AURA paid pilot

Apply AURA to one defined bearing-and-rotor design problem.

A scoped pilot uses the working AURA engineering suite to calculate or synthesise the gas-static support, configure the drive/shaft/tool system, analyse the rotor response, and produce an evidence-controlled decision package.

Good first case

Defined machine type and RPM range
Known support architecture or competing options
Load, stiffness, clearance, or response target
Clear decision question for internal review

Typical output

Direct calculation or inverse synthesis result
Support and spindle configuration
Load, flow, stiffness and damping outputs
Critical-speed and response traces
Evidence status and release boundary

What the pilot is designed to answer

Can the required load, stiffness, flow, geometry and speed be met by a feasible gas-static support configuration? How should the supports be placed in the spindle or rotor layout? What do critical-speed, unbalance-response and stability screens show? Which result is calculation-grade, which is release-grade, and what evidence or testing is still required?

Commercial anchor: typical scoped pilot: 2–4 weeks, fixed scope where possible, €12K–€40K depending on data readiness and technical depth.

Open pilot intake form Email AURA Review public preview