An ultrawide monitor running our mission analysis console: a mission globe at the centre, with charts and status panels to the right.

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MISSION ANALYSIS AND PLANNING

Your concept of operations, run against real physics

a written plan for your spacecraft operations, with the manoeuvres, triggers, fuel and timing worked out

GET ANSWER TO QUESTIONS

  • Does my plan close against real physics, or only on paper?
  • Does the plan fit the fuel and the time you have?
  • What did the run assume where I could not give you a number?
  • What do I get back that I can run again myself?
Price
From €6,900
Clock
Expected within 10 working daysExpected time of results delivery depends also on mission complexity

WHAT WE DO

  1. A user-friendly CONOPS based tool for planning and analysing a mission from the ground's point of view.
  2. See the effect of every manoeuvre and trigger, the telemetry, the fuel burnt, the duration, and the mission as planned.
  3. Several spacecraft in one scenario, affecting each other through triggers, and a scripting tool for manoeuvres of your own.
  4. Final price follows the number of runs and the complexity.

First we rebuild the operation and prove the simulation reproduces your reference trajectory within tolerance. Without that proof nothing downstream is worth believing.

Then we run the operation as the CONOPS writes it: phases, manoeuvres, decision points and constraints, against the physics rather than against the assumptions in the document.

What an analysis runs

A left-to-right flow. Your CONOPS enters at the left. It becomes a scenario: the mission as the plan defines it. The scenario is then checked against your reference trajectory, within the tolerance you agreed. Two things leave at the right: the report, and the scenario itself, which is yours to keep.

Your plan becomes a scenario, the scenario is proved against your own reference trajectory, and both the report and the scenario are yours.

WHAT YOU SEND US

The CONOPS
A slide deck is enough.
The reference trajectory
Or the orbit data behind it.
Vehicle properties
Datasheet level is what we work from.
Your tolerance
The numerical tolerance that defines "matches reality".

The scenario carries as many spacecraft as your concept of operations defines.

WHAT ARRIVES

The scenario
Your mission built and running, with the spacecraft the CONOPS defines. Yours to keep, and the ready-made starting point if a full campaign follows.
Baseline check
A one-page confirmation that the reference trajectory is reproduced within tolerance.
The report
What the plan does when it is run: findings ranked by severity, risk flags, and the questions a full validation campaign would still have to settle.
Debrief, 60 minutes
One call with the engineer who ran it.

WHAT COMES NEXT

The analysis tells you what the plan does. Proving it holds across a full autonomy validation campaign is the work we are seeking design partners for.

Reserve a place

REQUEST ONE

One line about the mission is enough to start. We confirm the input checklist before any work begins.

What should the baseline be? One sentence is enough to start.

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