Canister launched munition system – Mjolnir
Canister launched munition system – Mjolnir
Canister launched munition system – Mjolnir
Canister launched munition system – Mjolnir

Canister launched munition system – Mjolnir


Loitering munitions Hover-capable system
Hover. Observe.
Adapt with precision.

The Mjolnir 300 introduces a new level of precision, control, and operational flexibility to beyond-line-of-sight missions. Its hover-capable architecture allows the platform to hold position, observe an area, and maneuver accurately before mission execution.

Hover capable
AI-assisted intelligence
Beyond line of sight
Vehicle or tactical-team deployment

Designed for operational flexibility

Engineered for armored formations, tactical operators, and specialized ground forces, the Mjolnir 300 can support vehicle-based deployments and compact tactical teams. Advanced sensors, intelligent onboard processing, and stable flight characteristics provide enhanced situational awareness and precise operator control in complex environments.

01

Stable hover

Maintains position above an area of interest for persistent observation and detailed assessment.

02

AI-assisted intelligence

Supports real-time detection, tracking, classification, and operator mission decision-making.

03

Advanced sensing

Electro-optical sensors provide real-time imagery for intelligence, surveillance, reconnaissance, and target acquisition.

04

Flexible deployment

Supports armored platforms, wider command structures, and rapidly deployable tactical teams.

DetectionReal-time processing helps identify relevant objects and potential threats
TrackingContinuous target awareness as the operational situation develops
ClassificationSensor and situational data support operator assessment and classification
Decision supportOnboard intelligence and defined command-and-control procedures support precise operator action

AI-assisted, procedurally controlled

The combination of onboard intelligence and defined command-and-control procedures supports precise engagement while helping to minimize unintended effects.

Exceptional hovering and maneuverability

Unlike fixed-wing platforms that require continuous forward movement, the Mjolnir 300 can maintain a stable position above an area of interest. It can reposition, change its observation angle, and adapt its approach as operational conditions develop.

Urban environments
Mountainous terrain
Restricted operating areas

Armored formationsDeployment alongside armored platforms and mobile formations
Tactical teamsRapidly deployable intelligence and precision-effect capability
Command integrationIntegration into wider command-and-control structures
Modular configurationAdaptation to mission requirements, doctrine, and operating environment

Operational applications

Hover capability, persistent sensing, and flexible deployment support a range of intelligence, defensive, security, and designated precision-effect missions.

High-value target engagement

Hovering and maintained visual contact support continuous assessment during time-sensitive missions involving designated high-value targets.

Intelligence, surveillance, and reconnaissance

Advanced electro-optical sensors provide real-time imagery for reconnaissance, surveillance, and target-acquisition missions.

Defensive and rapid-response operations

Rapid deployment, maneuverability, and persistent observation support units responding to emerging threats or protecting strategic positions.

Complex and asymmetric environments

Multiple observation angles support developing situations characterized by irregular threats, restricted terrain, or dense infrastructure.

Homeland security and border protection

Persistent surveillance and rapid-response capability support monitoring of remote or difficult-to-access areas and sensitive border regions.

Precision through intelligent adaptability

By combining hover capability, advanced sensing, AI-assisted intelligence, and flexible deployment, the Mjolnir 300 establishes a versatile platform for modern beyond-line-of-sight operations. It is designed to provide operators with greater awareness, improved control, and a more precise response to rapidly changing operational conditions.