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Bellatrix Aerospace

HardwareBengaluru, IndiaFounded 2015· One of 1708 Hardware companies tracked by AMPulse

Develops advanced in-space propulsion systems and orbital transfer vehicles using 3D printing for components like the Rudra thruster.

CEO / Founder
Rohan Ganapathy
Team Size
51-200
Stage
Active
Total Funding
$31M
Latest Round
Series B
Key Investors
Cactus Partners; BASF Venture Capital; Inflexor Ventures; StartupXseed Ventures; Pavestone Capital; GrowX Ventures; Survam Partners; Hero Investment Office; 35 North Ventures; Indusbridge Ventures; Monarch Holdings; Mankind Pharma Family Office; IIMA Ventures; Foundation for Science Innovation and Development (SID-IISc)

Technology & Products

Key Products

Rudra green monopropellant propulsion; Arka Hall Effect Thruster

Technological Advantage

Integrated additive manufacturing for high-performance propulsion; 'Hat-trick' of successful space firings.

Differentiation

Value Proposition

High-performance, sustainable in-space mobility using green chemical and electric propulsion with 3D printed components to reduce weight and improve performance.

How They Differentiate

Focus on green propulsion and specific 3D printed thruster/tank integration for small satellites.

Market & Competition

Target Customers

Satellite operators needing in-space propulsion

Industry Verticals

Aerospace/Defense; New Space

Competitors

Velo3D; Made In Space

Growth & Milestones

Growth Metrics

Hat-trick in space firings; successful green propulsion firing in space (Jan 2025); expansion to US.

Major Milestones

Founded in 2015; Series A funding in June 2022; Successful green propulsion firing in space (Jan 2025); US subsidiary established

Notable Customers

Pixxel; GalaxEye

Why this company matters

Bellatrix Aerospace develops in-space propulsion systems and orbital transfer vehicles for the new space market, using metal additive manufacturing to produce components such as the Rudra thruster and positive expulsion tanks. The company's core value proposition is high-performance, sustainable in-space mobility, achieved through a combination of green chemical monopropellant and electric Hall Effect propulsion. By integrating 3D printing into its thruster and tank architecture, Bellatrix reduces component weight and improves system performance relative to conventionally manufactured alternatives.

The company's product lineup includes the Rudra green monopropellant propulsion system and the Arka Hall Effect Thruster. Bellatrix has demonstrated a 'hat-trick' of successful space firings, including a green propulsion firing in space in January 2025. Its technological advantage lies in the use of additive manufacturing for complex propulsion geometries and the development of eco-friendly propellants, supported by Indian Patent 374528 covering a green monopropellant composition and proprietary intellectual property around microwave plasma thruster technology.

Bellatrix serves satellite operators in the aerospace and defense sectors, with named customers including Pixxel and GalaxEye. The company has established strategic partnerships with Skyroot Aerospace for launch vehicle integration, NewSpace India Limited for orbital transfer vehicle missions, and the Indian Institute of Science for green propulsion research. Founded in 2015 and headquartered in Bengaluru, India, Bellatrix has raised $31 million from investors including BASF Venture Capital, Cactus Partners, and Inflexor Ventures, and has expanded to the United States via a subsidiary.

Bellatrix positions itself as a challenger to established propulsion suppliers, differentiating through its focus on green propellants and integrated 3D printed thruster and tank designs tailored for small satellites. The company's key growth metrics include a successful in-space demonstration of its green propulsion system and an expanding partnership network. A key open question is whether its additive manufacturing approach can scale to meet the production volumes demanded by large satellite constellations while maintaining the cost and performance advantages demonstrated in early missions.