Next-Generation Iodine-Fed Electric Thruster

TRISINTI-1

TRISINTI-1 represents ALQAMAR Space’s cutting-edge innovation in iodine-fed electric thruster technology. This groundbreaking propulsion system is designed to revolutionize satellite mobility, combining the efficiency of electric propulsion with the advantages of iodine as a propellant.

The TRISINTI-1 Vision

Our team of expert engineers and scientists are dedicated to pushing the boundaries of satellite propulsion. TRISINTI-1 embodies our commitment to developing sustainable, cost-effective, and high-performance solutions for the future of space exploration.

Key Features

  1. Iodine Propellant:
    • Cost-effective: Projected to be up to 100 times cheaper than xenon
    • Easy storage: Solid at ambient conditions, no pressurized tanks needed
    • High density: Approximately 3 times denser than xenon, allowing more propellant in the same volume
  2. High Performance:
    • Designed to achieve thrust efficiency comparable to xenon-based systems
    • Optimized for small to medium-sized satellites
  3. Flexible Design:
    • Adaptable to various satellite geometries and available space
    • Modular design concept for easy integration and potential future upgrades
  4. Extended Lifespan Potential:
    • Engineered to be compatible with future on-orbit refueling technology
    • Aims to significantly extend satellite mission durations
  5. Environmentally Conscious:
    • Designed to reduce space debris by enabling longer satellite operations
    • Utilizes a more abundant and sustainable propellant

Anticipated Applications

  • Orbit raising and maintenance
  • Constellation deployment and management
  • End-of-life deorbiting
  • Interplanetary missions

The TRISINTI-1 Advantage

  1. Cost-Effective: Aimed at lowering propellant costs and reducing launch mass for significant savings.
  2. Efficient: Designed for high performance to ensure optimal use of onboard resources.
  3. Flexible: Adaptable design concept to fit various satellite configurations.
  4. Future-Proof: Engineered with compatibility for potential on-orbit refueling for extended missions.
  5. Sustainable: Contributing to the reduction of space debris and utilizing an abundant propellant.

Join the Future of Satellite Propulsion

Are you interested in the future of satellite propulsion? We’re always looking for potential collaborators and early adopters to help shape the future of space technology.