Planetary Vimaana Research Labs develops cost‑effective defense and space engineering solutions, focusing on small‑satellite technologies and advanced mechanisms for orbital missions.
Funding
Funding not disclosed
Founders
Product
Problem
Access to affordable, reliable small‑satellite platforms and deployment mechanisms is limited for educational, commercial, and defense users, hindering rapid development and testing of space‑based applications. Traditional satellite subsystems often require custom integration, leading to high costs and long development cycles.
Solution
Planetary Vimaana Research Labs (PVRL) provides cost‑effective, modular plug‑and‑play automation solutions for small satellites ranging from 1 kg to 500 kg. Their Integrated Deployment System (IDS) supports configurations from 1U to 24U, enabling rapid satellite integration and launch readiness. The UnFurlable Reflector Antenna (UFRA) offers compact, deployable antenna structures that expand in orbit to provide high‑gain communications without bulky hardware. PVRL also develops space robotics and mechanisms for payload deployment, servicing, and experimental missions, delivering ready‑to‑use hardware that reduces design effort and overall mission cost.
Target Audience
Primary customers are defense agencies, commercial satellite manufacturers, research institutions, and educational programs that require affordable small‑satellite hardware and deployment mechanisms.
Features
- Modular IDS hardware compatible with 1U‑24U satellite buses, allowing quick attachment and automated deployment
- UnFurlable Reflector Antenna that folds for launch and self‑unfurls in orbit, delivering high‑performance RF capability
- Standardized plug‑and‑play interfaces for power, data, and mechanical integration across a wide mass range (1 kg–500 kg)
- Space‑qualified robotics and deployment mechanisms for payload release, truss assembly, and in‑orbit servicing tasks
- Designed for both defense and commercial applications, supporting UHF/VHF communication and solar panel deployment
- Cost‑optimized engineering approach focused on high reliability and low production volume