Certus Evo Context

Market context

High-accuracy GNSS/INS module for robots and vehicles that need reliable position, attitude and timing data.

  • Target environment: UGVs, drones, surveying vehicles, marine/land systems and field robots
  • Workflow context: Navigation, localization, attitude estimation, payload pointing and RTK-supported mobile autonomy
  • Customer context: Robotics and vehicle teams qualifying navigation hardware for outdoor or mixed GNSS/INS operation.
  • Deployment model: Commercial GNSS/INS module sold for integration into robots, vehicles and field sensing systems.
  • Commercial maturity: Commercial product with public navigation, sensor and interface specifications.
  • Adoption constraints: Fit depends on antenna setup, RTK corrections, mounting, vibration environment and GNSS threat model.
  • Adjacent products: Septentrio mosaic, Xsens MTi, SBG/Advanced Navigation INS families

Audience

Autonomous OEMs

Workflow

Navigation, localization, attitude estimation, payload pointing and RTK-supported mobile autonomy

Deployment environment

UGVs, drones, surveying vehicles, marine/land systems and field robots

Specifications

  • Packages: Rugged and OEM packages
  • Roll Pitch Accuracy: 0.03 deg
  • Heading Accuracy GNSS: 0.05 deg at 1 m antenna separation
  • RTK Horizontal Position Accuracy: 0.01 m
  • Gyro Bias Instability: 0.2 deg/hr
  • Output Data Rate: 1000 Hz
  • Interfaces: Ethernet, CAN, RS232, RS422 and GPIO
  • Internal Logging: 256 GB
  • Operating Temperature: -40 C to 85 C

Tags

  • Peer Group: Gnss Receiver, Gnss Ins Modules, Imu
  • Workflow: Mobile Robot Navigation
  • Capability: GNSS positioning, Inertial navigation
  • Stack Layer: Navigation Layer

Comparable Systems

View Certus Evo overview