C102 Micro Single-axis Visible Light Pod
The C102 micro single-axis visible light pod incorporates a 4K visible light camera. It is designed for searching, automatic recognition, and automatic tracking of targets such as vehicles and personnel.
Advanced Motion & Optoelectronic Solutions
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The C102 micro single-axis visible light pod incorporates a 4K visible light camera. It is designed for searching, automatic recognition, and automatic tracking of targets such as vehicles and personnel.

Load Capacity:5~150 kg(Custom Made)
Table dimension:Φ30mm~Φ1500mm(Custom Made)
Rate range: Inner axis ±0.001° ~ 3000°/s; Outer axis ±0.001° ~ 2000°/s
Rate accuracy and stability: 1×10–4(1°average); 1×10–5(10°average); 1×10–6(360°average)
Temperature range: -60 ℃ ~ +150 ℃

The core inertial sensors of the HG-105 laser gyroinertial navigation system consist of a three-axis Model 30 laser gyro assembly integrated with a triad of quartz

The HG-110 laser gyro inertial navigation system employs a triad of Model 30 ring laser gyroscopes (RLGs) integrated with a three-axis MEMS accelerometer
assembly as its core inertial sensing unit. Key subsystems include:



Load Capacity:5Kg~150 Kg(Custom Made)
Table dimension:Φ30mm~Φ1500mm(Custom Made)
Maximum acceleration: Inner axis 0~ 2000°/ s2, Middle axis 0~1000°/ s2 , Outer axis 0~150°/ s2
Rate accuracy and stability: 1×10–4(1°average); 1×10–5(10°average); 1×10–6(360°average)
Temperature range: -60 ℃ ~ +150 ℃


Load Capacity:5~200 kg
Table dimension:Φ30mm~Φ1500mm
Rate range: 0.001° ~3000°/s
Rate accuracy and stability: 1×10–4(1°average); 1×10–5(10°average); 1×10–6(360°average)
Temperature range: -60 ℃ ~ +150 ℃

The SWJK-A2T-60 is a high-precision dual-axis U-T structure test platform combining motion simulation with high/low temperature testing. It is designed for demanding validation tasks in inertial system development, calibration, and performance testing.

The SWJK-A3-60 is a high-precision three-axis motion simulation test system designed for inertial systems, inertial components, electro-optical payloads, and stabilized imaging platforms.
With precise three-axis motion control, servo simulation, and dynamic performance validation capabilities, the system provides a reliable test platform for aerospace, defense, research, and precision engineering applications.

The T201D micro dual-light pod is an advanced device that combines visible light
cameras, infrared thermal imagers, and other sensors. It is engineered to perform day and
night observation, recognition, capture, and tracking of ground vehicles, personnel, and
various other targets. Additionally, it is capable of transmitting the image and coordinate
details of the detected targets.