Repurposed offshore infrastructure for resilient, scalable, ocean-based rocket recovery.
SBRP converts proven offshore rig infrastructure into a large, stable, mission-configurable recovery platform for reusable launch systems. Instead of relying solely on smaller drone ships or fixed coastal recovery zones, SBRP provides a larger offshore landing and handling environment — complete with heavy-lift cranes, helipad access, marine crew support, reinforced deck capacity, and optional transfer systems for moving recovered boosters to transport barges or support vessels.
The Recovery Bottleneck
Reusable launch systems are expanding at an unprecedented pace — but recovery infrastructure remains constrained by deck space, sea state, operational range, booster handling capacity, and port logistics. Smaller recovery vessels have proven the core concept viable, yet future launch cadence, heavier booster classes, defense mission requirements, and distributed ocean recovery zones may demand larger, more resilient offshore infrastructure than currently exists.
Limited Landing & Handling Area
Current drone ship platforms offer minimal deck real estate for next-generation booster classes. Handling, stabilization, and inspection of large reusable vehicles requires substantially more space than existing assets provide.
Weather, Sea State & Range Constraints
Smaller vessels are vulnerable to adverse ocean conditions, limiting recovery windows and geographic reach. Expanding launch azimuths and downrange recovery zones demand platforms with superior seakeeping and station-keeping capability.
Post-Landing Stabilization & Transport
Rapid safing, structural inspection, propellant offload, and logistics transfer after booster recovery require dedicated systems and crew support that current recovery vessels are not equipped to provide at scale.
A Larger Offshore Recovery Node
SBRP leverages existing semi-submersible and jack-up offshore platforms as purpose-converted recovery nodes. These platforms can be leased, modified, and deployed faster than purpose-built maritime recovery infrastructure — dramatically reducing development timelines and capital cost. Each platform delivers the structural footprint, power infrastructure, stability, heavy-lift capability, crew habitability, and mission systems necessary for professional booster recovery operations.
Reinforced Landing Deck
Large, structurally reinforced deck surface with thermal and blast protection rated for booster touchdown loads.
Cranes & Handling Systems
Integrated heavy-lift cranes and manipulator systems for safing, securing, and repositioning recovered vehicles.
Helipad & Crew Access
Full helipad integration enabling rapid crew rotation, inspection team deployment, and emergency response access.
Booster Stabilization & Clamp
Active and passive stabilization systems with mechanical clamping to secure the recovered booster against sea motion.
Barge-Side Transfer Options
Configurable transfer pathways to move recovered boosters to adjacent barges, support vessels, or port-bound transport.
Mission Control & Telemetry
Dedicated spaces for mission systems, telemetry reception, tracking, and real-time command communications.
Fuel, Power & Logistics
Onboard fuel storage, power generation, and maintenance support for sustained offshore recovery operations.
Mission-Configurable
Adaptable layouts for commercial, civil NASA, Space Force, and allied international launch recovery customers.
How SBRP Works
From initial touchdown to platform reset, SBRP executes a disciplined recovery sequence designed around offshore industrial best practices, launch vehicle safing protocols, and maritime logistics efficiency.
Each phase of the recovery cycle is engineered to minimize turnaround time, protect the recovered vehicle, and ensure crew safety. The modular sequence scales with mission cadence — enabling SBRP to support high-frequency commercial launches as well as dedicated national security space recovery operations.
Two Platform Variants for Every Mission Profile
SBRP is available in two primary offshore infrastructure variants, each optimized for distinct recovery mission environments. Both configurations share the same core recovery system architecture and can be adapted to specific launch provider or government customer requirements.
Semi-Submersible Recovery Platform
Best for: Deepwater deployment, high-sea-state stability, flexible offshore positioning, persistent recovery zones, and larger deck footprint requirements.
- Deepwater and open-ocean capable
- Superior wave-motion dampening via ballasted columns
- Larger deck area for next-generation booster classes
- Station-keeping via dynamic positioning or mooring
- Supports extended offshore deployment cycles
Jack-Up Recovery Platform
Best for: Shallow coastal regions, fixed or semi-fixed recovery locations, elevated deck positioning above sea state, and underdeck booster transfer to barge.
- Seabed-stabilized for maximum deck rigidity
- Elevated deck reduces wave splash and thermal exposure
- Underdeck clearance enables direct barge transfer
- Ideal for near-shore commercial and range-adjacent recovery
- Lower operational cost for semi-permanent deployments
Why It Matters
SBRP gives launch providers and government customers a scalable recovery option that grows with launch cadence and mission geography. As booster classes increase in size and launch frequencies accelerate, the constraints of current drone ship infrastructure will become a limiting factor on the entire commercial launch market.
For defense and national security space missions, SBRP can support flexible offshore recovery operations, reduce dependency on fixed coastal infrastructure, and provide a hardened maritime node capable of supporting future launch, recovery, and on-orbit refurbishment operations. SBRP is not a replacement for existing assets — it is a strategic complement that extends the recovery envelope.
🌐 Expanded Geography
Opens new downrange recovery zones beyond fixed coastal infrastructure.
🚢 Reduced Drone Ship Dependency
Diversifies the recovery asset base for high-cadence commercial launches.
🚀 Next-Gen Booster Ready
Deck capacity and crane ratings scalable to heavier, larger booster classes.
🛡️ Defense Range Flexibility
Supports Space Force, allied, and national security launch range requirements.
🏗️ Existing Infrastructure
Leverages the global inventory of leased or retired offshore platforms.
⚡ Faster Than New Build
Conversion timelines far shorter than purpose-built maritime vessel construction.
🌍 Multi-Customer Support
Configurable for commercial operators, NASA, Space Force, and allied nations.
Engineering Areas for Validation
SBRP is currently in the concept development and engineering feasibility phase. StormShield is identifying qualified partners for detailed analysis across the following technical disciplines. Each domain represents a solvable engineering challenge grounded in existing offshore and aerospace industrial knowledge.
Structural & Thermal
- Deck loading analysis and structural reinforcement
- Booster landing dynamics and touchdown load modeling
- Flame, blast, and acoustic shielding design
- Thermal protection for deck and substructure
Handling & Transfer
- Crane capacity requirements and handling procedures
- Booster stabilization and mechanical clamping systems
- Transfer method to barge or transport vessel
Maritime & Environmental
- Sea-state tolerance and station-keeping analysis
- Mooring, dynamic positioning, or jack-up seabed interface
- Environmental review and maritime safety compliance
- Coast Guard and international maritime regulatory pathway
Operations & Safety
- Crew safety protocols and remote operations architecture
- Propellant offload and hazardous material handling
- Telemetry, communications, and mission systems integration
- Emergency response and crew evacuation planning
Let's Build the Next Generation of Recovery Infrastructure
StormShield Technologies is seeking launch providers, offshore engineering partners, maritime operators, and government stakeholders interested in evaluating SBRP as a scalable platform solution for future reusable launch operations. Whether you represent a commercial launch provider planning for increased recovery cadence, a defense program office exploring flexible offshore range options, or an offshore engineering firm with relevant platform conversion expertise, we want to hear from you.
SBRP is an early-stage concept open to co-development, feasibility partnership, and government program alignment. StormShield brings the offshore infrastructure framework — and we are looking for the right mission and engineering partners to advance it into operational reality.
Launch Providers
Commercial and government launch operators planning for expanded booster recovery cadence and downrange geographic coverage.
Engineering Partners
Offshore structural, marine systems, and aerospace engineering firms with platform conversion and recovery systems expertise.
Government Stakeholders
Space Force, NASA, DoD, and allied defense customers evaluating flexible offshore recovery infrastructure for national security space missions.
Offshore Operators
Platform owners, maritime operators, and offshore service companies with access to convertible semi-submersible or jack-up assets.
Sea-Based Recovery Platform