Skyroot Aerospace has developed a 3D-printed launch vehicle costing $5 million [1] to provide rapid and low-cost orbital access for small satellites.
This development addresses a critical bottleneck in the space industry. Small-satellite operators often face long waiting periods when relying on existing rideshare rockets, which can delay mission timelines and increase costs.
Headquartered in India, Skyroot Aerospace designed the Vikram 1 to eliminate these delays. The company utilized 3D-printing technology to reduce the cost of the vehicle to $5 million [1]. This approach allows for a more permanent, and cost-effective, launch solution compared to traditional manufacturing methods.
The rocket is intended to serve as a dedicated ride for smaller payloads. By removing the need for satellites to wait for a primary payload on a larger rocket, the Vikram 1 provides operators with more control over their launch schedules.
Industry reports from 2024 describe the vehicle as a breakthrough for the global space market [1]. The integration of additive manufacturing in the launch vehicle's construction is a central part of the strategy to lower the barrier to entry for space exploration.
Skyroot Aerospace conducts its launch operations within India. The company's goal is to establish a reliable cadence of launches that can support the growing demand for small-satellite constellations in various sectors, from telecommunications, to earth observation.
“Skyroot Aerospace has developed a 3D-printed launch vehicle costing $5 million”
The shift toward 3D-printed launch vehicles represents a move away from the expensive, slow-turnaround infrastructure of traditional aerospace. By lowering the cost to $5 million, Skyroot is attempting to commoditize orbital delivery, potentially accelerating the deployment of satellite networks and reducing the geopolitical monopoly on space access.
