Pan speed | The level is 0.01°~180°/S |
Pan accelerate speed | The horizontal velocity is 0.01°~100°/s⊃2; |
Pan | Rotate continuously from 0 to 360° |
Preset | 200 |
Repeatability accuracy | ≤±0.005° |
Positioning accuracy | ≤±0.05° |
angular resolution | 0.0002° |
Driving forms | Direct-Drive |
Real-time feedback on angles | Support , Output of current azimuth via RS422 |
Autonomous cruise | There are 8 strips, each of which can set 10 cruise points |
Autoreset | The automatic reset time can be set from 1 to 60 minutes |
Autoscan | One |
Continuous scanning | Support |
Auto reset | The motor resets automatically upon power-on |
Protocol | Pelco-D and Pelco-P are optional Platform Control via RS422 Platform Control via Ethernet |
Communication port rate | 115,200 bps (customizable) |
Interfaces to the load | A set of RS422 A set of Gigabit Ethernet A set of power supply |
Control interface | A Gigabit Ethernet group |
Input power supply | DC48V/DC60V ±10% |
Power Consumption | ＜150W |
Operation temp | -40℃～+55℃ |
Storage temp | -55℃～+65℃ |
Protection grade | IP66 |
Anti-salt-fog | PH value 6.5～7.2, continuous spraying for 48 hours, no surface change |
Load-bearing | ＞35Kg |
Self-weight of turntable | ＜10Kg |
Size | 216mm × 208mm × 209mm |
Color | RAL6003 (Supports customer customization) |
Start a free consultation with our engineer to discuss detailed and customization options. Customizable interfaces for different radar types and integration requirements.
The Radar Positioner is a precision‑engineered pan/tilt turret designed to support medium to large radar antennas, imaging sensors, and multi‑modal surveillance payloads. Built for robustness in harsh environments, it delivers smooth 360° azimuth rotation and precise elevation control with high repeatability. It integrates compact drive systems, sealed connectors, and optional slip rings for RF/power pass‑through. This mechanical positioner platform ensures stable rotation and control for a wide range of radar systems and co‑located EO/IR sensors.
This high-precision radar mount and surveillance positioner provides continuous 360° rotation for radar tracking systems, coastal monitoring, and border surveillance. Designed for integration with EO/IR sensors, it ensures reliable performance in harsh outdoor environments, maximizing situational awareness.
High Torque Drive System for reliable scanning and tracking.
360° Continuous Rotation in azimuth and controlled tilt in elevation.
RF Through-Slip Rings supporting radar feed and data cables.
Sealed Enclosure & Connectors rated for Marine/Field environments.
Modular Integration for radar, EO/IR, LIDAR, and communication devices.
Air Defense Radar: Used for monitoring airborne targets, providing early warnings, and helping defense systems track enemy aircraft, missiles, or other threats.
Counter-UAV Radar: Specifically designed for detecting, tracking, and neutralizing unmanned aerial vehicles (UAVs), playing a critical role in military and border security.
Naval Radar: Installed on ships for maritime surveillance, enemy vessel tracking, and sea traffic management.
Ground Surveillance Radar: Used for border security, critical infrastructure protection, and tracking targets in specific areas.
Air Traffic Control Radar: Monitors the airspace for aircraft, ensuring aviation safety, preventing collisions, and managing air traffic flow.
Weather Radar: Used to monitor meteorological conditions such as storms, rainfall, snow, and other weather phenomena, helping with weather forecasting and issuing warnings.
Satellite Radar: Deployed on satellites to monitor Earth's surface, used in remote sensing and geographic exploration.
Traffic Radar: Used for road monitoring, traffic flow analysis, and speed detection, commonly seen in highways and urban traffic management systems.
Autonomous Driving Radar: Provides obstacle detection, distance measurement, and environmental perception for autonomous vehicles, ensuring safe driving.
Meteorological Radar: Detects precipitation, storms, tornadoes, and other atmospheric conditions, helping weather forecasting and disaster warning systems.
Satellite Weather Radar: Used for monitoring atmospheric changes, ocean surfaces, and terrestrial changes, providing global weather data.
Ground Penetrating Radar (GPR): Used to explore underground structures, such as groundwater, mineral deposits, archaeological sites, and other subterranean objects.
Biomedical Radar: Applied in medical fields for monitoring body tissues or organs, such as radar imaging technologies in healthcare.
Marine Radar: Used for maritime observation, including ocean current monitoring, sea condition warnings, and providing navigational support for ships.
Anti-Submarine Radar: Designed for detecting underwater targets like submarines, playing a crucial role in naval operations.
Environmental Monitoring Radar: Used to detect harmful substances, gas leaks, or pollution in the environment, protecting ecosystems.
Border Surveillance Radar: Installed along border areas to prevent illegal cross-border activities and strengthen security checks.
Supporting fully customizable controls of every sensor, gimbal, smart function and pan tilt size/color to your specifications.
Pan speed | The level is 0.01°~180°/S |
Pan accelerate speed | The horizontal velocity is 0.01°~100°/s⊃2; |
Pan | Rotate continuously from 0 to 360° |
Preset | 200 |
Repeatability accuracy | ≤±0.005° |
Positioning accuracy | ≤±0.05° |
angular resolution | 0.0002° |
Driving forms | Direct-Drive |
Real-time feedback on angles | Support , Output of current azimuth via RS422 |
Autonomous cruise | There are 8 strips, each of which can set 10 cruise points |
Autoreset | The automatic reset time can be set from 1 to 60 minutes |
Autoscan | One |
Continuous scanning | Support |
Auto reset | The motor resets automatically upon power-on |
Protocol | Pelco-D and Pelco-P are optional Platform Control via RS422 Platform Control via Ethernet |
Communication port rate | 115,200 bps (customizable) |
Interfaces to the load | A set of RS422 A set of Gigabit Ethernet A set of power supply |
Control interface | A Gigabit Ethernet group |
Input power supply | DC48V/DC60V ±10% |
Power Consumption | ＜150W |
Operation temp | -40℃～+55℃ |
Storage temp | -55℃～+65℃ |
Protection grade | IP66 |
Anti-salt-fog | PH value 6.5～7.2, continuous spraying for 48 hours, no surface change |
Load-bearing | ＞35Kg |
Self-weight of turntable | ＜10Kg |
Size | 216mm × 208mm × 209mm |
Color | RAL6003 (Supports customer customization) |
Start a free consultation with our engineer to discuss detailed and customization options. Customizable interfaces for different radar types and integration requirements.
The Radar Positioner is a precision‑engineered pan/tilt turret designed to support medium to large radar antennas, imaging sensors, and multi‑modal surveillance payloads. Built for robustness in harsh environments, it delivers smooth 360° azimuth rotation and precise elevation control with high repeatability. It integrates compact drive systems, sealed connectors, and optional slip rings for RF/power pass‑through. This mechanical positioner platform ensures stable rotation and control for a wide range of radar systems and co‑located EO/IR sensors.
This high-precision radar mount and surveillance positioner provides continuous 360° rotation for radar tracking systems, coastal monitoring, and border surveillance. Designed for integration with EO/IR sensors, it ensures reliable performance in harsh outdoor environments, maximizing situational awareness.
High Torque Drive System for reliable scanning and tracking.
360° Continuous Rotation in azimuth and controlled tilt in elevation.
RF Through-Slip Rings supporting radar feed and data cables.
Sealed Enclosure & Connectors rated for Marine/Field environments.
Modular Integration for radar, EO/IR, LIDAR, and communication devices.
Air Defense Radar: Used for monitoring airborne targets, providing early warnings, and helping defense systems track enemy aircraft, missiles, or other threats.
Counter-UAV Radar: Specifically designed for detecting, tracking, and neutralizing unmanned aerial vehicles (UAVs), playing a critical role in military and border security.
Naval Radar: Installed on ships for maritime surveillance, enemy vessel tracking, and sea traffic management.
Ground Surveillance Radar: Used for border security, critical infrastructure protection, and tracking targets in specific areas.
Air Traffic Control Radar: Monitors the airspace for aircraft, ensuring aviation safety, preventing collisions, and managing air traffic flow.
Weather Radar: Used to monitor meteorological conditions such as storms, rainfall, snow, and other weather phenomena, helping with weather forecasting and issuing warnings.
Satellite Radar: Deployed on satellites to monitor Earth's surface, used in remote sensing and geographic exploration.
Traffic Radar: Used for road monitoring, traffic flow analysis, and speed detection, commonly seen in highways and urban traffic management systems.
Autonomous Driving Radar: Provides obstacle detection, distance measurement, and environmental perception for autonomous vehicles, ensuring safe driving.
Meteorological Radar: Detects precipitation, storms, tornadoes, and other atmospheric conditions, helping weather forecasting and disaster warning systems.
Satellite Weather Radar: Used for monitoring atmospheric changes, ocean surfaces, and terrestrial changes, providing global weather data.
Ground Penetrating Radar (GPR): Used to explore underground structures, such as groundwater, mineral deposits, archaeological sites, and other subterranean objects.
Biomedical Radar: Applied in medical fields for monitoring body tissues or organs, such as radar imaging technologies in healthcare.
Marine Radar: Used for maritime observation, including ocean current monitoring, sea condition warnings, and providing navigational support for ships.
Anti-Submarine Radar: Designed for detecting underwater targets like submarines, playing a crucial role in naval operations.
Environmental Monitoring Radar: Used to detect harmful substances, gas leaks, or pollution in the environment, protecting ecosystems.
Border Surveillance Radar: Installed along border areas to prevent illegal cross-border activities and strengthen security checks.
Supporting fully customizable controls of every sensor, gimbal, smart function and pan tilt size/color to your specifications.
