An infantry fighting vehicle (IFV) is not just a vehicle for transporting soldiers, but a true “tank in miniature”, combining firepower, protection and mobility. In modern conflicts from Ukraine to the Middle East, infantry fighting vehicles often become a key element in the tactics of motorized rifle units. But which models deserve the title of best in 2026? This ranking is based on analysis combat characteristics, technical innovation and real application experience - without marketing promises from manufacturers.
We analyzed more than 30 modern infantry fighting vehicles, taking into account not only classical parameters like gun caliber or armor thickness, but also criteria such as ergonomics for the crew, drone resistance and modernization opportunities. Particular attention was paid to vehicles that have undergone baptism of fire in recent conflicts - their real pros and cons often differ from factory specifications. For example, the Israeli Namer showed record survivability in urban battles thanks to its modular armor, while the German Puma encountered problems when operating in desert conditions.
It is important to understand: there is no ideal infantry fighting vehicle. What is valued in Europe (for example, high process automation) may not be useful in Africa, where maintainability in the field is critical. Therefore, our rating is divided into categories - from best in firepower up to most economical to maintain. And if you are looking for a vehicle for specific tasks (for example, airborne operations or combating UAVs), pay attention to specialized blocks with comparison tables.
Evaluation criteria: how we ranked the infantry fighting vehicles
When forming the rating, we did not operate with abstract “stars”, but with specific technical and tactical parameters. Here are the key factors that were taken into account:
- 🔫 Firepower: Main weapon caliber (from
20 mm automatic cannonup to105 mm guns), presence of anti-tank systems, ammunition and rate of fire. For example, Russian "Kurganets-25" with57 mm cannoncapable of hitting light armored vehicles at a distance of up to 6 km, which distinguishes it from competitors with30 mm guns. - 🛡️ Protection: Type of armor (passive, active, combined), availability of systems AZ (active protection), resistance to cumulative ammunition and mines. Here the leader has become South Korean K21 with modular armor that can withstand hits
30 mm shellsfrom a distance of 500 m. - 🚀 Mobility: Specific power (hp/ton), maximum speed, range and adaptability to different types of terrain. For example, Swedish CV90 with engine
600 hpshows better cross-country ability on snow than the German one "Puma". - 💰 Economic factors: Unit cost, maintenance costs, spare parts availability. Chinese ZBD-04A costs 3–4 times cheaper than Western analogues with comparable performance characteristics.
- 🎯 Combat experience: Real data from the battlefields (Ukraine, Nagorno-Karabakh, Syria). For example, Turkish "Kirpi" demonstrated high survivability in urban battles due to its low silhouette.
We paid special attention innovative solutions, which could change the understanding of infantry fighting vehicles in the next 5–10 years. These are:
- 🤖 Unmanned modules: For example, in Russian "Boomerang" There is an option for remote control of the tower.
- 🔋 Hybrid powertrains: American M2 Bradley testing a diesel-electric engine that reduces thermal signature.
- 🛡️ Active drone protection: Systems like "Aphrosite" (installed on "Armate") are capable of shooting down short-range UAVs.
⚠️ Attention: Data on the armor protection of many infantry fighting vehicles (especially Russian and Chinese) are classified. In the rating we use independent expert assessments Janes Defence and Military Balance, as well as data from battlefields where vehicles were shot down or destroyed. This allows us to correct factory claims about “impenetrable armor.”
Top 5 infantry fighting vehicles by firepower: who is stronger on the battlefield
If the main priority is the destruction of enemy equipment, then the leaders are determined according to two parameters: main gun caliber and presence of high-precision missiles. We excluded vehicles with machine gun armament from the rating (for example, American Stryker in the basic version) - they refer to armored personnel carriers rather than infantry fighting vehicles.
| Place | Model | Main weapons | Additionally | Effective range, m |
|---|---|---|---|---|
| 1 | Kurganets-25 (Russia) | 57 mm gun 2A91 |
ATGM "Kornet", 7.62 mm PKT | 6000 (gun), 8000 (rocket) |
| 2 | CV90 Mk IV (Sweden) | 35/50 mm Bushmaster gun |
ATGM Spike-LR, 7.62mm PC | 5000 (gun), 4000 (rocket) |
| 3 | K21 (South Korea) | 40 mm gun |
ATGM Hyunmoo, 7.62mm PC | 4000 (gun), 6000 (rocket) |
| 4 | Puma (Germany) | 30 mm MK30-2/ABM gun |
ATGM Spike-LR, 5.56mm PC | 3000 (gun), 4000 (rocket) |
| 5 | ZBD-04A (China) | 100 mm cannon + 30 mm coaxial |
ATGM Hongjian-8, 7.62mm PC | 4000 (gun), 5000 (rocket) |
Rating leader - Russian "Kurganets-25" - not only surprises 57 mm cannon (unique for infantry fighting vehicles), but also the ability to fire indirect fire at a range of up to 10 km with laser beam correction. This allows the vehicle to serve as light self-propelled artillery. Second place Swedish CV90 Mk IV thanks to its modular architecture: its tower can be equipped with 50 mm cannon (optional for future upgrades).
Interesting fact: Chinese ZBD-04A formally has the most powerful weapons (100 mm gun), but its combat effectiveness is reduced due to low rate of fire (only 6–8 rounds per minute) and the lack of a modern fire control system. At the same time South Korean K21 compensates for the smaller caliber (40 mm) high shooting accuracy thanks to the integrated radar sight.
⚠️ Attention: When choosing an infantry fighting vehicle based on firepower, consider not only the caliber, but also ammunition. For example, "Puma" carries only 200 shells for 30 mm guns, whereas CV90 — 300. In protracted battles this can become a critical factor.
Infantry fighting vehicles with 35–57 mm caliber guns are capable of hitting light armored vehicles (armored personnel carriers, infantry fighting vehicles) and low-flying targets (helicopters, UAVs), but against main tanks they require the support of anti-tank systems.
The most protected infantry fighting vehicles: armor that saves lives
In modern conflicts, infantry fighting vehicles often become targets for FABs, cumulative shells and attack drones. Therefore, the protection of the crew and troops comes to the fore. We assessed not only the thickness of the armor, but also:
- 🛡️ Availability active protection (for example, "Arena-M" on "Kurganets" or Trophy on "Intentionally").
- 💥 Resistant to mines and improvised explosive devices (tests according to standard STANAG 4569 Level 4a/4b).
- 🔥 Protection from incendiary weapons (for example, thermal barricade screen on "Boomerang").
The absolute leader in survival rate was Israeli "Namer" - in fact, this is light tank based on Merkava. Her armor can withstand hits 30 mm shells from a distance of 200 m and provides protection from RPG-7 thanks to the system Trophy, which intercepts missiles on approach. Second place Russian "Boomerang" with modular armor "Malachite", which can be increased depending on the task (from STANAG Level 3 up to Level 5+).
| Model | Armor type | Protection against projectiles (STANAG) | Mine protection (STANAG) | Active protection |
|---|---|---|---|---|
| Intention (Israel) | Combined + reactive | Level 5 (30mm APS) | Level 4b (10 kg TNT) | Trophy |
| boomerang (Russia) | Modular "Malachite" | Level 4–5+ (customizable) | Level 4a (8 kg TNT) | "Arena-M" |
| K21 (South Korea) | Ceramic + steel | Level 4 (25mm APS) | Level 3b (6 kg TNT) | No (optional KAPS) |
| Puma (Germany) | Multilayer | Level 4 (30mm BPS) | Level 3a (6 kg TNT) | No |
Surprise rating - South Korean K21, which overtook German "Puma" despite its lower weight (25 tons versus 43 tons). The secret is innovative layout: the engine and transmission are moved to the front, which reduces the risk of damage to the troop compartment. In addition, K21 equipped with a system KAPS (analogue "Arenas"), which in the future can be modified to intercept drones.
An outsider among the leaders - "Puma", which, despite its high cost (about $10 million per unit), does not have built-in active protection. German engineers relied on passive armor and low silhouette, but the experience of Ukraine has shown that this is not enough against modern ATGMs like "Javelina".
Why is "Namer" not exported?
Israel refuses to sell Namer to other countries due to the risk of copying active protection technologies Trophy. In addition, the vehicle is optimized for the specific conditions of the Middle East (desert, urban battles) and requires adaptation for other regions.
The best infantry fighting vehicles for amphibious operations: lightness vs. firepower
For airborne troops (Airborne Forces) and Marine Corps are critical mass (so that the car fits into transport aircraft or landing ships) and the ability to fight immediately after landing. The leaders here are completely different than in the general ranking.
The undisputed first place Italian "Freccia" - the only infantry fighting vehicle that can be dropped by parachute along with its crew. Its mass is only 13.5 t, but at the same time he is armed 25 mm cannon and ATGM "Spike". Second place Russian BMD-4M, which, despite its archaic design, remains the most massive landing vehicle in the world due to the possibility of landing from IL-76.
- ✈️ "Freccia" (Italy): Mass
13.5 t, weapons25 mm Oerlikon KBA, landing 6 people. - 🪂 BMD-4M (Russia): Mass
14.5 t, weapons100 mm gun 2A70, landing 7 people. - 🚢 AAV7 (USA): Weight
23.5 t, weapons40 mm grenade launcher + 12.7 mm machine gun, landing 21 people (floating).
⚠️ Attention: Airborne infantry fighting vehicles often sacrifice protection for the sake of lightness. For example, "Freccia" has armor only according to the standard STANAG Level 2 (protection against 7.62 mm bullets), which makes it vulnerable to modern PTS. In a conflict zone, such vehicles require cover with tanks or artillery.
Compatibility with transport aircraft (dimensions)
Possibility of parachute landing or water landing
Availability of a fire extinguishing system for the troop compartment
Power reserve for off-road driving after landing-->
BMP with the best economy: price vs. fighting qualities
Not every country can afford to purchase a fleet "Namerov" at $12 million apiece. Therefore we analyzed price/quality ratio, taking into account not only the cost of the car, but also the costs of:
- 💵 Service (cost of maintenance, spare parts).
- 🔧 Maintainability (possibility of restoration in field conditions).
- 📦 Logistics (how easy it is to arrange supplies of ammunition and fuel and lubricants).
Became a leader Chinese ZBD-04A - its price is only $1.2–1.5 million, which is 5–10 times cheaper than Western analogues. However, he is armed 100 mm cannon and has armor STANAG Level 4. Second place Russian BTR-82A (although this is technically an armored personnel carrier, it is often used as a light infantry fighting vehicle) - cost $500–700 thousand, but with 30 mm cannon and the ability to install ATGM "Cornet".
| Model | Cost, million $ | Maintenance cost (year), thousand $ | Resource before major overhaul, km | Benefits |
|---|---|---|---|---|
| ZBD-04A (China) | 1,2–1,5 | 80–120 | 15 000 | Low price, simple logistics |
| BTR-82A (Russia) | 0,5–0,7 | 50–80 | 12 000 | Cheap spare parts, high maintainability |
| CV9030 (Sweden) | 3,5–4,0 | 200–250 | 20 000 | Low operating costs, reliability |
| M2 Bradley (USA) | 3,0–3,5 | 300–400 | 18 000 | Good documentation, developed network of service centers |
Among Western cars it stands out Swedish CV9030 - its maintenance is cheaper than "Bradley", thanks to the modular design. But German "Puma" became an anti-leader: at a price $10 million its annual maintenance costs $500 thousand, and repairs in the field are almost impossible without specialized equipment.
Interesting fact: Turkish "Kirpi" (cost $2–2.5 million) is positioned as a “golden mean” - it is cheaper than European infantry fighting vehicles, but superior to Chinese ones in terms of electronics and ergonomics. Its main advantage is open architecture, allowing the installation of any Western or local fire control systems.
When choosing infantry fighting vehicles for countries with a limited budget, pay attention to vehicles based on truck chassis (for example, South African Rooikat). They are cheaper to produce and easier to repair, although they are inferior to specialized infantry fighting vehicles in protection.
BMP of the future: what technologies will change the face of combat vehicles
By 2030, infantry fighting vehicles could change radically thanks to the introduction of:
- 🤖 Unmanned modules: For example, in Russian "Boomerang" the option of remote control of the tower is already provided, and in American OMFV (replacement project Bradley) a fully autonomous version is planned.
- ⚡ Electric and hybrid engines: British company QinetiQ is testing an electric-powered infantry fighting vehicle that reduces thermal and noise signature.
- 🛡️ Active protection against drones: Systems like "Aphrosite" (Russia) or Iron Fist (Israel) are already capable of shooting down UAVs, but laser systems will appear in the future.
- 🎮 Artificial Intelligence: Algorithms will analyze data from sensors and offer the crew optimal decisions in combat (for example, Israeli Carmel system).
One of the most ambitious projects - American OMFV (Optionally Manned Fighting Vehicle). It must be a machine with:
- 🔫 50 mm cannon (with installation option
105 mm). - 🤖 Opportunity fully autonomous control (without crew).
- 🛡️ Modular armor that adapts to threats (from RPG up to hypersonic missiles).
However, experts are skeptical about the feasibility of OMFV until 2030 due to the high cost (the planned budget is $45 billion) and technical risks. A more realistic option is to modernize existing platforms. For example, Germany plans to equip "Puma" laser protection system, and Russia tests for "Boomerang" electromagnetic gun (railgun).
Why are electric infantry fighting vehicles not yet widespread?
The main problems are the low energy capacity of the batteries (it is necessary to provide power for weapons, radars and communication systems) and high cost. In addition, electric motors are still inferior to diesel engines in terms of power off-road. The first production samples may appear no earlier than 2028–2030.
How to choose an infantry fighting vehicle for your country: a checklist for the military
When purchasing infantry fighting vehicles for the armed forces, it is necessary to take into account:
- Tactical tasks:
- 🎯 For offensive operations vehicles with powerful weapons are suitable ("Kurganets-25", ZBD-04A).
- 🛡️ For defense it is better to choose an infantry fighting vehicle with active protection ("Intention", "Boomerang").
- ✈️ For landing operations - lightweight and compact models ("Freccia", BMD-4M).
- Climatic conditions:
- ☀️ B desert the cooling system and sand protection are critical ("Intention" or "Kirpi").
- ❄️ B Arctic We need cars with insulated compartments and tracks for snow (CV90 or "Puma").
- 💰 If you're on a budget, consider Chinese or Russian models.
- 🔧 Make sure that there are service centers in the country or the possibility of local production of spare parts.
Example of a good choice: Poland purchased South Korean K21 instead of German "Pum", saving $2 billion with comparable combat qualities. A India stopped at Russian "Boomerangs" due to their adaptability to mountainous terrain and low maintenance costs.
⚠️ Attention: Don't rely only on factory tests. For example, "Puma" showed excellent results at training grounds in Germany, but in real battles in Ukraine its electronics turned out to be vulnerable to electromagnetic interference. Always ask for field data or independent expert assessments.
The most versatile infantry fighting vehicle today - South Korean K21. It combines good firepower, protection, mobility and a relatively low price ($3–4 million).
FAQ: Frequently asked questions about infantry fighting vehicles
🔹 Which infantry fighting vehicle is the fastest?
The fastest serial infantry fighting vehicle is Swedish CV90 at maximum speed 70 km/h along the highway. However, in off-road conditions the leader becomes Russian “Boomerang” thanks to adaptive suspension and powerful engine (750 hp).
🔹 Can an infantry fighting vehicle defeat a tank?
A modern infantry fighting vehicle is capable of hitting a main tank only using ATGM (for example, "Cornet" on "Kurganets-25" or «Spike» on CV90). However, the probability of being hit depends on the distance, angle and type of armor of the tank. For example, Abrams or <