Space & Launch

With thousands of units purpose-built and proven to perform in the vacuum of space, Utron Kinetics is a trusted partner to help ensure mission success in space and launch systems. Integrating state-of-the-art techniques and technology, including powder-to-part manufacturing processes – our customers benefit from space-compatible components of simple geometries, such as converging/diverging propulsion nozzles and shields, to complex center bodies with internal regenerative cooling channels and multi-material, functionally graded components.

With capabilities spanning TRL1 through TRL9 - from proof-of-concept through LRIP and FRP - our ITAR-compliant, AS9100-certified facilities deliver difficult-to-source components that meet the exacting demands of Government-sponsored programs and commercial launch providers alike, helping ensure flawless mission performance in the harsh frontier of space.

Propulsion

From concept to orbit, TRL 1 to TRL 9, our disciplined approach from material development to fully finished part helps ensure mission-critical propulsion systems perform flawlessly in the extreme environments of launch and spaceflight. They include:

Vacuum-compatible propulsion throats and gimbals
Multi-material, functionally graded nozzles
RCS components

Structural Integrity
& Protection

With unmatched strength, stability, and durability for the most extreme environments, leading aerospace primes, launch operators and their government customer turn to Utron Kinetics to secure engineered structures that protect and empower tomorrow’s space missions, enabling mission success – from lift off to full orbital operation.

Exoatmospheric liners and shields
Centerbodies with internal regenerative cooling channels
Fasteners, brackets and structural support components

Re-Entry

Coating-free. All-weather. Non-ablating. Just some of the attributes that create the Utron Kinetics difference. Our proprietary materials and solid-state manufacturing processes yield nose-tip and leading-edge structures with superior structural integrity and thermal shock resistance-ensuring reliable vehicle performance during descent, in any atmosphere, at any altitude.

Coating-free, non-ablating nose tips and nose cones
High refractory, low CTE intake geometries
Functionally graded, multi-material leading edges

Space & Launch

Propulsion

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