MSP RAPID™ Onboard
MSP RAPID™ Onboard
Smart Monitoring Software Built into the Total Station
MSP RAPID™ Onboard is a powerful standalone monitoring application pre-installed on Sokkia/Topcon NET, NETAX, SRX, and SRXX robotic total stations. Purpose-built for deformation monitoring, it allows for quick setup, intuitive operation, and high-accuracy measurements directly from the instrument—without the need for external controllers.
Key Features:
✅ Standalone Software: No external PC or controller needed—runs directly from the total station.
🎯 Smart Target Recognition: Automatically detects and targets multiple prisms, reflective sheets, and reflectorless points with precision.
🧭 Resection & Reorientation: Maintains consistent and repeatable station positioning for long-term monitoring accuracy.
🗺️ Rapid2D Prescan (NET-AX Series): Fast pre-registration of monitoring points for efficient setup.
📥 Training Mode: Import coordinates or observed data to simulate and train before deployment.
🔁 Flexible Monitoring Modes: Choose from Single, Interval, or Continuous modes to suit your project needs.
🎯 Multi-Target Monitoring: Manage different types of targets in one integrated project.
📊 Real-Time Displacement View: Monitor movement per point in dE (East), dN (North), and dRL (Reduced Level) against initial baselines.
Whether used for tunnel, bridge, or slope monitoring, MSP RAPID™ Onboard delivers field-proven reliability, fast deployment, and precision measurement—all in one onboard package.
APPLICATIONS
- Long-Range Prism-Based Fixed Point Monitoring
Ideal for civil engineers seeking a straightforward deformation monitoring solution on construction sites. Common applications include monitoring road bridge girders, deep urban excavations, elevated railway projects, and buildings constructed above former air-raid shelters. Real-time displacement data—including dE (East), dN (North), and dRL (Reduced Level)—can be viewed directly on-site for immediate assessment.
- Mid- to Short-Range Reflectorless Fixed Point Monitoring
Designed for displacement measurement in areas that are difficult or unsafe to access. This method is particularly useful for post-disaster evaluations, allowing engineers to observe conditions without physical presence. Monitoring can be conducted with or without prisms, depending on the accessibility and safety of the location.
