Balloon Systems
High-Altitude Research & Near-Space Access Platforms
Near-Space Architecture
Engineered for persistent high-altitude operations with reliable payload delivery and recovery.
Stratospheric Access
Our balloon platforms reach altitudes up to 40 km, providing access to the stratosphere for scientific instruments, atmospheric sensors, and technology demonstrations—at a fraction of the cost of orbital launch.
Modular Gondola System
Standardized gondola interfaces accommodate a range of payload configurations. Swap sensor suites, imaging equipment, or experimental hardware with minimal integration overhead.
Controlled Descent & Recovery
Predictive trajectory modeling and controlled venting enable targeted landing zones. Payloads and gondolas are designed for intact recovery and rapid refurbishment, supporting repeat flights.
Extended Duration Flights
Super-pressure envelope options support multi-day float missions at target altitudes, enabling persistent observation, long-duration experiments, and continuous data collection campaigns.
Performance Specifications
Mission Profiles
Versatile platforms serving research, defense, and commercial applications.
Atmospheric Research
- ▸In-situ atmospheric sampling
- ▸Ozone and aerosol profiling
- ▸Climate and weather data collection
Technology Validation
- ▸Near-space environment testing
- ▸Component qualification flights
- ▸Sensor calibration at altitude
Communications & Surveillance
- ▸Persistent high-altitude relay
- ▸Wide-area observation platforms
- ▸Emergency communications backbone
Education & Outreach
- ▸University research programs
- ▸STEM payload competitions
- ▸Accessible flight opportunities
Why Balloon Systems
Cost-Effective
Orders of magnitude less expensive than orbital launch, making near-space access available to smaller organizations and research groups.
Rapid Turnaround
From mission planning to flight in weeks, not months. Minimal ground infrastructure and streamlined regulatory pathways.
Low Risk
Gentle ascent profiles, no propellant hazards, and proven recovery systems keep payloads and personnel safe.
Flexible Payloads
Accommodate instruments from compact CubeSat-class to heavy scientific suites with standardized mechanical and electrical interfaces.
Persistent Presence
Station-keeping capabilities enable multi-day missions over defined areas—something suborbital rockets cannot achieve.
Complementary to Goddard
Balloon platforms pair with our Goddard sounding rocket for a full altitude profile—from the troposphere to the edge of space.
Take Your Research Higher
Get in touch to discuss how our balloon systems can support your next mission.