Ukraine has released video footage of an amphibious attack drone that can both crawl on land and swim underwater, marking a fundamental shift in naval warfare. The robot was deployed in a surprise assault on Russian positions at the Kinburn Spit, as first reported by CNN on July 13.
The weapon system, which Ukraine claims is the first of its kind, combines underwater propulsion for stealthy approach with tracked wheels for land movement. Remote operators control the drone from miles away. This is the first time Ukraine has deployed an unmanned ground vehicle from the sea, according to Ukrinform.
What Is the Amphibious Death Drone?
The robot operates in two distinct modes. Underwater, it uses electric thrusters for silent approach. On land, it switches to tracked wheels, allowing it to crawl up beaches and engage ground targets.
| Specification | Estimated Data |
|---|---|
| Speed (water) | 5-7 knots |
| Speed (land) | 10-15 mph |
| Payload capacity | 50-100 kg (explosives or machine gun) |
| Endurance | 4-6 hours |
| Control range | 10-20 miles |
The drone carries a machine gun system, as confirmed by Newsweek, which described it as a “gun-wielding war robot.” It can deliver explosive payloads or direct fire.
The Kinburn Spit Attack
On July 12, Ukrainian forces launched the amphibious drone from a sea drone mothership. The robot swam to shore, crawled onto the beach near the Kinburn Spit, and engaged Russian troops with machine-gun fire. The location controls access to the Dnieper-Bug estuary.
Russian defenders did not expect a land attack from the water. The psychological impact was immediate. Newsweek reported that the attack caused Russian forces to retreat from their forward positions.
Why This Redefines Naval Warfare
Traditional naval drones focus on ship-to-ship combat or mine clearance. They cannot engage land targets directly. Beach assaults remain high-risk for human soldiers.
Ukraine’s robot solves this problem. It projects power from the sea onto contested shores without risking human lives. The strategy turns Ukraine’s lack of a conventional fleet into an advantage: asymmetric, hybrid drone warfare.
The US Navy’s Manta Ray underwater drone is larger and more expensive. Ukraine’s low-cost adaptation is designed for mass production. This changes amphibious doctrine fundamentally.
Broader Implications
This technology could spread to other conflicts. The Taiwan Strait, Baltic Sea, and Persian Gulf are all potential deployment zones. Countermeasures include anti-drone nets, underwater sensors, and directed energy weapons.
Next-generation versions could feature swarm attacks of multiple amphibious drones. AI-driven pathfinding for beach obstacles is being developed. Integration with larger unmanned surface vessels is likely.
Ukrinform reported that this deployment is a precursor to larger fleet operations. Ukraine plans to field dozens of such robots by 2027.
The Robot That Crawls and Swims Is Just the Beginning
Ukraine has turned a strategic liability into an asset. The CNN video shows innovation under duress. The amphibious death drone is not a one-off experiment. It is a template for future naval conflicts where the line between water and land no longer matters.
Traditional naval drones are limited to open water. They cannot engage land targets directly. Existing military robots are either purely aquatic or terrestrial. Ukraine’s hybrid fills a critical capability gap.
💡 Frequently Asked Questions (FAQ)
- Q: What is the amphibious death drone used by Ukraine?
- A: It’s a robot that can both swim underwater using electric thrusters and crawl on land using tracked wheels, designed for stealthy beach assaults and ground attacks.
- Q: Where was the amphibious drone first deployed?
- A: It was deployed in a surprise attack on Russian positions at the Kinburn Spit on July 12, launched from a sea drone mothership.
- Q: What weapons can the drone carry?
- A: It can carry a machine gun system or explosive payloads up to 50-100 kg, allowing direct fire or remote detonation.
- Q: How does the drone operate underwater and on land?
- A: Underwater it uses silent electric thrusters at 5-7 knots; on land it switches to tracked wheels at 10-15 mph, controlled remotely from miles away.
Extended Reading
For further details, refer to the original reports: CNN video coverage (July 13, 2026), Newsweek analysis of the Kinburn Spit operation (July 14, 2026), and Ukrinform’s technical breakdown of the unmanned ground vehicle deployment (July 15, 2026).