Engine Architecture
Propagation engine design, physics models, development status, and implementation details for the KNOWN simulation platform.
Read document →Documentation
Engine architecture, validation methodology, system requirements, and frequently asked questions for KnownX MPT.
Propagation engine design, physics models, development status, and implementation details for the KNOWN simulation platform.
Read document →How KnownX MPT propagation accuracy is measured and verified against public TLE data from authoritative sources.
Read document →Minimum and recommended hardware specifications for running KnownX MPT, including OS, CPU, RAM, GPU, and storage.
Read document →Common questions about KnownX MPT, licensing, supported platforms, and how to get started.
Read document →FAQ
KnownX MPT is an orbital simulation and mission planning tool for Low Earth Orbit missions, built on a TLE-validated physics engine. It is developed by KNOWN Corporation.
Mission planners, orbital analysts, aerospace engineers, researchers, and institutions working with Low Earth Orbit missions.
Desktop platforms are the primary target. Windows support is available now; Linux and macOS are planned for future releases.
A 14-day free trial is available for evaluation. Paid tiers include Pro (monthly/annual subscription) and Enterprise (multi-seat with API access). Academic pricing is available for qualified institutions.
Propagation results are compared against public TLE data from Space-Track and CelesTrak. Position divergence is measured quantitatively, and models are corrected before milestones advance.
API and systems integration is available with the Enterprise tier, providing programmatic access to scenario creation, propagation control, and data retrieval.
Start a free trial at /trial/ or contact the sales team at /contact/sales/. Academic institutions can request dedicated access through the Academic tier.
Documentation is updated as the platform evolves. For questions not covered here, contact hello@knowncorp.com.