K2 Space designs and manufactures high-power satellite buses that can be deployed on existing launch vehicles, significantly reducing the cost and time required for satellite readiness. By enabling multi-manifests of up to ten satellites and utilizing a broad supply chain of commercial parts, K2 Space addresses the limitations of traditional satellite design cycles and costs.
Funding
$65.9M 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.
+2Founders
Product
Problem
Traditional large satellites require lengthy design cycles (over 48 months) and high costs (>$100M per satellite), limiting deployment options. These satellites often rely on constrained, legacy supply chains of space-optimized parts and require significant redesigns based on the target orbit.
Solution
K2 Space designs and manufactures high-power satellite buses that maximize the power, mass, and volume deployable on existing launch vehicles, such as Falcon 9. This approach enables multi-manifests of up to ten satellites, significantly reducing the cost and time required for satellite readiness. K2 Space utilizes a broad supply chain of commercial parts and production line-style builds to achieve spacecraft readiness in under 3 months at a cost of less than $15M per satellite. The satellite buses are designed to handle the environments of LEO, MEO, GEO, and Cislunar space.
Target Audience
K2 Space's primary customers include organizations involved in science, commercial, and defense missions requiring high-power satellite capabilities.
Features
- High-power satellite bus design
- Multi-manifest capability of up to 10 satellites on existing launch vehicles
- Rapid spacecraft readiness in under 3 months
- Low cost (less than $15M per satellite)
- Broad supply chain of commercial parts
- Designed for LEO, MEO, GEO, and Cislunar environments