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 power supply |
Control interface | A Gigabit Ethernet group |
Input power supply | DC48V/DC60V ±10% |
Power Consumption | ＜300W |
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 | ＞100Kg |
Self-weight of turntable | ＜32Kg |
Size | 360mm × 360mm × 338mm |
Color | RAL6003 (Supports customer customization) |
Start a free consultation with our engineer to discuss detailed and customization options.
The Heavy-Duty Single-Axis Radar Rotation Platform is a professional-grade azimuth rotation solution specifically engineered for large and heavy radar payloads exceeding 100 kg. Designed as the core motion unit for long-range surveillance, air-defense, and coastal monitoring radars, the platform delivers high torque output, structural rigidity, and precise rotational control under continuous operation. Adopting an optimized single-axis horizontal architecture, the platform eliminates unnecessary elevation mechanisms, significantly reducing mechanical complexity while maximizing load-bearing capability and system reliability. Reinforced structural design, high-strength materials, and industrial-grade bearings ensure stable rotation and minimal deformation even under high inertia and long-duty-cycle conditions.
The platform provides high-precision azimuth control with absolute position feedback, preset positioning, and programmable continuous scanning, enabling accurate radar beam alignment and repeatable scanning patterns. Proven in demanding applications such as counter-UAV radar, border and coastal defense, critical infrastructure protection, and long-range surveillance systems, this heavy-duty rotation platform offers robust performance, precise control, and seamless integration for next-generation radar systems operating in harsh environments.
Engineered for large-aperture and high-mass radar systems, the platform supports payloads exceeding 100 kg while maintaining smooth, stable, and precise azimuth rotation under continuous operation.
Optimized azimuth-only architecture eliminates unnecessary elevation mechanisms, allowing a stronger structural design with higher rigidity, reduced deformation, and improved long-term reliability.
Equipped with high-torque drive units and heavy-duty bearings to handle high inertia loads, ensuring stable startup, smooth rotation, and accurate stopping even with large radar assemblies.
Absolute position feedback provides accurate angular positioning, repeatability, and consistent scanning performance for long-range and high-resolution radar systems.
Supports continuous rotation, preset azimuth positions, and customizable scanning patterns to match different radar operational modes.
Designed for seamless integration with radar control, command, and surveillance systems, supporting synchronized operation and long-term unattended deployment.
Built for demanding conditions such as coastal salt spray, strong winds, vibration, and temperature variation, ensuring reliable performance in outdoor and defense environments.
Ground-Based Surveillance Radar
Ideal for fixed or semi-mobile ground radar stations, the positioner ensures smooth 360° scanning for border surveillance, perimeter protection, early-warning systems, and high-accuracy detection tasks. It delivers stable rotation even in harsh environments such as deserts, high-altitude regions, and high-wind areas.
Vehicle-Mounted Radar Platforms
For tactical vehicles, armored reconnaissance units, or mobile command stations, the positioner provides reliable azimuth rotation for compact surveillance radars. Its shock-and-vibration-resistant design ensures consistent performance during on-the-move operations.
Marine and Shipborne Radar Systems
The positioner’s corrosion-resistant materials and high load capacity make it an excellent match for shipborne navigation radars, coastal defense radars, and harbor monitoring systems. It maintains precise rotation under salt spray, humidity, and constant vessel movement.
Short-Range Tracking and Fire-Control Radar
The positioner supports rapid and accurate azimuth adjustments for short-range tracking radar systems used in counter-UAV, perimeter defense, and fire-control applications. Its fast and stable rotation improves target acquisition efficiency and tracking accuracy.
Industrial and Special-Purpose Radar Solutions
Suitable for industrial radar applications such as traffic monitoring, drone detection networks, environmental monitoring radar, and airfield surveillance systems. Its modular interface and customizable control protocols allow seamless integration with diverse radar types.
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 power supply |
Control interface | A Gigabit Ethernet group |
Input power supply | DC48V/DC60V ±10% |
Power Consumption | ＜300W |
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 | ＞100Kg |
Self-weight of turntable | ＜32Kg |
Size | 360mm × 360mm × 338mm |
Color | RAL6003 (Supports customer customization) |
Start a free consultation with our engineer to discuss detailed and customization options.
The Heavy-Duty Single-Axis Radar Rotation Platform is a professional-grade azimuth rotation solution specifically engineered for large and heavy radar payloads exceeding 100 kg. Designed as the core motion unit for long-range surveillance, air-defense, and coastal monitoring radars, the platform delivers high torque output, structural rigidity, and precise rotational control under continuous operation. Adopting an optimized single-axis horizontal architecture, the platform eliminates unnecessary elevation mechanisms, significantly reducing mechanical complexity while maximizing load-bearing capability and system reliability. Reinforced structural design, high-strength materials, and industrial-grade bearings ensure stable rotation and minimal deformation even under high inertia and long-duty-cycle conditions.
The platform provides high-precision azimuth control with absolute position feedback, preset positioning, and programmable continuous scanning, enabling accurate radar beam alignment and repeatable scanning patterns. Proven in demanding applications such as counter-UAV radar, border and coastal defense, critical infrastructure protection, and long-range surveillance systems, this heavy-duty rotation platform offers robust performance, precise control, and seamless integration for next-generation radar systems operating in harsh environments.
Engineered for large-aperture and high-mass radar systems, the platform supports payloads exceeding 100 kg while maintaining smooth, stable, and precise azimuth rotation under continuous operation.
Optimized azimuth-only architecture eliminates unnecessary elevation mechanisms, allowing a stronger structural design with higher rigidity, reduced deformation, and improved long-term reliability.
Equipped with high-torque drive units and heavy-duty bearings to handle high inertia loads, ensuring stable startup, smooth rotation, and accurate stopping even with large radar assemblies.
Absolute position feedback provides accurate angular positioning, repeatability, and consistent scanning performance for long-range and high-resolution radar systems.
Supports continuous rotation, preset azimuth positions, and customizable scanning patterns to match different radar operational modes.
Designed for seamless integration with radar control, command, and surveillance systems, supporting synchronized operation and long-term unattended deployment.
Built for demanding conditions such as coastal salt spray, strong winds, vibration, and temperature variation, ensuring reliable performance in outdoor and defense environments.
Ground-Based Surveillance Radar
Ideal for fixed or semi-mobile ground radar stations, the positioner ensures smooth 360° scanning for border surveillance, perimeter protection, early-warning systems, and high-accuracy detection tasks. It delivers stable rotation even in harsh environments such as deserts, high-altitude regions, and high-wind areas.
Vehicle-Mounted Radar Platforms
For tactical vehicles, armored reconnaissance units, or mobile command stations, the positioner provides reliable azimuth rotation for compact surveillance radars. Its shock-and-vibration-resistant design ensures consistent performance during on-the-move operations.
Marine and Shipborne Radar Systems
The positioner’s corrosion-resistant materials and high load capacity make it an excellent match for shipborne navigation radars, coastal defense radars, and harbor monitoring systems. It maintains precise rotation under salt spray, humidity, and constant vessel movement.
Short-Range Tracking and Fire-Control Radar
The positioner supports rapid and accurate azimuth adjustments for short-range tracking radar systems used in counter-UAV, perimeter defense, and fire-control applications. Its fast and stable rotation improves target acquisition efficiency and tracking accuracy.
Industrial and Special-Purpose Radar Solutions
Suitable for industrial radar applications such as traffic monitoring, drone detection networks, environmental monitoring radar, and airfield surveillance systems. Its modular interface and customizable control protocols allow seamless integration with diverse radar types.
