121 production tools, not 63 US components, are the Iskander-1000's harder export-control problem

Ukraine's defense intelligence has catalogued 140 components inside the upgraded 9M723-2, a short-range ballistic missile Russia markets as the Iskander-1000, and tied 63 of them to US manufacturers. The disclosure also names 121 items of foreign-made production equipment used to assemble the missile. Western chip-level export controls are aimed at the components, while the manufacturing stack above them is what sits outside those controls.

The full parts list is published in the HUR War&Sanctions database, an open, per-component record maintained by HUR, Ukraine's Defense Intelligence. According to the agency, only about one-quarter of the 140 identified components are Russian-made. The rest are split across at least seven other jurisdictions: 63 from US manufacturers, 8 Swiss, 8 Belarusian, 4 German, 4 Taiwanese, and 3 Chinese. Named companies include Xilinx (now part of AMD), Atmel (now part of Microchip), Micron, Analog Devices, Texas Instruments, STMicroelectronics, DM&P Electronics, Winbond, Macronix, ISSI, MaxLinear, and HARTING.

The disclosure, originally posted to the DIUkraine Telegram channel, names 35 enterprises and 108 officials and employees it says form the production network behind the Iskander-M family, the Soviet-era short-range ballistic missile line that NPK KBM continues to develop. The 9M723-2 variant itself is new to the public record. HUR describes a 550 km range, a 40 percent jump from the 390 km of the older 9M723-1, and pairs the missile with the Bora-M launcher system used in strikes on Ukrainian cities. At 550 km, the missile can reach targets across most of Ukraine from Russian-held launch positions, expanding the set of cities within range of an Iskander-class strike.

FPGAs, or field-programmable gate chips, are reconfigurable processors central to the missile's guidance and signal processing. The HUR database includes a sample component record for a Xilinx Spartan XC2S50, listing the manufacturer, production date, and country of origin the agency attributes to the part. A sanctions investigator can trace the chip back to its fabrication date. A reader can see the actual silicon inside a Russian ballistic missile, including parts designed and fabricated years before the latest round of US export controls took effect.

The harder question is the manufacturing stack. HUR's count of 121 items of foreign-made production equipment describes the tooling, test rigs, and capital equipment Russia uses to assemble the missile line. Production equipment is harder to track than components. It is sold in lower volumes, often through intermediaries, and frequently under older contracts predating current sanctions. The companies that made it are not necessarily shipping to Russia today; the equipment is already in place inside Russian defense plants. Chip export controls can throttle the next batch of components, but the manufacturing stack that turns those components into a missile operates outside those controls.

The load-bearing figure is the production-equipment share, not the component share. As long as the assembly line, the test bed, and the calibration tooling remain in place, the missile line can absorb sanctioned chips by substituting older parts, redesigning around the gap, or routing through third countries. The wire will report the 63 US components and stop. The 121 production tools, and the 35-company network that supports them, are the harder export-control problem.

The disclosure has limits. HUR is party to the conflict, and the component inventory is the agency's own primary disclosure rather than an independently forensically verified finding. The TechRadar Pro re-report, the Ukraine Defence Journal breakdown, and the EU Today sanctions-framing piece all re-derive the parts list from HUR rather than verify it independently. The named companies have not, in the available material, responded to the disclosure. The Ukrainian defense outlet Mezha/Oboronka has run the same count, which is consensus across re-reports rather than independent confirmation.

Concretely, the disclosure establishes a database. war-sanctions.gur.gov.ua is now a live, auditable record of named components, manufacturers, and country-of-origin attributions for at least one Russian missile variant. Future Iskander disclosures, and disclosures about other Russian weapons systems, can be cross-checked against it. The next round of the export-control debate will turn on whether the 63-component share or the 121-equipment share is the figure policy actually has to move. They are different problems, with different supply chains and different enforcement surfaces, and the public debate has so far focused on the easier one.