BrainyBEE Multi-Spectrum Targeting Pod (EO/IR/LIDAR)
Xianghong Technology introduces a new-generation micro multi-spectrum targeting pod.Through the real-time coordination of the flight control system, gimbal, and AI recognition module, combined with deep-learning-based AI modeling, the system can calculate target position and velocity in real time, enabling target lock, intelligent recognition, automatic tracking, and precise target positioning.Within a 300–500 meter loitering radius, the average target positioning error is less than 5 meters.
By dynamically compensating for UAV attitude, speed, altitude, wind, and other environmental factors, the system enables precision payload delivery or direct strike against ground targets, as well as accurate interception of moving aerial targets.
The average payload delivery error is less than 3 meters, while aerial interception error is less than 1 meter.
Features
GimbalSystem typeGyro stability

Weight

≤450g
Platform type

Triple-axial

Max angular velocity≥100°/s
Stability accuracy0.1mrad(1°/2HZ)(1σ)
VisibleResolution3840×2160
FOV63°X38° ~7°X4°
InfraredResolution640×512
FOV18.1° ×14.5°
Laser rangingMeasuring range1km   ( ±1m)
Target trackingTracking speed

≥40°/s

System interfaceControl interfaceRS232 / TCP
Video outputNetwork
Power supplySupply voltage

12~28V

Power consumptionAv≤10W,Max≤20W
Environmental conditionsOperating temperature-20℃ ~+50℃
Storage temperature-20℃ ~+50℃

Gimbal

Syste

 type

Gyro stability

Weight

≤450g

Platform

type

Triple-axial

Max angular

velocity

≥100°/s

Stability

accuracy

0.1mrad(1°/2HZ)(1σ)
VisibleResolution3840×2160
FOV63°X38° ~7°X4°
InfraredResolution640×512
FOV18.1° ×14.5°

Laser

ranging

Measuring

range

1km   ( ±1m)

Target

tracking

Tracking

speed

≥40°/s

System

interface

Control

interface

RS232 / TCP

Video

output

Network

Power

supply

Supply

voltage

12~28V

Power

consumption

Av≤10W,

Max≤20W

Environmental 

conditions

Operating

temperature

-20℃ ~+50℃

Storage

temperature

-20℃ ~+50℃

Technical parameter