AI vision guidance meets ultra-high-speed flight. Three product lines, one delivery chain — design, build, algorithm, export.
AI visual guidance × ultra-high-speed physical interception — the operator only locks the target; chase and interception run fully autonomous, immune to link loss in contested electromagnetic environments.
AI detects aerial targets automatically (multirotor / fixed-wing); green box locks the target signature.
Red box tracks the target with flashing indicator; launch on operator confirmation.
Trigger pull hands control to AI for terminal chase; physical-impact intercept, CEP 2 m.
| BODY SIZE | 446×308×308 mm |
| DRY WEIGHT (w/ battery) | 1.6 kg |
| MAX PAYLOAD | 0.3 kg |
| ENDURANCE | ≥3.5 min (loaded @180 km/h) |
| PROPULSION | LiPo · 8S/12S HV |
| INTERCEPT METHOD | Physical impact / proximity sensing |
| LAUNCH | Manual flight / auto-launch interface |
Carries a 300 g TNT warhead; proximity or impact fuze selectable per target and damage requirement.
Optional 5-inch airframe without extra payload capacity — lighter airframe, higher top speed and agility.
10-inch VTOL tactical UAS — merging FPV agility with precision-guided lethality: high-speed penetration, precision strike and frontline reconnaissance in one platform.
Air-to-ground AI module acquires and locks targets; closed-loop strike guidance.
0–90 m/s envelope with high-g maneuvering; hard to intercept.
VTOL with automatic fixed-wing transition; no launcher required.
Underslung payload for strike and reconnaissance missions.
AI module locks targets and completes guidance autonomously.
Route planned in GCS; terminal dive attack on fixed points.
Configurable autonomous target selection — vehicles / personnel.
| PROPULSION | Electric |
| SPEED RANGE | 0–90 m/s |
| TAKE-OFF | VTOL · automatic wing-borne transition |
| EMPTY WEIGHT (battery incl.) | 2.75 kg |
| MAX TAKEOFF WEIGHT | 4 kg |
| PAYLOAD | 1 kg std (underslung) |
| ENDURANCE | 12 min hover (unloaded) |
| RC LINK | > 3 km (replaceable) |
| MAX ALTITUDE | > 3000 m |
| CONTROL MODE | Manual / autonomous |
Principle: a streamlined airframe minimizes drag and maximizes top speed. As mission demands grow, rocket-drone designs increasingly merge with conventional fixed-wing layouts for multi-mission, multi-payload operations.
Pure streamlined airframe built for maximum speed and acceleration.
In-service configuration balancing high speed with task payload.
Wing surfaces add aerodynamic lift for speed with range.
Vertical take-off, long endurance, heavy payload.
Multiple rocket-drone types in active use; concept proven in the field.
AI visual guidance, physical-impact intercept, CEP 2 m.
Airframes designed to your requirements; 3D-print files delivered for local production and continuous iteration.
Launcher structure and ergonomics designed to order; drawings delivered to enable in-country mass production.
Air-to-ground strike, GPS / radar guidance — guidance algorithms selected per mission.