ABL Space Systems develops the RS1 launch vehicle, capable of delivering up to 1,350 kg of payload to low Earth orbit, utilizing additively manufactured engines for rapid assembly and scalability. Their GS0 ground system, housed in standard shipping containers, enables immediate deployment of launch capabilities globally, addressing the need for flexible and cost-effective satellite launch solutions.
Funding
$481.3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
LCFounders
Product
Problem
The current satellite launch market lacks flexible and rapidly deployable solutions, often requiring extensive infrastructure and long lead times. This inflexibility hinders timely access to space for critical missions and limits the ability to launch from diverse geographic locations.
Solution
ABL Space Systems offers a comprehensive launch solution featuring the RS1 launch vehicle and the GS0 ground system, designed for rapid deployment and flexible launch capabilities. The RS1 vehicle can deliver up to 1,350 kg of payload to low Earth orbit, while the GS0 ground system, housed in standard shipping containers, enables launch operations from any flat concrete pad globally. This integrated system provides on-demand launch services, reducing infrastructure dependencies and enabling responsive access to space.
Target Audience
The primary target audience includes satellite operators, government agencies, and research institutions requiring flexible, rapidly deployable, and cost-effective launch solutions.
Features
- RS1 launch vehicle capable of delivering 1,350 kg to LEO and 1,000 kg to SSO
- GS0 ground system fully containerized for easy transport via land, sea, or air
- Additively manufactured E2 engines optimized for rapid assembly and scalability
- Rapid deployment capabilities, enabling launch site activation with minimal infrastructure
- Global distribution, allowing launch operations from any location with a concrete pad