GOBI is a high-speed UAV designed for rapid interception of hostile group 1-2-3 UAVS. It can neutralize a target in approximately one minute from launch, enabling critical threat engagement in environments where collateral damage must be tightly constrained.
COUNTER-UAS
Gobi
- _HIGH-SPEED DETECT & INTERCEPT
- _NEUTRALIZATION OF HOSTILE GROUP 1-2-3 UAVS
Mission
System in Action
Target Detected
GOBI shifts from standby to active monitoring upon system activation, continuously scanning the electromagnetic and RF spectrum for potential UAS threats.
Once a threat is identified and authorization is confirmed, the system verifies intercept parameters and readies for engagement.Autonomous Tracking
The interceptor is launched autonomously and receives midcourse guidance to close distance while tracking the target. During pursuit, the system dynamically adjusts trajectory and velocity, ensuring optimal positioning for terminal engagement, even against evasive drones.
Its radio-agnostic architecture ensures flexible integration, while in-flight adjustments driven by live threat updates guarantee optimal positioning for terminal engagement.Precision Kill
As GOBI approaches the target, it enters terminal guidance mode to execute a high-precision intercept, leveraging onboard IR and radar systems. Computer vision identifies the optimal impact point and autonomously applies final trajectory adjustments.
A precise, non-explosive kinetic strike neutralizes the hostile UAV, before the threat reaches its intended objective.
SPECS & FEATURES
Specs
- Speed
65 m/s / 145 mph
- Energy at Impact
4,000 J
- Flight Range
5 km / 3 mi
- Flight Time
2 min
- Ready for take-off
0 s
- Size
43 cm x 43 cm x 40 cm
16.9 x 16.9 x 15.7 in
- Weight (incl. batteries)
< 2 kg / 4.4 lbs
Features
- Night Operation
in option
- Safety first
Human-In-The-loop
Kinetic effect
Low collateral damage concerns
- Easy to operate
- Small, lightweight footprint
- Ultra-cost-effective
Built for airspace saturation
- Agnostic and integrable to C2 platform
AI Engine
GOBI relies on embedded, real-time AI to enable fully autonomous terminal guidance.
Its AI models handle target recognition and tracking without external input, critical for intercept missions in contested or signal-jammed zones. The autonomy is achieved through highly distilled models, balancing performance and computational efficiency.
GOBI