Russia is not slowing down its tank production. It's speeding up, and it has a new tank to anchor that push: the T-90M2, internally code-named "Ryvok-1" or "Dash-1." This isn't a concept vehicle or a prototype sitting in a factory. It's a real program, confirmed by leaked procurement documents from Uralvagonzavod (UVZ), with serial production starting in 2026. The numbers behind it are striking enough that Western defense analysts have been paying close attention since October 2025.
What Is the T-90M2 and Where Did It Come From?
The T-90M2 carries the internal designation "Object 188M2." To understand what that means, you need to know that the original T-90 was internally called "Object 188." The T-90M "Proryv-3" was "188M." Adding "2" to the suffix signals a direct second-level modernization built on top of the Proryv platform. It is not a new tank from the ground up. It is the T-90M, significantly upgraded with technologies borrowed from a newer generation.
The vehicle became publicly known through a combination of intelligence work and leaked documents. In spring and summer 2025, the research group Frontelligence Insight obtained procurement letters from UVZ to the Zagorsk Optical-Mechanical Plant (ZOMZ), requesting parts for "Product 188M2." A listing in the Russian Union of Scientific and Engineering Public Associations separately named a lead design engineer as one of the developers of the "T-90M2 Ryvok-1." Both pieces of evidence, while indirect, together confirmed the vehicle's existence.
What's Actually New On This Tank?
The T-90M2 is not a revolutionary machine. That's actually the point. It takes everything that already works on the T-90M and upgrades the parts that combat experience in Ukraine has shown need improving. Think of it as a software update with some serious hardware attached.
The main improvements break down into four areas: protection, firepower, mobility, and electronics.
On the electronics side, the tank receives a new optoelectronic package from ZOMZ (component index IS-445), which includes a next-generation panoramic sight and improved laser rangefinder for the gunner. More significantly, the fire control system now uses modular architecture, meaning fire profiles can be reconfigured in software depending on the ammunition type loaded. The base T-90M cannot do this. The targeting system is built on the "Sosna-U" architecture and incorporates AI-assisted stabilization for automatic target tracking.
Crew interface has been overhauled too. Analog dials are replaced with a multifunction digital display and a color thermal camera. The tank connects to the "Sozvezdiye-M2" battle management system, providing encrypted communications down to battalion level, real-time position sharing, enemy tagging, and coordination with artillery and reconnaissance drones. This is a genuinely different level of situational awareness compared to what the T-90M offered at introduction.
The Protection Overhaul: Why Drones Changed Everything
This is the most important upgrade on the T-90M2, and it reflects the single biggest lesson Russia has taken from three years of fighting in Ukraine. The threat that matters most on today's battlefield is not an enemy tank or an ATGM fired from the tree line. It's a small FPV drone dropping a shaped charge from directly above.
If before the bet was on armor thickness, now it's on comprehensive protection: detection, reaction, and neutralization of the threat.
The T-90M2 addresses this with a layered defense. The Arena-M active protection system provides 360-degree interception of incoming missiles and ATGMs. Its radar array was reportedly reduced in size specifically so it could be fitted without altering the external turret profile. The Relikt explosive reactive armor has been upgraded with new explosive layers that perform better against both tandem-charge warheads and top-attack munitions. The turret dome itself has been reinforced against drone-launched submunitions.
The hull's frontal section was redesigned for better deflection of kinetic energy penetrators at wider angles of impact. The passive turret armor uses multilayer composite elements developed under the Armata program, including advanced ceramic inserts. In effect, the T-90M2 is the first production Russian tank designed from the start to account for the drone threat at the same level as traditional anti-armor weapons. Whether that's enough to survive the battlefield realities of 2027 and beyond is a different question, but the intent is clear.
Firepower and the Armata Connection
The T-90M2 keeps the 125mm smoothbore 2A46M-5 cannon from the T-90M. That is not a limitation. This gun supports the full range of Russian 125mm ammunition: APFSDS rounds, HEAT-FS, thermobaric shells, and guided missiles including the "Invar-M" and the newer "Sprinter" series fired through the barrel. Frontline T-90M crews have reported hitting targets accurately at distances up to 9,000 meters. The 2A46M-5 is a capable weapon on its current platform.
What changes is what later production batches might carry. According to technical sources cited in the Russian defense press, subsequent T-90M2 units may receive the 2A82-1M gun originally developed for the T-14 Armata. That cannon is considered significantly more powerful and accurate. If that happens, the T-90M2 would carry Armata-grade firepower on a T-90 chassis at a fraction of the Armata's production cost. That is a meaningful capability jump.
The coaxial 7.62mm PKT machine gun is now remotely stabilized and integrated into the same targeting display as the gunner's main sight. The Kord 12.7mm heavy machine gun sits on an updated remote weapon station with improved autoloading access. Both changes reduce the need for crew members to expose themselves during operation, another direct lesson from Ukraine.
The Production Numbers That Have NATO Paying Attention
The most consequential part of the leaked documents isn't the technical specifications. It's the production schedule. Frontelligence Insight's analysts used a clever method to estimate volumes: the IS-445 engine RPM sensor, of which exactly one is installed per tank engine, was ordered in quantities that directly corresponded to planned production numbers. Russian military technical manuals confirmed this one-per-vehicle installation. The resulting data gives us a credible look at what UVZ actually plans to build.
| Year | Planned T-90M/M2 Activity | Notes |
|---|---|---|
| 2026 | ~10 units | Limited serial start of T-90M2 |
| 2027 | Production ramp-up begins | Sharp increase from 2025 baseline |
| 2028 | ~428 units (peak) | Nearly 80% more than 2024 output |
| 2029 | High volume | Last year with new production entries |
| 2030 | Zero entries | Unexplained gap in documents |
| 2031-2036 | Overhauls and upgrades only | No new production scheduled after 2029 |
| Total | 1,783+ T-90M/M2 combined | Baseline figure across full decade |
The gap in 2030 is unexplained. Analysts have suggested factory reorganization, capacity expansion, or plans for a further updated T-90 variant as possible reasons. What's clear is that the absence of post-2029 new production does not represent a planned halt. It more likely reflects the limits of long-term contract planning. Russia is not going to stop building tanks in 2030.
Add the T-72B3M modernization numbers from the same documents, and the picture gets bigger. Russia plans to overhaul approximately 828 T-72B3M vehicles by 2036. Combined with the T-90 figures, that's a baseline of around 2,611 total modernized tanks over the decade. Even if production falls 30% short of target, that's still more than 1,800 modern tanks in ten years. If you want to understand Russia's long-term military intentions, the procurement documents are more honest than any official statement.
Why Not Just Build More Armata?
This is the obvious question, and the answer is actually interesting. The T-14 Armata is a genuinely advanced design. Unmanned turret, separated crew compartment, new gun, new electronics. On paper, it should be the future of Russian armor. In reality, it has been produced in very small numbers since its 2015 debut and remains expensive, complex to manufacture, and difficult to maintain in field conditions.
The T-90M2 is not a compromise. It's a deliberate answer to the question of what a tank needs to be when you require hundreds of them, not dozens.
The T-90M2 uses a production base that UVZ has been running for decades. The supply chains exist. The tooling exists. The maintenance training exists across the Russian military. By taking Armata-derived technologies, particularly the composite armor packages, active protection systems, and fire control electronics, and integrating them into that proven chassis, Russia gets approximately 80% of the Armata's capability improvement at a fraction of the cost and at a production scale the Armata could never match.
The Dzen analysis framed this well: the T-90M2 is a "bridge between present and future." That framing is accurate but worth pushing a bit further. Given the production ambitions here, the T-90M2 may not be a transitional step. It may simply become Russia's primary tank for the next fifteen years, with Armata remaining a small-batch prestige program that slowly feeds its best ideas into successive T-90 variants. That's what the numbers suggest.
What This All Means Going Forward
Russia produced roughly 240 T-90M tanks in 2024. The plan peaks at 428 in 2028. Even accounting for battlefield losses and production shortfalls, Russia's operational T-90 fleet is growing net-positive year over year. Combined with more conservative use of armor on the battlefield in 2025 compared to 2022-2023, Moscow appears to be banking armor capacity for a future posture, not just replacing what gets destroyed in Ukraine.
For anyone tracking European security, this production timeline matters. A Russian military that enters the 2030s with thousands of modernized tanks, Arena-M APS, Armata-derived protection, and AI-assisted fire control is a structurally different threat than the one that rolled into Ukraine with Soviet-era stockpiles. Plans are not guarantees, sanctions still bite, and production targets can slip. But dismissing these numbers as aspirational would be a mistake. UVZ has already demonstrated the capacity to dramatically accelerate output when required.
If you want to go deeper on this topic, the original Frontelligence Insight report is the primary source and worth reading in full. Their methodology for estimating production volumes through component tracking is genuinely clever and more reliable than most open-source analysis of Russian military output. For ongoing coverage, tracking OSINT analysts who monitor Russian defense procurement documents gives you a clearer picture than official government statements from any side.
