How the Kinburn Spit Mission Worked

Operators remotely guided a maritime drone across the Black Sea to the occupied shoreline . The USV then landed an armed ground robot on the beach. Video footage released by the brigade shows the UGV disembarking and later firing at a target . The military did not officially name the robotic platform, but reporting suggests it may have been the Ukrainian-made Rys UGV produced by Roboneers, armed with a PKT machine gun . The operation was conducted under Colonel Oleh Makukha, commander of the 123rd Brigade, with direct coordination by Major Denys Hipik, commander of the brigade's 1st Unmanned Systems Battalion .

The brigade stated: "This is a new approach to war, where the most dangerous tasks are performed by a machine, and the Ukrainian military creates new rules of modern combat." No details were released about specific damage or casualties caused by the mission .

Ukraine's Broader Unmanned Warfare Strategy

This single mission is the latest step in a years-long, systematic effort to integrate unmanned systems across all three domains — aerial, maritime, and ground — as a core pillar of Ukraine's warfighting approach.

Organizational foundation: The Unmanned Systems Forces

Ukraine became the first country in the world to establish a separate military branch dedicated entirely to unmanned systems. On September 16, 2024, President Zelensky created the Unmanned Systems Forces (USF) as a branch co-equal with the Special Operations Forces and Territorial Defence Forces, commanded by Colonel Vadym Sukharevskyi . The USF's mission is to gather battlefield experience, formalize it into tactical and operational guidelines, and disseminate it across the armed forces .

The aerial domain

Ukraine's aerial drone capabilities have evolved from small consumer quadcopters adapted for reconnaissance and grenade-dropping into a vast ecosystem of FPV (first-person-view) strike drones, long-range attack drones hitting oil refineries deep inside Russia, and AI-assisted autonomous swarms . Aerial drones now account for roughly 80% of destroyed confirmed Russian equipment in some sectors . Ukraine operates a multi-layered "drone wall" defense system .

The maritime domain

Ukraine's naval drones (USVs like the Sea Baby, operated by the SBU) drove Russia's Black Sea Fleet out of the western Black Sea without Ukraine having a conventional navy . These boats have been progressively upgraded:

• May 2024: Sea Baby drones were fitted with multiple rocket launcher systems (Grad) and used to strike Russian positions on the Kinburn Spit from the sea .
• 2025-2026: Naval drones evolved into launch platforms for FPV attack drones and thermobaric rockets, extending strike reach beyond the coastline .
• July 2026: The Kinburn Spit USV-to-UGV mission marked the next step — using sea drones not just as strike platforms, but as amphibious insertion vehicles for ground robots .

The ground domain

Unmanned ground vehicles (UGVs) have increasingly moved from logistics roles (supply transport, casualty evacuation, mine clearance) to direct combat roles . Key milestones include:

• December 2024: Ukraine's 13th Khartiia Brigade conducted the first uncrewed combined-arms assault using coordinated aerial and ground robots .
• April 2025: President Zelensky stated that, for the first time in the war, an enemy position was captured exclusively by unmanned platforms — ground robots and aerial drones — without infantry involvement and without Ukrainian casualties .
• June 2026: The 115th Mechanized Brigade used an armed ground robot to provide fire support while clearing Russian troops from the village of Novoplatonivka in Kharkiv region .

The strategic picture

Ukraine's unmanned warfare strategy is driven by two hard constraints: a severe shortage of infantry and conventional artillery, and the need to preserve soldiers' lives . The response has been a distributed, bottom-up innovation model involving hundreds of firms, volunteer groups, and frontline units iterating on drone designs faster than traditional military procurement allows . The Kinburn Spit mission — combining a maritime drone as a delivery platform with a ground robot as an assault element — demonstrates how Ukraine is now fusing its domain-specific unmanned capabilities into multi-domain, all-robot operations that minimize human risk on the most dangerous missions .

How the Kinburn Spit Mission Worked

Operators remotely guided a maritime drone across the Black Sea to the occupied shoreline . The USV then landed an armed ground robot on the beach. Video footage released by the brigade shows the UGV disembarking and later firing at a target . The military did not officially name the robotic platform, but reporting suggests it may have been the Ukrainian-made Rys UGV produced by Roboneers, armed with a PKT machine gun . The operation was conducted under Colonel Oleh Makukha, commander of the 123rd Brigade, with direct coordination by Major Denys Hipik, commander of the brigade's 1st Unmanned Systems Battalion .

The brigade stated: "This is a new approach to war, where the most dangerous tasks are performed by a machine, and the Ukrainian military creates new rules of modern combat." No details were released about specific damage or casualties caused by the mission .

Ukraine's Broader Unmanned Warfare Strategy

This single mission is the latest step in a years-long, systematic effort to integrate unmanned systems across all three domains — aerial, maritime, and ground — as a core pillar of Ukraine's warfighting approach.

Organizational foundation: The Unmanned Systems Forces

Ukraine became the first country in the world to establish a separate military branch dedicated entirely to unmanned systems. On September 16, 2024, President Zelensky created the Unmanned Systems Forces (USF) as a branch co-equal with the Special Operations Forces and Territorial Defence Forces, commanded by Colonel Vadym Sukharevskyi . The USF's mission is to gather battlefield experience, formalize it into tactical and operational guidelines, and disseminate it across the armed forces .

The aerial domain

Ukraine's aerial drone capabilities have evolved from small consumer quadcopters adapted for reconnaissance and grenade-dropping into a vast ecosystem of FPV (first-person-view) strike drones, long-range attack drones hitting oil refineries deep inside Russia, and AI-assisted autonomous swarms . Aerial drones now account for roughly 80% of destroyed confirmed Russian equipment in some sectors . Ukraine operates a multi-layered "drone wall" defense system .

The maritime domain

Ukraine's naval drones (USVs like the Sea Baby, operated by the SBU) drove Russia's Black Sea Fleet out of the western Black Sea without Ukraine having a conventional navy . These boats have been progressively upgraded:

• May 2024: Sea Baby drones were fitted with multiple rocket launcher systems (Grad) and used to strike Russian positions on the Kinburn Spit from the sea .
• 2025-2026: Naval drones evolved into launch platforms for FPV attack drones and thermobaric rockets, extending strike reach beyond the coastline .
• July 2026: The Kinburn Spit USV-to-UGV mission marked the next step — using sea drones not just as strike platforms, but as amphibious insertion vehicles for ground robots .

The ground domain

Unmanned ground vehicles (UGVs) have increasingly moved from logistics roles (supply transport, casualty evacuation, mine clearance) to direct combat roles . Key milestones include:

• December 2024: Ukraine's 13th Khartiia Brigade conducted the first uncrewed combined-arms assault using coordinated aerial and ground robots .
• April 2025: President Zelensky stated that, for the first time in the war, an enemy position was captured exclusively by unmanned platforms — ground robots and aerial drones — without infantry involvement and without Ukrainian casualties .
• June 2026: The 115th Mechanized Brigade used an armed ground robot to provide fire support while clearing Russian troops from the village of Novoplatonivka in Kharkiv region .

The strategic picture

Ukraine's unmanned warfare strategy is driven by two hard constraints: a severe shortage of infantry and conventional artillery, and the need to preserve soldiers' lives . The response has been a distributed, bottom-up innovation model involving hundreds of firms, volunteer groups, and frontline units iterating on drone designs faster than traditional military procurement allows . The Kinburn Spit mission — combining a maritime drone as a delivery platform with a ground robot as an assault element — demonstrates how Ukraine is now fusing its domain-specific unmanned capabilities into multi-domain, all-robot operations that minimize human risk on the most dangerous missions .