Demand Challenges
System developers and integrators face critical limitations when building large-scale multi-sensor platforms.
|
Challenge |
Impact |
|
Structural instability under heavy payloads |
Vibration and misalignment degrade sensor performance |
|
Inaccurate pointing |
Detection and tracking accuracy are significantly reduced |
|
Fragmented integration |
Radar, EO/IR, and RF systems operate on different axes |
|
Limited payload capacity |
Unable to deploy multiple high-weight modules simultaneously |
|
Complex mechanical development |
High cost and long development cycles |
The bottleneck is not sensing capability — but the platform that supports and aligns it
Product Solution — PAN200F Integration Platform
PAN200F is a high-precision, heavy-duty, dual-axis positioning platform designed to enable large-scale multi-sensor integration.
Integrated Configuration
Active Radar (Center / Hollow-Core)
+ EO/IR + Laser Rangefinder
+ RF Jammer (Side Payloads)
+ Passive RF Sensor (Top Payload)
We can provide you with all of the above modules and their communication protocols, and we will also provide technical services for your system integration.
We don’t just provide platforms — we enable full system integration:
Standardized Communication Protocols
→ Seamless control of sensors, payloads, and external systems
Interface-Level Integration Support
→ Electrical, structural, and data interface alignment
System-Level Coordination
→ Multi-sensor synchronization（Especially with PAN200F）
Engineering Support During Integration
→ From mounting to system commissioning
Capability Mapping
|
Integration Requirement |
PAN200F Capability |
Result |
|
Accurate sensor alignment |
±0.03° positioning accuracy |
Precise targeting and tracking |
|
Multi-sensor deployment |
Top ≤100 kg, sides ≤50 kg each |
Support complex system integration |
|
Stable operation |
Smooth motion control (0.01°/s to 100°/s) |
Reliable tracking and positioning |
|
Centralized sensor fusion |
Hollow-core structure for radar integration |
Unified detection reference frame |
|
Harsh environment deployment |
-40°C to +65°C, IP66 |
Outdoor and mission-ready operation |
Application-Oriented Integration
|
Function |
Integrated Module |
Operational Role |
|
Detection |
Active Radar + Passive RF Sensor |
Early detection of targets and signals |
|
Identification |
EO/IR + Laser Rangefinder |
Visual confirmation and tracking |
|
Countermeasure |
RF Jammer |
Active response and threat suppression |
Solution Value
Enable system-level capability without building the platform from scratch
|
Value |
Impact |
|
Unified Sensor Alignment |
Radar, EO, and RF systems share a common reference |
|
Reduced Integration Complexity |
One platform replaces multiple independent structures |
|
High Payload Capacity |
Supports large and complex system configurations |
|
Precision & Stability |
Maximizes performance of all integrated sensors |
|
Faster Development Cycle |
Focus on system capability, not mechanical design |
Closing Statement
From integration to operation — build reliable multi-sensor systems on a platform you can trust