Ukrainian mid-range drones are consistently wiping out Russian air defences: results over the past year

365 Ukrainian mid-range kamikaze drone strikes were recorded between 19 Mar 2025 and 9 Mar 2026, with more than one-third (>33%) occurring in the final three months and publicly reported strike frequency roughly doubling from ~20/month to ~40+/month after Nov 2025. Nearly half of strikes targeted Russian air-defence radars and launchers; FP-2 and Rubaka dominate usage (FP-2 has recently executed more strikes and carries up to a 100 kg warhead, operating to ~250 km). Effect: persistent degradation of Russian rear-area air defences forcing redeployments, increasing vulnerability of energy and military-industrial sites, and implying sustained sector-level implications for defense production and regional risk premia.

Analysis

The accelerating proliferation of low-cost, mid-range kamikaze systems shifts the battlefield economics: marginal cost-per-effect of a guided drone is now an order of magnitude lower than legacy SRBM/MLRS strikes, forcing adversaries to trade expensive, centralized air-defence layers for distributed, mobile and expendable solutions. That structural change increases demand not only for interceptors and radars but for a different supply chain — rapid prototyping, MEMS inertial sensors, COTS GNSS modules, small warhead integration and high-rate composite airframes — suppliers that can scale low-unit-cost, iterative production will capture outsized orders.

Operationally, the biggest second-order effect is on logistics and force posture: persistent penetration risk incentivizes dispersion, hardened concealment, and redundant logistics hubs, which raises per-unit operating cost for ground forces and reduces throughput of sustainment lines. That means contractors providing camouflage, decoy systems, modular shelters, and rapid field-repair services see durable demand growth even if headline procurement focuses on interceptors.

Risk pathways that could reverse the trend are clear and relatively short-dated: a rapid fielding of affordable hard-kill short-range interceptors, scalable directed-energy prototypes, or significantly improved EW that degrades low-cost GNSS/comm links would raise attrition rates for these drones and compress their economic advantage within months. Conversely, a sustained ramp in production efficiency and falling unit costs for the attacker side can lock in the advantage over multiple years by making rear-area postures untenable without large-scale, expensive mitigation.

Strategically, expect a bifurcation in defense procurement: large primes will get big-ticket counter-UAV and radar contracts, while a broader cohort of mid-cap and specialized suppliers will win high-volume, rapid-turn buys for components and kits. For investors, this argues for paired exposure — incumbents for contract durability and select smaller innovators for asymmetric upside from volume-driven revenue growth.

Key Decisions for Investors

• Long Kratos (KTOS) 6–12 months: KTOS has a product set aligned to high-rate drone production and tactical UAV platforms. Position size 2–4% portfolio; target 30–50% upside if defense discretionary budgets tilt to low-cost systems. Risk: program funding shortfalls or fixed-wing contract losses could compress gains — set a 20% stop.
• Long L3Harris (LHX) or Raytheon (RTX) 3–9 months (buy equity or 9–12 month calls): expect steady re-ordering of mobile radars, C2 upgrades and counter-UAS sensors; reward is stable contract flow and visible revenue cadence. Hedge with a 25% notional long put to protect against sudden program cancellations or geopolitical de-escalation.
• Long small-cap specialist sensors or MEMS suppliers (select exposure to STM or NXPI via 6–12 month call spreads): these firms benefit from component-level volume growth as militaries favor modular kits. Use call spreads to limit premium outlay; upside 40–80% if unit volumes scale, downside limited to premium paid.
• Tactical pair trade: long MAXAR (MAXR) or Planet Labs (PL) 3–9 months / short a legacy heavy systems integrator with weak small-platform agility (select one underperformer in space): imagery and ISR demand rises with dispersed operations, favoring nimble GEO/LEO imagery providers. Position sizes modest (1–3% each); expect 20–40% relative outperformance if persistent ISR tasking continues.
• Event hedge: buy 3–6 month out-of-the-money puts on a broad European defense ETF or index (small allocation) to protect against a rapid escalation that drives asset repricing and risk-off flows. This is insurance — cost limited to premium with payoff in severe escalation scenarios.