| Main Specifications | |
| Gross Weight (AUW) | ≤100 g |
| Max Airspeed | ≤15/s (54 km/h) |
| Endurance | ≤30 min |
| Autonomous Path Planning Update Rate | > 5 Hz |
| Dimensions (L × W × H) | 188 × 72 × 58 mm |
| Communication Range | ≤2 km |
| Target Recognition | EO/IR Dual-Spectral Fusion Identification |
| Wind Resistance | ≤Beaufort Scale Force 5 (8.0-0.7 m/s) |
| Environmental Rating | IP55 (Dust-protected / Water-jet resistant) |
| Acoustic Signature | < 60 dB at 1 m distance |
| SLAM Position Drift | < 2 m per 100 m trajectory |
| AI Compute Performance | ≤6 TOPS |
| Sensor Payload | RGB:1920x1080,30FPS;Infrared:256*192,30FPS;IOF:0*30,5FPS |
The image demonstrates industry application solutions for reconnaissance, strike operations, and emergency response against targets (including personnel, buildings, vehicles, etc.) in various scenariossuch as individual infantry reconnaissance and strike on light vehicles in urban areas, autonomous swarm strikes, special operations emergency response, and frontline tactical operations. These solutions are enabled by collaborative efforts of Fire Support Teams, Special Emergency Response Teams, and other units, leveraging equipment like Thor 10, Thor 15, MB-01, Heimdall 120, Hugin FD13, and Munin FD15. With Heimdall 120 as the key node, the framework embodies the operational logic of multiequipment and multi-team collaboration in tactical operations.
The image displays information on aircraft (reconnaissance and strike) involved in scenario operations, including their models and performance notes, key combat scenarios, and critical parameters pertaining to the scenariossuch as operational radius, command & control distance, strike radius, strike lethality, and the release patterns of strike weapons.
Autonomous Takeoff & Landing with Patrol Functions: Ground Security and Communication Relay-Assisted Aerial Patrol
The image illustrates a low-cost intelligent security patrol solution customized for clients’ border security inspection needs. The solution involves deploying multiple UAV relay stations along border lines, including microwave communication nodes, UAV hangars, intelligent security cameras, and forward personnel security stations. Pre-planned patrol routes enable long-endurance UAVs to cruise according to specified paths. Leveraging multiple microwave communication nodes, the UAV patrol radius can easily cover hundreds of kilometers. When patrolling UAVs detect emergencies, staff at relay stations immediately receive alerts and feedback to the command center. Additionally, relay station personnel can use high-definition multi-rotor UAVs deployed at the stations for targeted inspections, ensuring no suspicious targets are overlookedproviding the command center with comprehensive, clear first-hand reconnaissance information for next-step decision-making.
