CV90120

Historical overview

The CV90120 was not a Swedish Army production tank. It was, and in the cited record remains, a CV90-derived 120 mm direct-fire demonstrator and export offering. Its significance is that it compresses a main-battle-tank class gun into an IFV-family chassis and therefore sits at the center of the modern light-tank/medium-tank/direct-fire-support debate. Sources

Historically, the vehicle matters less as a production success than as a persistent idea. The CV90 platform had already shown modularity across IFV, command, recovery, mortar, and other roles; CV90120 pushed that logic toward direct tank killing. The 2016 BAE public data sheet emphasized 120 mm NATO ammunition, low weight, high mobility, sensor-aided survivability, ADAPTIV thermal-signature management, and the CV90 family's support ecosystem. The 2025 BAE/Rheinmetall agreement revived the concept by pairing the latest CV90MkIV chassis with Rheinmetall's 120 mm L44A1 Low Recoil weapon system. [S2; S3; S5] Sources

The most important variants are the original CV90120 / CV90120-T demonstrator, the CV90120 Ghost / ADAPTIV demonstrator, and the 2025 CV90120MkIV upgraded prototype concept. Secondary sources also connect the program to earlier CV90 high-caliber experiments such as the CV90105 TML, but these are related antecedents rather than CV90120 variants. [W1; S8] Sources

The major controversy is classification. BAE often markets the vehicle as a light tank with MBT firepower; some analysts prefer direct-fire support vehicle, tank destroyer, or modern medium tank because it does not have MBT-class protection. The vehicle is described as a tank-family boundary case: legitimate for a tank-history project because of its turreted 120 mm direct-fire role, but not equivalent to a fielded main battle tank. [W1; S1; S2] Sources

CV90120 is a technically plausible, highly mobile fire-support concept with strong platform commonality advantages for CV90 users, but its public record shows no major production order or combat service. Its renewed 2025 configuration may make it more relevant to European armies seeking affordable direct-fire mass, yet the unresolved question remains whether lighter protection can survive on a battlefield saturated with loitering munitions, top-attack weapons, mines, and drones. [W1; S3; S10] Sources

The strategic background was the post-Cold-War search for deployable, affordable armored firepower. Heavy MBTs remained tactically powerful but expensive to buy, ship, fuel, support, and bridge. At the same time, infantry fighting vehicle families such as CV90 had matured into modular chassis lines with sufficient payload, automotive power, electronic architecture, and protection growth to carry heavier turrets. [S4; S5] Sources

Sweden's own geography and doctrine gave the CV90 family a natural logic: forest, snow, poor roads, wetlands, and dispersed defensive operations placed a premium on mobility, maintainability, and terrain access. BAE's current CV90 page frames the platform around high tactical and strategic mobility, anti-tank capability, survivability, and adaptation to varied terrain. The CV90120 extends that philosophy from autocannon-armed infantry fighting vehicle to high-caliber direct fire. Sources

The military problem was clear: provide battle groups with a vehicle able to deliver long-range anti-armor and fire-support effects without the full cost, weight, and logistics burden of a modern MBT. The concept was especially attractive for export customers already invested in CV90 fleets, because training, spares, recovery, and maintenance systems could be partly shared. BAE makes this commonality argument explicitly in the 2025 Rheinmetall upgrade release. Sources

The industrial context also mattered. Hagglunds and Bofors had produced Swedish armored vehicles before BAE ownership; the CV90 became a broad European export family, and BAE Hagglunds later emphasized through-life support and modularity. That export ecosystem made a 120 mm CV90 variant plausible even if it never became a Swedish production tank. [S4; S5] Sources

Development and variants

It also discusses the CV90 parent chassis because the family's industrial logic and classification depend on the CV90 platform. It excludes ordinary CV90 IFV variants except where needed for lineage, and it excludes unrelated light-tank programs such as M10 Booker, Sprut-SDM1, Harimau/Kaplan MT, and ASCOD light-tank derivatives except for comparative assessment. [W1; S1; S3; S5] Sources

The vehicle is a boundary case because it has a turreted 120 mm smoothbore gun and anti-tank mission, but it lacks the publicly confirmed armor mass and combat record expected of a main battle tank. Sources

Published accounts describe “CV90120 family” rather than “CV90120 main battle tank.” It is best described as a CV90-based light tank/direct-fire support demonstrator with medium-tank overtones in its later, heavier forms. The label “tank destroyer” appears in some secondary descriptions but can be misleading because the vehicle is not a casemate or missile-only design; it is a turreted gun platform optimized for direct fire. [W1; S8; S9] Sources

The CV90120 rests on the CV90 family rather than on a clean-sheet tank chassis. BAE states that CV90 has more than 30 years of development and enhancement behind it, and the MkIV generation adds a 1,000 hp-class engine, upgraded heavy-duty transmission, active damping, and a fourth-generation electronic architecture. These features later became important to the 2025 CV90120MkIV proposal. [S4; S5] Sources

Secondary armor-history sources connect the CV90120 to earlier attempts to install larger guns on the CV90 chassis, especially the CV90105 TML, a 105 mm turreted vehicle associated with GIAT. This antecedent is relevant as design lineage but is not counted here as a CV90120 variant. Sources

Public secondary accounts usually place the first CV90120 appearance in 1998, commonly at Eurosatory in Paris, with subsequent firing trials in Sweden. These accounts describe an early CV90120-T fitted with a Swiss/RUAG Compact Tank Gun 120 mm smoothbore and a semi-automatic loading system. Because BAE's currently accessible official pages focus on modern configurations rather than early prototype minutiae, Published accounts describe exact early dates, ammunition stowage, and crew arrangements as less certain unless supported by the manufacturer brochure. [S8; S9] Sources

BAE's 2016 public data sheet reflects a later marketed configuration: a 120 mm 47-55 caliber main armament, 12-14 rounds per minute, NATO 120 mm ammunition, weight range from 26 to more than 40 tonnes, a 3-person crew plus two jump seats, and up to 746 kW of diesel power. It also emphasizes Defensive Aid Suite soft/hard-kill functions, Vehicle Information System threat warnings, ADAPTIV thermal-signature management, rubber tracks, and active damping. Sources

The Ghost demonstrator attached the CV90120 concept to BAE's ADAPTIV active camouflage work. BAE describes ADAPTIV as a system of electrically powered, lightweight hexagonal pixels mounted on vehicle surfaces and heated or cooled to alter thermal signature, allowing a vehicle to blend into surroundings or mimic other objects in infrared. BAE's 2015 story says the system was commissioned by FMV and developed in Sweden by BAE Systems in Ornskoldsvik. [S6; S7] Sources

The most important recent event is BAE's 8 October 2025 announcement that BAE Systems Hagglunds and Rheinmetall Weapon and Ammunition would integrate Rheinmetall's 120 mm L44A1 Low Recoil weapon system onto the latest CV90120 vehicle. BAE describes the new CV90120 as based on the latest CV90MkIV chassis and says it will include enhanced battlefield speeds, upgraded electronic architecture, active damping, a new engine, a heavy-duty transmission, and an active protection system. Sources

This 2025 configuration shifts CV90120 from a historical curiosity toward a contemporary European direct-fire proposal. BAE says the Rheinmetall L44A1 LR is compatible with NATO-standard 120 mm rounds, including DM11 programmable HE and enhanced kinetic energy rounds; BAE's own CV90120 page also lists a 120 mm main gun with autoloader, in-bore ATGM with a stated 10,000 m range, RWS 7.62/12.7 mm, APS, AI-assisted threat identification, and advanced sound detection. These claims are manufacturer claims and is described as configuration capabilities, not evidence of fielding. [S1; S3] Sources

Design and performance

CV90120 uses the CV90 chassis concept: front powerpack/driver area, central turret, and a rear volume repurposed from infantry carriage toward ammunition, electronics, mission equipment, or operator seats. Early secondary-source descriptions often list a four-person crew with loader; BAE's current product page lists a three-person crew plus two operator seats and a 120 mm gun with autoloader. Crew arrangements differ by variant. [S1; S2; S8; S9] Sources

The hull remains visibly CV90-derived with a low front glacis, compact engine compartment, and IFV-style running gear. The 2016 data sheet gives a 6.6 m chassis length and 3.3 m width, while BAE's current MkIV-related data gives up to 38 tonnes for the CV90120MkIV product page and the 2016 data sheet gives a gross vehicle weight range up to more than 40 tonnes. [S1; S2] Sources

The turret is the defining feature: a 120 mm smoothbore installation on a chassis originally designed around autocannon IFV turrets. Early versions used a compact low-recoil gun and, according to secondary sources, a semi-automatic loader; current BAE literature specifies a 120 mm main gun with autoloader and a remote weapon station. Exact turret armor thickness is not publicly confirmed. [S1; S2; S8; S9] Sources

The accounts indicate that it uses CV90-family passive protection and modular add-on possibilities, with survivability supplemented by sensors, warning systems, active countermeasures, multispectral aerosol, and potentially active protection. It is not established to equal MBT frontal protection. [S1; S2; S5] Sources

BAE's 2016 data sheet describes a 120 mm gun of 47-55 calibers firing NATO 120 mm ammunition and capable of 12-14 rounds per minute. BAE's 2025 release identifies the upgraded prototype weapon as Rheinmetall's 120 mm L44A1 Low Recoil system, compatible with NATO 120 mm rounds including DM11 programmable HE and enhanced KE rounds. [S2; S3] Sources

The 2016 data sheet lists 7.62-12.7 mm machine guns and a 40 mm automatic grenade launcher as secondary armament options. The current BAE page lists a 7.62/12.7 mm remote weapon station. Secondary armament depended on the customer and configuration. [S1; S2] Sources

Official public sources confirm NATO 120 mm compatibility; BAE's current page adds an in-bore ATGM with a stated 10,000 m range. Early 45-round ammunition stowage and 12 ready-round details appear in secondary sources and is described as less certain for early CV90120-T only. [S1; S2; S8; S9] Sources

Manufacturer literature emphasizes advanced identification, improved hunter-killer capability, AI-assisted threat identification, and an advanced sound detection/direction system. Secondary sources identify Saab UTAAS and thermal sighting equipment in earlier vehicles, but exact modern sensor fit is configuration dependent. [S1; S2; S8] Sources

Optics are a prominent part of the demonstrator's roofline in MSPO photographs. Sources

The current BAE product page lists up to 1,000 horsepower, while the 2016 data sheet lists up to 746 kW, effectively the same class. BAE's CV90MkIV page describes the MkIV as using a new engine and latest upgraded X300 heavy-duty transmission. Older secondary sources cite 670 hp or 800 hp engines for earlier prototypes; this is a source conflict and likely reflects different demonstrator states. [S1; S2; S5; S8; S9] Sources

The CV90 family uses a tracked armored-vehicle suspension; current MkIV literature highlights active damping for higher terrain speeds. The 2016 CV90120 data sheet also explicitly associates low ground pressure, rubber tracks, and active damping with mobility. [S2; S5] Sources

BAE's 2016 data sheet gives speed greater than 80 km/h and emphasizes rubber tracks and low ground pressure. Current CV90120MkIV marketing again stresses strategic and tactical mobility relative to MBTs. Mobility is the vehicle's core trade-off: it seeks to win by moving where heavier tanks are harder to deploy, not by matching their passive armor. [S1; S2; S3] Sources

Current BAE materials list a three-person crew plus two operator seats, implying autoloader integration and spare operator capacity. Earlier four-person figures in secondary sources cannot be applied to the 2025 configuration. Ergonomic claims beyond crew count are not well documented publicly. [S1; S2; S8; S9] Sources

BAE's CV90 and CV90MkIV pages emphasize scalable, cyber-hardened electronic architecture and C4I decision advantage. Exact radio fit for CV90120 depends on customer configuration and is not specified in public sources. [S4; S5] Sources

The 2016 data sheet describes a Defensive Aid Suite combining warning, classification, countermeasure deployment, and driver guidance. Current BAE literature adds APS, modular defensive aids, laser/radar/missile warners, MSA, and active countermeasures. ADAPTIV is a separate thermal-signature management technology associated with the Ghost demonstrator. [S1; S2; S6; S7] Sources

There is no public production-service reliability record for CV90120. The strongest maintainability argument is commonality with CV90 fleets and BAE Hagglunds' through-life support system; BAE explicitly frames common platform, training, and spare-parts benefits for armies using or selecting CV90. [S3; S4] Sources

Known weaknesses are conceptual rather than empirically combat-proven: lighter passive protection than MBTs, uncertain survivability against modern drone/top-attack threats, reliance on active and signature-management protection, no production operator, no combat record, and unclear exact early prototype specifications. [W1; S1; S2; S3] Sources

Production, operators, and combat record

CV90120 is best understood as an export demonstrator within a successful industrial family, not as a production family itself. BAE's 2025 release says more than 1,400 CV90s have been produced in 17 variants for 10 European nations; BAE's CV90MkIV page lists 17 contracted variants used by 10 nations. Those figures describe the parent CV90 family, not CV90120 production. [S3; S5] Sources

The cited accounts explicitly states “Demonstrators; no major production order confirmed” at the family level and “No large production operator verified” in the operator record. The cited sources do not confirm series production, military fielding, or a combat-unit inventory of CV90120. Sources

No military operator is established as having fielded the CV90120 in line service. Its documented activity consists of manufacturer demonstrations, trials, and export marketing, rather than regular unit deployment or combat. Sources

There is no verified CV90120 combat history. The vehicle has no confirmed production operator, no known wartime unit establishment, and no verified battlefield losses or kills. The cited record does not establish CV90120 combat performance. Sources

The parent CV90 family has combat experience in several contexts, including Afghanistan and Ukraine according to BAE's public statements, but that does not transfer directly to CV90120. A 120 mm turret, ammunition stowage, recoil system, crew layout, and mission profile change the risk profile substantially. [S3; S5] Sources

The correct combat-history assessment is counterfactual and doctrinal: CV90120 would likely be employed as mobile overwatch, anti-armor ambush, direct-fire support, or rapid-reaction armored reserve, but it would need to avoid exchanging frontal hits with MBTs. Its value would depend on reconnaissance, concealment, active protection, drone integration, and shoot-and-scoot tactics more than on passive armor dominance. This is interpretation based on its published design trade-offs, not documented combat evidence. [S1; S2; S3] Sources

Legacy and historical evidence

On firepower, CV90120 is strongest: a NATO 120 mm smoothbore with autoloader in the current configuration provides credible anti-armor and fire-support capability. Its lighter protection placed greater importance on observation, active protection, reduced signature, and tactical employment. On mobility, it is potentially excellent at the operational and terrain-access level, especially for armies already operating CV90. On reliability, no CV90120 service record exists, but CV90 family maturity is an indirect advantage. On strategic impact, its importance will depend on whether a customer actually buys and fields it. [S1; S2; S3; S5] Sources

CV90120's legacy is primarily conceptual. It anticipated the twenty-first-century return of the “medium tank” problem: how to give mechanized forces direct-fire lethality when full MBT fleets are too costly or heavy for every mission. The vehicle has persisted in marketing because the underlying problem has not disappeared. [S1; S3; S8] Sources

The Ghost / ADAPTIV phase gave the family a second identity as a signature-management technology demonstrator. Media shorthand sometimes turned this into an “invisible tank,” but BAE's own explanation is narrower: ADAPTIV manipulates thermal appearance and can mimic backgrounds or objects in infrared; it does not make the vehicle optically invisible in the science-fiction sense. [S6; S7] Sources

The 2025 Rheinmetall upgrade renews the family's relevance. By using the latest CV90MkIV chassis and a modern low-recoil 120 mm gun, BAE is positioning CV90120 as a current option for armies that want direct fire but cannot or will not buy large numbers of new MBTs. If Slovakia or another CV90 user eventually orders it, CV90120 may shift from long-running demonstrator to production family. in the cited record, that shift is not yet verified. [W1; S3; S10] Sources

Photographs and image credits

Background reading and references. Each photograph has its own source and credit.

CV90120 front view at International Defence Industry Exhibition 2009. CV90120 on display with BAE Systems signage, emphasizing the compact turret and 120 mm main gun installation on a CV90 hull. 31 August 2009. International Defence Industry Exhibition 2009, likely Kielce, Poland (event context). Event/location inferred from Commons page category and file title.Polish Ministry of National Defence; Attribution required; Polish Ministry of National Defence permission on Commons for unrestricted use with source indication.Image source

CV90120 frontal close-up at MSPO 2007. Front-quarter detail of the CV90120 at MSPO 2007, showing the CV90 glacis, turret front, main-gun installation, and roof sensors. 5 September 2007. MSPO 2007 / International Defence Industry Exhibition, Kielce, Poland (event context). Close exhibition view; not a combat-service photograph.Spike78; GFDL 1.2+ or CC BY-SA 3.0, uploader-selected dual license.Image source

CV90120 side skirt and track detail at MSPO 2007. Side view detail showing the CV90-derived running gear, side armor/skirt arrangement, and 120 mm gun overhang. 5 September 2007. MSPO 2007 / International Defence Industry Exhibition, Kielce, Poland (event context). Shows chassis/running-gear discussion.Spike78; GFDL 1.2+ or CC BY-SA 3.0, uploader-selected dual license.Image source

CV90120 optics close-up at MSPO 2007. Close-up of roof-mounted optics/sight equipment on the CV90120 demonstrator. 5 September 2007. MSPO 2007 / International Defence Industry Exhibition, Kielce, Poland (event context). Image path corrected internally to CV90120-03.jpg if necessary.Spike78; GFDL 1.2+ or CC BY-SA 3.0, uploader-selected dual license.Image source

Sources and further reading

Background reading and references. Each photograph has its own source and credit.

Historical overview

Development and variants

Design and performance

Production, operators, and combat record

Legacy and historical evidence

Photographs and image credits

Sources and further reading

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