The Flight
From Launch
to Return
Learn about our BLK3 reusable rocket, its planned capabilities, and how a payload mission is designed to work.
Background On The Rocket
The BLK3 Suborbital Reusable Launch Vehicle (SRLV) is the latest vehicle in EXOS Aerospace's SARGE family of reusable rockets. Built with extensive carbon fiber composite materials and greater propellant capacity, BLK3 expands our suborbital payload capabilities. Planned to launch from Spaceport America in New Mexico, it aims to carry payloads up to 135 kg to an altitude of approximately 100–110 km. BLK3 is designed to support research, technology demonstrations, commercial payloads, and other qualified missions requiring access to the suborbital flight environment. Planned to launch in early 2027.
The Process
1
Define Your Payload
Define what you want to fly, what you hope to learn, and your payload's requirements.
2
Review & Safety
Our team evaluates your payload on size, compatibility, flight requirements, and safety.
3
Integration
Once approved, your payload is prepared and installed on the BLK3 vehicle.
4
Flight
BLK3 is designed to carry payloads through launch, ascent, the microgravity phase, descent, and landing.
5
Recovery & Analysis
The mission is designed around recovery, so payloads can be inspected, results analyzed, and future tests planned.
Key Details
Up to 135 kg
Payload Capacity
Designed to carry your equipment, project, experiment, or other payload weighing up to 135 kg.
100–110 km
Target Altitude
A planned flight altitude of approximately 100–110 km, with a target of approximately 2.5 minutes of microgravity.
Reusable
Rocket System
Designed for payload recovery and return, so you can analyze, learn, and fly again.
Ready to Put Your Payload on BLK3?
Explore pricing or start a conversation with our team.