The startup manufactures fully autonomous reusable small launch vehicles that utilize 3D printing and additive manufacturing for rapid landing and relaunch. This technology provides low-cost access to space, addressing inefficiencies in traditional launch methods.
Funding
$3.7M 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.
VGFounders
Product
Problem
The increasing demand for small satellite launches requires more frequent and affordable access to space, but traditional launch systems are often expensive and have long lead times. Current launch vehicles also lack the reusability needed for sustainable and responsive space operations.
Solution
iRocket is developing fully reusable small launch vehicles designed for rapid deployment and low-cost access to space. The company's Shockwave vehicle leverages 3D printing and additive manufacturing techniques to reduce manufacturing time and costs. iRocket's proprietary rocket engine technology, fueled by LOX/Methane, delivers high performance and supports multiple modes of operation, including thrust augmentation for liftoff and a landing mode for controlled descent. The reusable design enables quick turnaround times, aiming for relaunch within 24 hours, and supports point-to-point cargo delivery services.
Target Audience
iRocket serves the small satellite industry, including companies and government organizations involved in Earth observation, IoT, defense and security, scientific research, and space logistics.
Features
- Fully autonomous and reusable launch vehicle for small satellite deployment
- Proprietary rocket engine technology with augmented, unaugmented, and landing modes
- LOX/Methane propellant for increased thrust and eco-friendly operation
- Innovative heat shield and landing engine technology for rapid landing and relaunch
- 3D printing and additive manufacturing for complex geometries, reduced part count, and shorter lead times
- Capability to transport satellites for Earth observation, IoT, defense, science, and space logistics
- Target payload mass of 1,500kg to LEO