Digital Twin
for Launch Systems
Experience the power of virtual commissioning with TwinPad — the world’s first digital twin of a launch system. It enables end-to-end simulation of the launcher on its pad, merging physical modeling with control-command systems for a hyper-realistic and interactive experience.
Digital Twin integrated
on each steps
Engine Test
One of the first milestones on the road to space is the qualification of the rocket engine, which can be carried out through horizontal bench testing. We provide facilities and services to ensure performance, system, structural, and reliability validation.
Stage Test
Before the final launch, the fully integrated stage must be tested. The entire rocket stage is assembled vertically, fueled, and fired. This process verifies numerous technical criteria such as structural loads, vibrations, and propellant behavior.
Launch from NUPAD
The chronological sequence and ignition mark the transition from the pad to liftoff. Rising above the NuPad in a cloud of smoke, the launcher follows suborbital or orbital trajectories while the launch complex prepares for the next launch vehicle.
Landing on SEAPAD
The final step is stage recovery: a crucial achievement for launch vehicle reusability. This operation is performed on the SeaPad to address availability constraints and reduce risks. Environmental partnerships ensure the protection of marine wildlife and ecosystems.
Versatile Across
Lifecycle Stages
TwinPad supports every phase of the mission lifecycle: from conceptual design and software qualification, through user training and configuration management, all the way to ongoing predictive maintenance. Harness its flexibility to optimize operations, training, and system validation.
True-to-Life
User Experience
Engage with TwinPad as if you’re operating the actual hardware — the virtual interface is entirely equivalent to reality. This immersive fidelity ensures confidence in testing, lowers training risks, and accelerates development cycles.
