Calibration & System Verification
Calibration, error compensation and system evaluation form part of our development work. Project-specific test conditions and acceptance criteria are defined during technical review.
RAYSEN NAVIGATION · R&D & MANUFACTURING
We develop and manufacture inertial measurement and integrated navigation systems for equipment manufacturers and system integrators.
iPos MS SERIES
Compare MS11, MS12 and MS13 against your required performance, GNSS conditions and installation constraints.

Required position, attitude and heading performance.
GNSS visibility, antenna layout and available mounting space.
Connected equipment, data interfaces and synchronization requirements.
ENGINEERING & SUPPORT
Review the work behind system evaluation, installation and project support.

Calibration, error compensation and system evaluation form part of our development work. Project-specific test conditions and acceptance criteria are defined during technical review.
We support equipment integration and can coordinate remote video assistance and training. On-site support can be arranged for the project.
Integration & SupportCUSTOM PRODUCTS & ENGINEERING
Discuss adaptations to a standard system or a custom inertial measurement and navigation product. We assess feasibility, development scope and verification requirements for your application.
Review communication, output and synchronization requirements.
Assess mounting, available space and system configuration.
Evaluate a new product or application-specific design against an agreed scope.
TECHNICAL INFORMATION
Tell us which model and performance conditions you are evaluating. We’ll review your technical information requirements.
Review the equipment, interface and installation information needed to assess your setup.
iPos MS SELECTION
Tell us about your survey platform, connected equipment and required performance. We’ll review product fit and identify the information needed for configuration and quotation.
A brief description is enough to start.
You do not need to select a model first.