Spacecraft Twin

Spacecraft operations views for mission simulation and collaboration

Build a digital foundation for demonstrating platform states and mission processes and conducting integration testing.

What we provide

New Horizon provides spacecraft digital twin services, delivering platform state digital twins, mission operations views, and integration testing materials.

Last updated: 2026-08-12 · New Horizon Digital Outsourcing Team

Capability Highlights

  • Demonstrable Mission Processes
  • Integration with Aerospace Simulation
  • Extensible to Collaborative Control

Typical deliverables

  • Platform Digital Twin Scene
  • Mission Views
  • Interface and Permissions Documentation
  • Handover Documentation

Delivery workflow

  1. 01 Object and Telemetry Definitions
  2. 02 Build the Scene
  3. 03 Mission Workflow Integration Testing
  4. 04 Acceptance

Engineering Notes

Place spacecraft states in their mission context

01

Objects and Time

Align spacecraft components, orbit and attitude, telemetry fields, and mission timelines. Identify whether displayed data comes from measurements, replay, or software simulation to avoid misinterpretation caused by overlaying different time references.

02

Replayable Mission Events

Build state views around events such as payload operation, communications windows, and energy changes. Record algorithm versions and input sources for derived metrics, enabling anomalies to be traced back to raw data.

03

Delivery Boundaries

Specify whether the engagement serves visualization, analysis, training, or control, and agree on data accuracy and refresh requirements for each. Deliver prediction errors and validity periods alongside the data.

Further Reading and Technical References

Related standards and technical documentation for solution selection and implementation.

Discuss Spacecraft Digital Twin Services

Describe your stage objectives and constraints (without classified details), and we will provide scope recommendations and a deliverables list.