Precision without Interference

Magnetic Cleanliness Facilities

About

We ensure Electromagnetic Compatibility

By combining unit-level dipole modeling with advanced system-level analysis, we ensure that your spacecraft is protected from internal interference and compliant with the most stringent space environment protocols. From a single payload to complete spacecraft constellation, our suite offers the flexibility to integrate with any hardware and the rigor required for mission-critical validation.

Our Services

Unit-Level Analysis

Perform precise steady-state and transient emission analysis, including processing, denoising, and accurate modeling of individual components.

System-Level Modeling

Aggregates all captured unit-level data and component models, enabling engineers to generate fast, accurate predictions of total fields at any critical point within the system.

User Flexibility

The suite is packaged with an easy-to-use and modular Graphical User Interface, while core tools can also be run standalone for customized workflows and deep integration.

Harness Modeling

Specialized functions for accurate electrical harness modeling and wide visualization capabilities.

Electromagnetic Facilities

ESA-accredited Multi Magnetometer Facility. The MMF is a core physical asset for all European missions requiring stringent magnetic cleanliness compliance.

Magnetic Cleanliness Unpacked. The Suitcase Multi-Magnetometer Facility is the ideal solution for magnetic cleanliness application when maximum flexibility is required.

Magnus AD – MAGNUS makes high-precision, multi-axis, and multi-sensor magnetic measurements easily portable.

Innovation

We move beyond standard compliance consulting.

Beyond providing specialized testing services, we develop and deliver standalone software and hardware tools for our clients’ own use, allowing them to perform testing independently. Designed for seamless integration, these tailored solutions and core tools offer deep, customized implementation into existing workflows without the need for costly software re-engineering.

Magnetic Anomaly Detection Platforms

Our facilities ensure that magnetometer-carrying platforms—such as UxVs, aircraft, helicopters, or complex structures—meet the stringent magnetic cleanliness requirements necessary for high-sensitivity detection. By minimizing the platform’s own magnetic interference, we maximize the sensor’s ability to identify external magnetic anomalies in environmental or defense applications.

Spacecraft Design & Optimization

We provide critical data during the preliminary design phase to help engineers identify the optimal magnetometer positioning, avoiding interference from onboard electronics. At later stages, our tools and services allow for the precise analysis of the spacecraft’s exact magnetic moments.