Low Earth Orbit Analysis
Propagate and analyse orbital behaviour across the LEO regime. Model multi-body gravitational effects, atmospheric influences, and propulsive maneuvers with physics that is verified against independent reference data.
KnownX MPT
Digital mission
engineering for
Low Earth Orbit.
KnownX MPT is an orbital simulation and mission planning tool built on a TLE-validated physics engine — work from mission context, adjust what matters, and export technical outputs you can cite.
Institutional release target: Q4 2026Applications
One platform for LEO
mission analysis.
KnownX MPT is designed for the engineering workflows that define Low Earth Orbit missions: analysis, planning, validation, and reporting — all on a physics foundation that is verified, not assumed.
Mission Planning
Design mission scenarios around your operational context. Define spacecraft characteristics, orbital parameters, and constraints. Adjust assumptions and see the impact of each change in real time.
Trajectory Validation
Compare propagation results against documented orbital records using public TLE data from Space-Track and CelesTrak. Measure position divergence and correct models before advancing milestones.
Coverage & Access
Determine satellite visibility windows, ground contact periods, and coverage zones for your specific constellation or single-satellite mission parameters.
Technical Reporting
Generate professional technical outputs including trajectories, timelines, and comparison data. All exports are traceable to the propagation parameters that produced them.
3D Mission Playback
Visualise complete missions in a time-dynamic 3D environment. Orbital paths, ground tracks, and geometric relationships are rendered from the same physics engine driving the analysis.
How It Works
From mission context
to technical output.
KnownX MPT follows a clear sequence that matches how mission teams actually work. Each step produces the inputs needed for the next, with validation at every stage.
01
Define Your Mission
Set up your mission context: orbit parameters, spacecraft characteristics, operational constraints. The scenario becomes the working environment for all subsequent analysis.
02
Configure Models
Select propagation settings and model parameters that match your analysis requirements. Choose from available physics models and configure them to your scenario.
03
Run & Validate
Execute propagation through the KNOWN physics engine. Results are computed against validated models and can be compared against public TLE reference data for accuracy verification.
04
Export & Decide
Export clean technical outputs — trajectories, timelines, comparison reports — ready for review, reporting, or integration into your broader analysis workflow.
Editions
Choose the tier that
matches your work.
KnownX MPT is available in editions designed for evaluation, education, professional use, and enterprise deployment. All tiers share the same validated physics engine.
Free Trial
14-day trial
Full-featured evaluation access to assess KnownX MPT for your use case.
- All core capabilities unlocked
- Full access for 14 days
- No commitment required
Academic & Students
Special pricing
Dedicated education edition for universities, research programmes, and individual students through their institution.
- Special pricing for institutions
- Curriculum materials included
- Student access through academic licenses
- Designed for teaching and research
Most Popular
Pro
Monthly subscription
Full capability suite for professional engineers, analysts, and mission planners.
- All 6 core capabilities
- Unlimited propagation runs
- Full export & reporting suite
- Monthly or annual billing
Enterprise
Contact for pricing
Multi-seat deployment with API integration, priority support, and team management.
- Everything in Pro
- API & systems integration
- Priority support with SLA
- Multi-seat team management
- SSO / access control
Capabilities
What KnownX MPT
enables you to do.
Every capability is described by what it enables you to accomplish — not by implementation details. The engine, architecture, and validation methodology are documented separately.
Orbit Propagation & Analysis
Propagate orbits with validated physics for any LEO scenario. The engine handles multi-body gravitational effects, propulsive maneuvers, and atmospheric influences — all verified against independent reference data.
TLE-Based Accuracy Validation
Validate propagation against public TLE data from Space-Track and CelesTrak. Import a documented satellite, run the same propagation in the KNOWN engine, and measure position divergence as a quantitative result.
Mission Scenario Design
Define spacecraft characteristics, orbital parameters, time windows, and constraints. Adjust assumptions freely — the engine recalculates and surfaces the impact of each change. Scenarios are preserved across sessions.
Reporting & Data Export
Export trajectories, timelines, comparison data, and analysis results in standard formats. Customize reports to highlight the metrics that matter. All exports are traceable to propagation parameters and validation sources.
3D Visualization & Playback
Watch missions unfold in a time-dynamic 3D environment. Orbital paths, ground tracks, and geometric relationships are rendered from the same physics driving the analysis — what you see is what the model calculates.
API & Systems Integration
Automate workflows and integrate with existing engineering tools via the API. Programmatic access to scenario creation, propagation control, and data retrieval enables KnownX MPT to function within your systems architecture. Available with Enterprise tier.
Resources
Learn more about
KnownX MPT.
Explore webinars, technical papers, and documentation to understand the platform in depth — from engineering decisions to practical workflows.
Webinars & Presentations
On-demand presentations covering KnownX MPT, orbital simulation methodologies, and mission planning workflows for LEO operations.
Whitepapers & Research
Technical research and analysis from the KNOWN engineering team — including TLE validation methodology, engine architecture, and coverage analysis methods.
Technical Documentation
Engine architecture, validation methodology, system requirements, and frequently asked questions — everything you need to evaluate KnownX MPT technically.