Waypoints, week of 17 to 24 August 2026: Ukrainian drone IP finds Nordic homes, ESA reshapes its launch roadmap

Royal Netherlands Navy picks Destinus Hornet B2 for shipborne C-UAS, IOC targeted for Q2 2027

The Dutch MoD confirmed on Monday 25 August that the Royal Netherlands Navy will equip its fleet with a kinetic counter-UAS capability built on Destinus's Hornet B2 interceptor. The program includes delivery of interceptors, integration with several warships and support towards a possible initial operating capability, with completion slated for the second quarter of 2027. Destinus CEO Mikhail Kokorich framed the economic case bluntly: no navy can sustainably trade multimillion-euro missiles against low-cost threats arriving at volume. The Hornet B2 sits between VSHORAD and SHORAD with a claimed range above 70 km, and connects to earlier work with the Spanish Navy plus a naval MoU signed with Danish firms Cubedin and OMT on 19 August. For ventures: a European navy just contracted a scale-up over a legacy prime for a live capability gap on an 18-month clock. Sub-€100k-per-shot interceptor economics is now a procurable category, not a pitch deck.

Source: Dutch Navy to equip fleet with Destinus C-UAS interceptor drones, Defense News

Patria signs LoI with Ukraine's General Cherry to build FPV, fibre-optic and interceptor drones in Finland

On 23 August in Kyiv, in the presence of Presidents Stubb and Zelensky, Patria and Ukrainian drone manufacturer Center of Unmanned Technologies LLC ('General Cherry') signed a Letter of Intent, with Patria planning to initiate drone production in Finland. General Cherry specialises in the development and serial production of strike FPV drones, fibre-optic drones, aerial-target interceptor drones, and fixed-wing UAVs. The deal sits inside the Build with Ukraine initiative and follows a broader pattern: German Chancellor Friedrich Merz in December announced plans to produce various Ukrainian drones in Germany, while Ukrainian UAV makers including Skyeton and Ukrspecsystems are partnering or investing in the United Kingdom. Patria's ownership matters here: it is owned by the State of Finland (50.1%) and Norwegian Kongsberg Defence & Aerospace AS (49.9%). For founders: battle-tested Ukrainian IP is the fastest route to NATO-buyer credibility, and Nordic primes are now the licensing counterparties. Expect Ukrainian portfolios as both partners and competitors on your home turf.

Source: Patria partners with Ukrainian drone manufacturer General Cherry, Patria

ESA confirms Ariane 6 Block 3 and the ICARUS upper stage are shelved

ESA has confirmed to European Spaceflight that it is no longer considering the Ariane 6 Block 3 evolution, saying there is 'no programme need or justification' for the evolution at this time. A key element of this now-scrapped evolution was the ICARUS lightweight upper stage, the carbon-composite stage that would have added roughly two tonnes to LEO performance. The context is money: member states committed less than half of the requested Ariane 6 adaptations envelope at the same Ministerial Council meeting at which the evolution was shelved. Downstream effects are already visible, with ESA re-baselining the Argonaut lunar lander onto Ariane 64 Block 2 rather than Block 3. For founders: Europe's heavy-lift roadmap has flattened to P160C boosters plus incremental Vulcain work, with no near-term step change in beyond-LEO capacity. If your mission architecture assumed a more capable Ariane after 2028, redesign now, or plan around commercial alternatives and rideshare economics.

Source: ESA Confirms Ariane 6 Block 3 Upgrades Have Been Shelved, European Spaceflight

ESA's Draco reentry demonstrator clears CDR, keeping the €17M Deimos-led mission on track for 2027 launch

Deimos-led Draco, the €17 million mission that will instrument a satellite's own destruction in the atmosphere, has cleared its Critical Design Review, keeping launch in 2027 on the manifest. The Destructive Reentry Assessment Container Object (Draco) mission will collect unique measurements during an actual reentry and breakup of a satellite from the inside, and a capsule especially designed to survive the destruction will transmit the valuable telemetry shortly after. The platform carries 200 sensors and 4 cameras monitoring temperature, pressure, structural strain, plasma dynamics, and material ablation in real time. A 40-centimeter heat-resistant capsule housed within the satellite is built to survive reentry, deploy a parachute over an uninhabited ocean area, and transmit data via satellite link for approximately 20 minutes before splashdown. The exercise feeds ESA's Zero Debris target for 2030. For ventures: design-for-demise is moving from advisory guideline toward hard qualification requirement for any European constellation seeking licence. Materials, ablation-modelling and demisable-avionics startups have a validation dataset arriving on a fixed calendar.

Source: Draco mission made for destruction, ESA