# Ukraine Braces for Second Wave as Russia Holds Back Bombers and Drone Swarms *Thursday, July 2, 2026 at 6:10 AM UTC — Hamer Intelligence Services Desk* **Published**: 2026-07-02T06:10:42.112Z (3h ago) **Category**: conflict | **Region**: Eastern Europe **Importance**: 9/10 **Sources**: OSINT **Permalink**: https://hamerintel.com/data/articles/9594.md **Source**: https://hamerintel.com/summaries --- **Deck**: Hours after a massive missile barrage on Kyiv, Russian Tu-95MS bombers armed with Kh-101 cruise missiles and a large reserve of attack drones reportedly remain unused at key airbases. For Ukrainian planners and NATO neighbors, the unanswered question is whether the overnight strike was the main blow or a rehearsal for something worse. Ukraine’s air defense network is facing an unnerving possibility: that one of the largest missile salvos in recent months was not the climax of a Russian strike cycle, but a prelude. Intelligence tracking of Russian long-range aviation assets indicates that three to six Tu-95MS strategic bombers remain on the ground at Engels-2 and Olenya airbases, already loaded with Kh-101 cruise missiles and not used in the 2 July attack. At the same time, a substantial stock of Geran-2 and Gerbera-type drones is believed to be held in reserve. The overnight assault on Kyiv and other regions was conducted largely with ballistic and cruise missiles, according to trajectory analysis and Ukrainian reporting. Observers noted the relative absence of large drone swarms that had characterized previous waves. That gap, combined with the sight of fully armed Tu-95MS aircraft still sitting at their dispersal points, has fueled concern in Ukraine that Russia is deliberately sequencing its strikes: first probing air defenses with missiles, then following with massed unmanned aerial vehicles. Several explanations are being discussed by Ukrainian and foreign military watchers. One is that the 2 July missile-heavy attack was a form of reconnaissance in force, testing radar coverage, interception rates and response times before committing a more flexible and numerous drone fleet. Another is that weather patterns over potential drone corridors limited their utility, while missiles with active guidance systems were less affected. A third possibility is simple conservation: Russia may be pacing its stocks so it can sustain pressure over weeks rather than spending both missiles and drones in a single night. Whatever the reason, the effect is the same for Ukrainian cities and air defense crews: the sense that the sky may not be safe tomorrow just because the missiles have already fallen today. Long-range bombers loaded with Kh-101s can strike from hundreds of kilometers away, forcing Ukraine to maintain high alert status across vast areas. Drone reserves add another dimension; their lower cost and slower speed allow them to be used to exhaust air defense ammunition, confuse radar operators, or slip through low-altitude gaps to hit power and logistics nodes. For civilians, the main difference between a missile-heavy and a drone-heavy night is how the danger feels rather than what it can destroy. Ballistic and cruise missiles arrive fast and hit hard; large drones buzz audibly for longer, generate more air raid warnings, and are more likely to be spotted overhead, amplifying psychological stress. Both can wreck substations, warehouses and apartment blocks. The cumulative effect of alternating between these modes is a population that must live in a state of rolling uncertainty, never sure whether the next siren will mark a short, violent volley or hours of drones probing for weak spots. Strategically, Russia’s apparent retention of both missile and drone capacity matters well beyond Ukraine. NATO’s eastern flank is already reacting: earlier on 2 July, Poland scrambled fighter jets and Finland temporarily restricted airspace in response to Russian launches, reflecting concern about spillover or miscalculation near alliance borders. If Moscow demonstrates that it can still send waves of cruise missiles and drones toward Ukraine on short notice, neighboring states must keep their own air defenses and quick reaction alert aircraft at elevated readiness, tying up resources that could be used elsewhere. The pattern also speaks to Russia’s broader industrial and procurement efforts. Reports that 12 Zircon hypersonic cruise missiles were used in the 2 July barrage, alongside dozens of Kh-101s and Iskander-M ballistic missiles, suggest that Moscow is drawing on a mixed arsenal of legacy and newer systems. The decision not to expend its remaining drone stockpile in the same operation could indicate confidence that production lines and foreign-sourced components will sustain future waves, enabling a strategy of sustained aerial pressure rather than sporadic surges. For Ukraine and its backers, the risk calculus is shifting from whether Russia can launch another massive strike to how many consecutive cycles it can maintain. Air defense ammunition, radar maintenance, crew fatigue and shelter capacity all erode over time. The fact that a heavily armed contingent of bombers and drones sat out the 2 July assault means that the threat graph for the coming days does not slope down after impact—it stays flat or even rises. The critical indicators to watch next are satellite and open-source observations of aircraft movements at Engels-2 and Olenya, any sudden dispersal of drone launch systems, and renewed changes in NATO air posture along the alliance’s eastern flank. A surge in drone launch reports without a corresponding missile volley, or vice versa, would offer a clearer picture of whether Russia is experimenting with new strike sequences or settling into a sustainable rhythm of long-range attacks.