equipment and technicians trained to distinguish a software fault from a mechanical one before either becomes a crash.

10.3 Armored walkers

The BH-21A is the only combat walker in French service. On Aurore, one company of one battalion of the 1/4e Régiment Étranger d'Infanterie is equipped with it. The Army holds a small additional number. Neither Tanstaafl nor Novo Kyiv fields combat walkers.

The BH-21 was conceived as a walking light tank: a tall armored gun platform intended primarily to engage vehicles, fortifications and other walkers. The A upgrade adds modern sensors, fire control, actuator software, cooling, armor and CILAS LPR-96 protection; selected machines carry a limited SPP-96 installation. These changes make the vehicle more survivable and easier to integrate, but do not alter its high silhouette, exposed joints or narrow hard-target emphasis.

German Kz-7 comparison

The current German comparison is the Hannoversche Maschinenwerke Kz-7. Its ancestry lies in the Hannoverian programmes which outperformed the BH-21 in 2292–93, but the technology is now German rather than regional. The Kz-7 is a lower-profile, more compact mobile suit with faster stabilization, better terrain prediction and a broader sensor envelope.

Unlike the BH-21, the Kz-7 carries weapons intended for infantry, drones and light vehicles as well as a principal hard-target weapon. Airburst and fragmentation ammunition, wide-angle sensors and modern point defence make it less dependent upon escorts in close terrain. A BH-21A can still destroy a Kz-7 with a clean heavy-weapon hit; the German machine is nevertheless the more flexible and tactically mature design.

Neither model is exceptionally mobile simply because it has legs. Soft ground, deep mud, snow, scree, vegetation and side slopes can defeat foot placement or recovery. Bipeds also require transporters, specialist technicians and cranes capable of handling damaged limbs. Their value lies in particular obstacles, assault angles and manipulator tasks, not universal superiority over wheels or tracks.

10.4 Heavy artillery and engineering equipment

Heavy artillery, bridging, major breaching and recovery above VBC-93 capacity are Army or theatre assets. The Systèmes Balistiques d'Auvergne CAA-94 Orage artillery vehicle and Aérospatiale LRM-95 Tempête missile system are representative rather than routine Legion holdings. They receive targets from Legion observers and drones, but their ammunition, survey, communications and protection requirements place them outside battalion ownership.

The same distinction applies to heavy bridges, earthmovers, route-clearance machines and tank recovery. Such equipment can be attached for an operation and may work under a Legion tactical headquarters, while ownership, deep maintenance and release authority remain elsewhere. A request for support is therefore both a tactical requirement and a scheduling problem.

11. Atmospheric and transatmospheric vehicles

Most vehicles in this section are neither owned nor routinely operated by the Legion. Army aviation, aerospace and naval commands, colonial authorities and contracted auxiliaries provide the greater part of heavy lift, combat aviation and orbital movement. Legion personnel must nevertheless understand their limitations, prepare landing and loading sites and avoid planning around aircraft which have not actually been allocated.

11.1 No antigravity

Gravitational control has been the subject of serious theoretical and experimental work for centuries. Deep-space experiments have produced extremely small artificial gravitational gradients outside strong natural fields, but only with apparatus and energy inputs many orders of magnitude beyond any useful machine. No experiment has demonstrated scalable lift, mass negation or reactionless propulsion.

Whether practical antigravity is impossible or merely centuries distant is a matter for physicists. For an operator in 2297, the distinction has no consequence. Aircraft remain aloft through aerodynamic lift or directed thrust; hover vehicles require air; spacecraft expend reaction mass; and artificial gravity aboard ships is produced by acceleration or rotation. Near a planet, the minute laboratory effects disappear beneath the natural field and ordinary engineering problems.

11.2 Helicopters

Helicopters remain the most economical answer when a force needs vertical lift, low-speed control and operation from a small landing area. Advanced composites, adaptive blades, distributed electric transmission, quieter tip control and highly automated flight management improve performance without changing the underlying aerodynamics.

The Aérospatiale-Rotorcraft HLU-94 Alouette VII is the common French light utility example on Aurore. It carries liaison parties, small reconnaissance teams, casualties and urgent stores, and can operate with minimal ground facilities. Mission kits provide medical, sensor-relay, winch and light cargo capability. It is not armored for entry into a defended landing zone and depends upon route selection, electronic support and local security.

11.3 Tiltrotors and convertiplanes

Tiltrotors and convertiplanes occupy the middle ground between helicopter access and fixed-wing range. The Aérospatiale-SNECMA VTA-96 Hirondelle uses tilting propulsion units and variable rotor geometry to carry a platoon-sized load farther and faster than a helicopter. It remains sensitive to hot-and-high conditions, crosswinds, rotor clearance and the maintenance of its conversion mechanisms.

The experimental Dassault-SNECMA CTV-97 Pétrel represents the more ambitious end of the type. Its rotor blades shorten, stiffen and partially fair into high-speed pseudo-wings after conversion, while separate propulsion carries the aircraft through the cruise regime. The result is fast and flexible, not miraculous: transition demands careful control, hover consumes fuel rapidly and damaged transformation machinery may leave the aircraft unable to use part of its envelope.

11.4 Fixed-wing aircraft

Where runways or prepared strips exist, fixed-wing aircraft remain the most efficient means of moving personnel and cargo through an atmosphere. Transports, patrol aircraft, strike aircraft and fighters remain recognizable descendants of earlier types. Modern engines operate efficiently across a much wider range of speed and altitude, but no air-breathing engine provides maneuvering thrust beyond the atmosphere.

The Breguet-Dassault TMA-92 Condor is a common French theatre transport capable of using short, rough colonial runways. It moves vehicle modules, pallets and personnel far more economically than a vertical-lift craft, and is often the actual link between a planetary landing field and an isolated Legion post. Its usefulness depends upon airfield access, weather information, unloading equipment and security at both ends.

11.5 Transatmospheric engineering and cost

Reusable interface craft combine several propulsion regimes. Air-breathing engines or lifting surfaces reduce propellant demand inside the atmosphere; ram or scram modes may support high-speed climb; rockets provide the final acceleration to orbit and all maneuver outside useful air. Reaction-control systems, thermal protection and large propellant reserves remain unavoidable.

The cost of reaching orbit is vastly lower than during early spaceflight. Reusability, automated handling, advanced materials, standardized containers and a mature orbital economy have made surface-to-orbit movement routine. Routine does not mean free. Every delivered item accumulates the cost of extraction, manufacture, planetary transport, interface lift, orbital handling, interstellar carriage, destination interface and inland movement.

Consequently, high-bulk or low-value goods are not moved between worlds without a strong reason. Ordinary food, construction material, packaging, fluids and simple spares are produced locally where possible. Precision sensors, certified control systems, specialist weapons and unique modules travel because the receiving world cannot make them or because strategic control justifies the expense.

Military vehicles are economically sticky. Once a tank, carrier or engineer machine has been landed on a colony, it normally remains there for years. Returning it to orbit and carrying it to another system may cost more than its remaining military value. Vehicles pass into depots, training stocks, colonial security forces and militias; some are rebuilt or cannibalized long after the metropolitan service has replaced them.

11.6 Legion aviation and allocated support

The Legion maintains a small organic atmospheric flight on Aurore: utility helicopters, light convertiplanes and liaison, reconnaissance, medical and small-cargo aircraft. These machines support dispersed colonial operations and may be flown and maintained by Legion personnel. They do not constitute an independent air force and are not expected to fight through organized air defence.

Heavy lift, armed aviation, fighters, large transports and most transatmospheric movement are attached or allocated by Army aviation, aerospace or naval authorities. A craft may operate from a Legion base for years and be universally described as 'our Hirondelle' or 'our shuttle' while remaining on another service's books. Ownership matters when competing missions, major repairs or redeployment require higher authorization.

11.7 Assault shuttles and vehicle landing

A modern assault shuttle can land useful armored forces without antigravity, but it must be designed as an aircraft and spacecraft rather than a featureless box. The Aérospatiale-Narval TAV-93 Sanglier is a lifting-body interface craft with folding surfaces, thermal protection, combined-cycle propulsion and rocket engines. A standard mission can carry one VBC-93-class vehicle from orbit, land vertically or on a short strip, unload and return empty without refuelling on the surface. The craft is then inspected and refuelled in orbit.

That performance is demanding rather than casual. Payload, weather, landing altitude, reserve requirements and orbital geometry may reduce the margin. Carrying the same armored vehicle back to orbit is considerably harder because the ascent begins with the full payload. A Turenne heavy tank requires a larger heavy lander, partial disassembly or a one-way cargo delivery system.

Assault shuttles are aerospace or naval assets. Flights can be assigned habitually to the 1/REIA and crews can train with the regiment until procedures become routine, but the Legion does not own the spacecraft. Legion responsibilities include load preparation, restraint, embarkation discipline, landing-zone selection and security, rapid unloading and survival if the return craft is delayed or lost.

11.8 Spacecraft and interstellar deployment

The Foreign Legion operates no starships. Interstellar deployment depends entirely upon the Navy, state auxiliaries or chartered merchant shipping. The same outside support normally provides orbital reconnaissance, communications relays, heavy interface lift and any fire support from space.

The 1/REIA and selected support personnel are trained for rapid embarkation, orbital and high-altitude insertion, assault-shuttle operations, parachute delivery, vacuum emergencies and landing-zone control. This makes them aerospace-mobile infantry, not naval infantry in the institutional sense. They carry and secure what another service transports.

12. Technical sustainment on Aurore

Aurore's equipment fleet is not a single production standard. It is the accumulated result of deployments, local purchases, wartime reinforcement, upgrades, hand-downs and machines considered too expensive to move elsewhere. Technical sustainment therefore depends as much upon managing differences as upon repairing faults.

12.1 Maintenance and recovery by echelon

At squad and crew level, diagnostics identify faults, common modules are exchanged and exposed systems are cleaned, sealed and recalibrated. Company technicians handle difficult weapons, vehicles, communications and drones and can perform limited fabrication. Battalion workshops undertake deep repair, software recovery, major module replacement and local vehicle recovery. Depot, contractor or manufacturer teams perform structural rebuilds and work requiring certified facilities.

Specialist systems cross these boundaries. Hover lift, large plasma weapons, walkers, heavy tracks and aerospace craft require Army, aerospace or manufacturer personnel even when operating beside a Legion battalion. A diagnostic system can identify a failed controller; it cannot manufacture the controller, certify a pressure vessel or lift a damaged walker from a ravine.

Robotic and autonomous systems add a second maintenance problem. The machine must be repaired physically, then its maps, recognition libraries, control keys, behavioral limits and software integrity must be verified. A vehicle which moves but cannot be trusted on the combat network is not fully serviceable.

12.2 Power, cooling and digital sustainment

Modern units consume fuel, ammunition, electrical power, cooling capacity and data. Powered armor, Gauss weapons, plasma systems, drones, point defence, hover lift, medical equipment and communications all compete for generation and storage. Mobile generators, battery and capacitor modules, converters, cables, coolant and environmental protection are therefore ordinary combat stores.

Power management is a command decision during prolonged operations. Charging every Mulet may delay the recovery of powered armor; cooling a plasma weapon may compete with medical or sensor demand; running active protection continuously may reveal a position or exhaust reserve power. Common connections ease redistribution but do not create energy.

Software and data have physical logistics. Identification libraries, terrain models, encryption material and authorized fire-control updates must reach isolated units and remain compatible with older hardware. A technically intact missile vehicle without current keys or recognition data is a protected storage box, not an air-defence battery.

12.3 Local production, substitution and cannibalization

Aurore can produce many ordinary consumables and parts: structural members, tires, cables, containers, filters, seals, simple mechanisms, packaging, fluids and some ammunition components. Local workshops adapt civilian products and manufacture substitutes where certification permits. This reduces interface and interstellar burden and makes routine operations possible.

The colony does not reproduce every precision sensor, processor, missile seeker, plasma component or certified flight controller. Such items arrive from established industrial centres and are stored carefully. French designers therefore emphasize common interfaces and replaceable modules, allowing a local structure, cable or power unit to support an imported mission package.

Cannibalization is controlled rather than shameful. A vehicle awaiting an impossible part may surrender modules to several working machines. The danger is gradual: incomplete records, incompatible substitutions and repeated removal can turn a nominal reserve fleet into rows of attractive shells. Competent technical units document what was taken and decide which hulls are intended to return to service.

12.4 The heterogeneous Aurore inventory

Equipment commonly moves through a colonial life cycle: front-line service, secondary or training use, security and militia service, depot storage, specialist conversion, cannibalization and final disposal. The stages overlap. An older carrier may be unsuitable for a metropolitan assault unit yet entirely adequate for patrol, convoy escort or evacuation on a colony which already holds its spares and trained drivers.

The high combined cost of planetary movement, interface lift and interstellar transport reinforces this pattern. Vehicles delivered during a crisis remain after the crisis. Army and Legion stocks pass to colonial authorities; militia workshops learn types which France no longer buys; damaged examples become local parts sources. Aurore consequently contains old French and allied vehicles beside current production and locally modified machines.

Tanstaafl has the most diverse inventory because its procurement and commercial history drew equipment from many sources. Novo Kyiv retains a strong Ukrainian technical lineage, including the Dnipro family. French settlements and forces possess greater nominal standardization, although differences between metropolitan arrivals, long-resident units and colonial stocks remain substantial.

Colonial value. A vehicle does not become worthless merely because France has stopped buying it. If it can still be maintained locally, someone on the colony will find a use for it.

12.5 Modernization, storage and mobilization

Modernization normally begins with front-line formations and pushes displaced equipment into secondary roles. Sensors, network interfaces, point defence, power controls and environmental protection may be upgraded without replacing the hull. Infrastructure, technician training and spare stocks often lag behind the new equipment, creating a period in which nominally superior systems have lower practical availability.

Stored equipment is not maintenance-free. Batteries and capacitors degrade; seals harden; lubricants separate; software expires; corrosion advances; ammunition and fire-suppression systems require inspection. Vehicles must be operated periodically and crews or instructors retained. A reserve fleet may therefore be ready in hours, require weeks of work or exist only on an inventory depending upon how it has been stored.

Mobilization exposes every weakness simultaneously. Local workshops receive civilian requisitions, militia equipment and regular-force repairs while incoming formations demand unfamiliar parts and power. The Legion's preference for rugged systems and degraded modes is not nostalgia. It is preparation for the point at which technical capability, logistics and operational need cease to agree.

13. Equipment recognition and availability

The following tables index principal systems named in this reference and summarize their normal availability on Aurore. They are recognition aids, not complete tables of organization. Attachment, repair state and current operations may alter what is present at any particular post.

13.1 Principal named systems

Category	System and maker	Principal role	Normal user or status
Protection	EPI-92; CI-94	Inertial armor and integrated combat helmet	General French / Legion issue
Rifles	GIAT FAM-90; HK-Bavaria G7; FMAP-Argentina Pampa-7	9×44 mm and 7.5 mm service rifles	FAM standard; others colonial or allied
Squad weapons	GIAT FM-94; AAT-78; QD Mk2	Automatic rifle, GPMG and light plasma gun	Legion squad and vehicle weapons
Laser arms	CILAS FL-92	Infantry laser rifle	Limited Army and special-force use
Drones	SAGEM DR-95 Moucheron; Thales-SAGEM DRL-93 Luciole	Squad reconnaissance and extended sensor relay	Legion squad, platoon and company pools
Robotics	Satory MR-93 Mulet; MR-94 loader; SAP-95	Load carriage, handling and automated protection	Legion and Army support systems
Mortar	SBA MIP-93; MVA-95	Smart light mortar and vehicle automatic mortar	Infantry support / VBC-93 M
Missiles	Blindicide-9; Narval-Guiscard LVM-95	Portable antivehicle weapon and modular VLS	Legion teams / specialist vehicles
Point defence	CILAS LPR-96; GIAT SPP-96	Laser and plasma terminal defence	Combat vehicles; plasma on high-value types
Light vehicles	Renault-Satory Fennec; ACM Dromadaire	Protected patrol and tactical cargo	Common Legion wheeled fleet
Armored 8×8	Renault-Satory VBC-93 family	Squad carrier and specialist combat variants	Principal Legion armored family
Heavy tank	GIAT–Saint-Chamond CLB-83 Turenne	Tracked plasma-cannon tank	French Army on Aurore
Hover cavalry	GIAT-SNECMA AC-95 Bayard; Renault-Satory VCA-94 Éperon	Railgun tank and cavalry combat vehicle	One 2e REC battalion
Walkers	Bourges-Hispano BH-21A; HMW Kz-7	French hard-target walker; current German mobile suit	Limited French / German comparison type
Amphibious track	Kharkiv-Morozov KhM-92 Dnipro	Light tracked amphibious family	Ukrainian forces on Novo Kyiv
Atmospheric	Aérospatiale HLU-94 Alouette VII; VTA-96 Hirondelle	Light utility helicopter and convertiplane	Organic or attached atmospheric lift
Interface	Aérospatiale-Narval TAV-93 Sanglier	VBC-class assault shuttle	Aerospace or naval allocation

13.2 Availability and service responsibility

System class	Legion status	Normal owner or source	Aurore availability
Light wheeled vehicles	Organic	Legion	Routine in all major formations
VBC-93 carriers	Organic	Legion	Common in mechanized elements
VBC-93 VCI cavalry	Organic but limited	Principally 2e REC	Mission-assigned; not a rifle-squad carrier
Hover tanks and AFVs	Organic to one battalion	2e REC	Concentrated; terrain and maintenance dependent
BH-21A walkers	Organic to one company	1/4e REI; small Army holding	Rare and locally concentrated
Heavy tracked tanks	Attached when authorized	French Army	Present on Aurore; not Legion-owned
Heavy artillery and engineers	Attached or supporting	Army / theatre commands	Mission and scheduling dependent
Light atmospheric craft	Small organic flight	Legion plus attached aviation	Utility, liaison, reconnaissance and medical
Heavy or armed aviation	Allocated	Army aviation / aerospace	Not guaranteed to a Legion commander
Assault shuttles	Allocated and habitually paired	Aerospace / Navy	Regiments train with them but do not own them
Starships	None	Navy, auxiliaries or chartered shipping	Strategic allocation only

Availability terms describe normal institutional responsibility. A vehicle crew, shuttle flight or artillery battery may operate under Legion tactical control for an entire campaign without changing service ownership. Conversely, a system shown as organic may be absent because it is under repair, detached elsewhere or awaiting the power, ammunition or specialists required to use it.