Goddard Sounding Rocket System
The Fully Reusable Sounding Rocket System
Sounding Rocket Architecture
Purpose-built for scientific research with modular design for mission flexibility.
Reusable, Modular Vehicle Stack
Goddard is a reusable sounding rocket / suborbital research platform designed around repeatability—not one-off missions—so flight can be treated like a test cycle. The baseline concept is recoverable stages, with reuse capability demonstrated through testing.
Standardized Payload Module
The architecture prioritizes straightforward, documented interfaces to reduce integration friction and support dependable data return.
Recovery-First Design
Recovery is a first-class element of the system architecture, with parachute recovery as the approved recovery method. The program is building toward routine recovery/reuse to enable lower per-flight overhead and faster iteration.
Offshore-Ready Operations Path
Goddard is being engineered with a clear path to offshore launch and recovery as a primary driver, so trajectory options, safety/range planning, and recovery procedures can scale without being locked to a single fixed-range model.
Performance Specifications
Why Goddard
Sounding Rocket Platform
- ▸Suborbital research capability
- ▸Rapid deployment cycles
- ▸Flexible payload integration
Low-Cost Access
- ▸Affordable research flights
- ▸Reduced launch costs
- ▸Accessible to universities & startups
Scientific Innovation
- ▸Microgravity experiments
- ▸Atmospheric research
- ▸Technology demonstration
Quick Turnaround
- ▸Fast mission planning
- ▸Minimal ground infrastructure
- ▸Regular flight cadence
Ready to Experience Goddard?
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What is the Goddard Sounding Rocket System?
The Goddard Sounding Rocket System is MKII Aerospace's fully reusable sounding rocket designed for atmospheric research and suborbital scientific missions. It features modular architecture, parachute recovery, and a maximum apogee of 150 km.
Is the Goddard rocket reusable?
Yes. Goddard is designed around repeatability with recoverable stages and parachute recovery as the primary recovery method, enabling lower per-flight costs and faster iteration between missions.
What altitude can the Goddard rocket reach?
The Goddard Sounding Rocket System can reach altitudes from 2 km up to 150 km, making it suitable for a wide range of atmospheric research and suborbital science missions.
What payloads can Goddard carry?
Goddard supports modular payload integration through standardized interfaces, accommodating scientific instruments, atmospheric sensors, microgravity experiments, and technology demonstration packages.
How much does the Goddard rocket weigh?
The Goddard Sounding Rocket System has a mass of approximately 100 kg and a diameter of 100 mm.
Is the Goddard rocket affiliated with NASA?
No. MKII Aerospace is an independent company. The Goddard Sounding Rocket System is named in honor of Robert H. Goddard, the pioneering American rocket scientist, and has no affiliation with NASA or the Goddard Space Flight Center.