Applications / Launch Vehicles

Launch Vehicles

Pressure Storage & Composite Structures for Launch Programs

  • Pressurant & gas storage
  • Composite structures
  • Qualification & acceptance
Steelhead launch hardware; representative configurations, not to scale.
Pressure storage + composite structuresTitan, Orbit and composite casing/tube hardware. Representative configurations, not to scale; no specific vehicle installation is implied.

Pressure Storage & Composite Structures for Launch Programs

Launch systems demand high structural efficiency, controlled mass and qualification discipline. Steelhead supports launch-vehicle programs with Type III COPVs, pressurant and gas-storage solutions, composite rocket motor casings and a development path that connects engineering, filament winding, testing and production.

Relevant Steelhead Solutions.

Choose a starting point, then review the configuration around the program.

Titan large-diameter carbon-fiber COPV with its original Steelhead Composites logo.

Type III COPVs

Pressurant and gas-storage hardware

Stronghold platforms provide a starting point for pressure-storage requirements in launch programs.

Explore Type III COPVs

Steelhead composite rocket motor casing and tube, with the original green-gray surface and machined opening near its base.

Composite Casings & Tubes

Propulsion and cylindrical structures

Composite structural hardware supported by design, filament winding, manufacturing and qualification capabilities.

Explore rocket motor casings

Two Orbit narrow-diameter Type III COPVs in the original photographed size relationship.

Compact & Ride-Share Platforms

Narrow-diameter packaging

Aerospace vessel options for compact envelopes and ride-share integration requirements.

Explore Orbit

Prototype and build-to-print hardware, qualification and acceptance testing, and production transition are part of the same development path. Confirm the final platform dimensions, volume, materials and qualification requirements with Steelhead.

Composite reinforcement at an Aegis vessel port during manufacturing; original tooling and winding retained.
Actual COPV manufacturing detail. Product winding and tooling are preserved; this is not a rocket motor installation.

Program-focused engineering

Connect the Prototype to the Production Process.

Steelhead can begin with an existing platform, development objective or build-to-print requirement, then keep manufacturing and test feedback connected as the hardware progresses.

Start With the Mission Requirements.

Share the pressure, gas or fluid, volume, envelope, mass target, operating environment, interfaces, qualification basis, quantities and schedule. Steelhead can help identify an existing platform or define a development path.

Application & contents

The mission, gas or fluid, and intended function.

Pressure & volume

Operating pressure, stored volume and duty cycle.

Mass & packaging

The available envelope, mass target, ports and mounting.

Environment & qualification

Operating environment, qualification basis and applicable requirements.

Hardware & quantities

Prototype needs and anticipated production quantities.

Program schedule

Development milestones and target delivery dates.

Start with the requirement

Bring Us the Mission.

Talk with Steelhead’s aerospace engineering team about the application rather than forcing the program into a catalog product.

Talk with an Aerospace Engineer