RedShark Military USV

RedShark USV – 7M | Technical Details & Analysis

Technical presentation of the RedShark USV – 7M explosive unmanned surface vessel system for strike missions against water-surface targets, swarm operations, and autonomous combat deployment.

General Analysis: The RedShark USV – 7M is presented as an explosive unmanned surface vessel system intended to engage surface targets such as ships, boats, and support vessels. The platform combines a compact 7-meter hull, low-signature composite construction, 24-hour endurance, hybrid/electric waterjet propulsion, autonomous route programming, secure communication channels, and a warhead capacity of up to 400 kg. Overall, it appears positioned as a fast, low-profile, offensive maritime system suitable for strike missions, coordinated swarm attacks, and autonomous last-mile target engagement.

Category	Item	Technical Details	Analysis / Comment
Mission Profile	Platform Type	Explosive Unmanned Surface Vessel (USV) System	This is an offensive maritime strike platform rather than a reconnaissance-only vessel.
	Primary Mission	Engagement of targets on the water surface	The platform is specifically intended for direct attack missions against maritime targets.
	Target Set	Ships, boats, support vessels	The intended target profile is clearly defined and operationally relevant for naval and coastal warfare scenarios.
	Swarm Capability	Employment as part of a swarm / group attacks	Swarm employment increases tactical value by enabling saturation attacks and mission flexibility.
	Combat Continuity	Remote and autonomous control with retention of combat mission in event of communications loss	A major offensive capability, ensuring mission continuation even under contested electronic conditions.
Hull & Performance	Length	7 m	Compact attack hull suitable for speed, maneuverability, and reduced visual signature.
	Width	2.2 m	Balanced beam likely offering stability without excessive drag or profile increase.
	Overall Hull Height on Water	0.6 m	Low exposed height supports a reduced detection profile and difficult visual acquisition.
	Equipment Case Height	0.9 m (height on the thermal camera)	Useful for estimating onboard upper-structure profile and sensor arrangement.
	Propulsion	Electric / hybrid waterjet	Waterjet propulsion is suitable for high-speed attack use, shallow/coastal operation, and reduced exposed propulsion components.
	Engine Power	120 HP	Adequate for a compact offensive USV, especially when combined with low-profile design and waterjet propulsion.
	Fuel Type	Diesel	Operationally practical and logistically easy to support.
	Fuel Volume	500 L	Provides strong fuel reserve for long-range offensive deployment.
	Speed	38 knots	High tactical speed supports rapid target approach and time-sensitive strike execution.
	Averaged Travel Distance	1000 km	Long travel distance significantly extends launch flexibility and operational reach.
	Autonomous Operating Time	Not less than 24 hours	Strong endurance for standby, patrol, delayed strike, or loiter-type operational concepts.
Weight & Payload	Warhead Weight	Up to 400 kg	This is the core destructive payload of the platform and confirms its role as a strike USV.
	Boat Weight	Approx. 1000 kg	Relatively light hull class for a system carrying substantial offensive payload.
	Maximum Carrying Capacity	1750 kg	High carrying capacity allows payload integration, electronics, guidance systems, and mission-specific configuration.
	Estimated Equipment Weight	350 kg excluding engine and column	Important for assessing payload allocation and onboard system balance.
	Payload Role	Explosive strike payload combined with navigation, communications, and electro-optical systems	The platform is configured for offensive terminal action supported by onboard guidance and remote supervision.
Command, Control & Communications	Control by Radio	34 nautical miles via Lighthouse communication station	Useful tactical radio-control radius for coastal and line-of-sight operations.
	Control by Satellite	Unlimited via Starlink	A major force multiplier, extending operational reach beyond line of sight.
	Video / Control Communications	Ground control station communications by radio and satellite	Dual-channel communication architecture improves flexibility and resilience.
	Control System	Remote control via secure channel and satellite channel	Secure remote command is essential for weaponized unmanned maritime systems.
	Autonomous Mode	Autonomous mode with programmable route	This feature supports pre-programmed strike execution and reduced dependency on continuous control.
	Combat Mission Retention	Mission preserved in case of communications loss	Enhances survivability and mission completion in contested electronic environments.
	Secure Channels	Use of secure communication channels and cryptographic protection	Important protection measure against interception or unauthorized control interference.
	Ground Control Architecture	Ground control station and ground data transmission terminal included in system package	The overall control architecture appears operationally complete.
Navigation & Guidance	Millimeter-Wave Radar	Badger radar station	Supports navigation and terminal mission awareness in maritime conditions.
	LIDAR	LIDAR station 400 m	Useful for close-range obstacle detection, terminal guidance, and collision avoidance support.
	Gyroscopic Compass	Included	Improves heading stability and navigation precision.
	Inertial Navigation System	Included	Critical for autonomous navigation and continuity under GNSS degradation or interference.
	High-Resolution Camera	Optical zoom not less than 40x and digital zoom not less than 150x	Enables long-range observation, target confirmation, and navigation support.
	Panoramic Surveillance Camera	Included	Improves situational awareness during transit and terminal approach.
	Thermal Imaging Camera	Visible thermal 5 km LRF	Supports night operations and target/obstacle observation in low-visibility conditions.
	Laser Rangefinder	5 km	Useful for ranging, guidance support, and precise situational assessment.
Design Features	Hull Material	Composite materials with low radar and thermal signature	A key survivability and stealth characteristic for strike missions.
	Transportability	Capability for transportation on a trailer and in a container	Improves logistical mobility, concealment, and deployment options.
	Power Unit	High-power propulsion and power unit	Consistent with the vessel’s fast-attack operational role.
	Cooling System	Cooling system for high-power transmitters	Supports sustained communications and electronic system reliability.
	Environmental Protection	Protection against seawater, vibration, and temperature fluctuations	Important for maintaining mission reliability in real maritime operating conditions.
	Gyro-Stabilization	Appropriate stabilization of navigation systems and electro-optical system	Improves guidance accuracy and sensor usability at sea.
System Configuration	Explosive USV Units	5 units	The package is structured as a multi-unit operational system rather than a single-boat standalone delivery.
	Ground Control Station (GCS)	1 unit	Provides centralized command and mission control.
	Ground Data Transmission Terminal	2 units	Adds communications flexibility and redundancy.
	Charger Package	1 charger for GCS and 2 chargers for USV battery packs where electric propulsion is present	Shows that the support package considers hybrid/electric operational requirements.
	Spare Parts & Tools Kit	2 sets	Useful for maintenance readiness and field support.
Operating Conditions	Area of Operation	Caspian Sea, coastal waters	Indicates intended use in coastal and enclosed-sea operational environments.
	Climatic Conditions	-20°C to +40°C	Wide climatic operating range suitable for many maritime regions.
	Sea State	Operation at sea state of not less than 3	Operationally suitable for moderate sea conditions, though not for very rough offshore states.
	Operational Concept	Coastal-water strike employment with autonomous and remote control options	Well suited for littoral warfare, harbor approach, coastal interdiction, and tactical naval attack scenarios.
Safety Requirements	Secure Communications	Secure communication channels and cryptographic protection	Essential baseline for secure command of a weaponized unmanned system.
	Collision Avoidance	Autonomous evasion with neutral vessels using navigation systems and electro-optical system	Important for transit safety and operational control in mixed maritime traffic environments.
	Fire Suppression	Included	Critical onboard safety feature considering fuel, electronics, and payload integration.
	Safety Architecture	Integrated use of secure control, navigation systems, EO support, and fire suppression	The safety concept appears practical and mission-oriented for unmanned maritime use.
Documentation & Support	Logbook	Delivery configuration, factory tests, operational work records, and routine repair records	Useful for lifecycle tracking, maintenance history, and acceptance control.
	Passports for Assemblies and Products	Includes service life, operational life, manufacture date, and installation information	Important for traceability and lifecycle management.
	Technical Manuals	Technical operation manual, technical maintenance and routine repair manual, software composition description	A comprehensive support package for operation and sustainment.
	Drawings & Diagrams	Album of line diagrams and catalog of component drawings including installation requirements	Supports integration, maintenance, and technical understanding of the system.
	Combat Employment Manual	Contains necessary information for operator use	Important for structured operational deployment and training support.
	ILS Package	At least 2 weeks of support work at sea, basic spare parts package, translated documentation, 12-month warranty, and manufacturer support center for not less than 12 months	A strong support package that improves field readiness, sustainment, and end-user confidence.
	Warranty & Support	12 months warranty and manufacturer support center for not less than 12 months	Standard and commercially solid after-delivery assurance.
Overall Assessment	Operational Identity	Fast, low-profile, offensive USV for surface strike missions	The RedShark 7M is clearly positioned as a combat attack platform.
	Main Strengths	400 kg warhead, swarm use, autonomous mission retention, 1000 km travel distance, low-signature hull, secure comms, hybrid waterjet propulsion	These features make it operationally credible as a compact unmanned maritime strike system.
	Main Limitation	Sea state not less than 3 and coastal-water orientation	The platform appears optimized for littoral and moderate sea conditions rather than full heavy-sea blue-water operations.
	Conclusion	Compact, long-range, autonomous explosive USV suitable for coastal strike and swarm employment	Overall, the RedShark USV – 7M is presented as a capable, stealth-oriented, offensive unmanned maritime platform designed for fast attack missions against surface targets.