Mission analysis

We plan the flight before it happens and judge it after it does - from the
optimal launch angle to the moment of touchdown. Every apogee,
every separation, every landing is modelled, simulated and checked against reality.

“It's not ready to launch until the paperwork outweighs the vehicle.”

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PHASE 01

Trajectory & flight plan

We define and optimise the rocket's trajectory and overall
flight plan, simulating every phase from launch to landing.
models give us the optimal launch angle, velocity
and ascent profile to reach the target altitude efficiently - while
accounting for wind, atmospheric pressure and gravity so
the plan holds up under real conditions.

PHASE 02

Parameters & simulation

With the mission parameters set, we work alongside the
other departments so the design can actually fly the profile
we planned refining stage-separation points, apogee
targets and recovery deployment timing until every moment
is precisely timed. Extensive simulation surfaces the risks
and inefficiencies early, feeding straight into design and
risk-mitigation.

PHASE 03

Post-flight analysis

After launch the real work of judgement begins. We compare
the actual flight data against our predictions, track down
every deviation in trajectory or performance, and turn it into
clear feedback for the team. That assessment tells us how
well the rocket met its objectives - and guides the next flight
plan and design.

Want to chart the course?

Mission Analysis is looking for students who like flight
mechanics, simulation and the puzzle of making the
prediction match the flight.

JOIN THE TEAM