Tanker Satellite
Rapid fuel transfer vehicleOur refuelling vehicle leverages advanced autonomous systems specifically designed for in-orbit propellant transfer. High-resolution sensors and ultra-precise thruster controls enable accurate approach and docking maneuvers, ensuring safe and efficient refuelling operations. Integrated robotics manage the delicate tasks of connecting fuel lines, while onboard diagnostics continuously monitor system integrity and environmental conditions.
At its core, an intelligent navigation framework dynamically calculates optimal trajectories tailored for refuelling. The seamless integration of these technologies creates a robust and reliable platform that redefines in-orbit refuelling, extending satellite lifespans and enhancing overall mission continuity.
- Highly maneuverable satellite capable of docking & robotic manipulation in all orbits
- Real-time visual recognition for docking and alignment
- Advanced AI algorithms for autonomous movement and positioning
- Diverse proximity sensors for intelligence, rendezvous & docking
SIDRP
Standard Interface Docking and Refuelling PortOur docking interface is engineered for seamless and secure connections during in-orbit servicing. Utilizing precision-engineered mechanical components and real-time sensor feedback, it achieves flawless alignment and engagement even in dynamic orbital conditions.
Advanced automated controls and robust structural design underpin reliable docking procedures. Sophisticated algorithms manage approach and capture sequences, ensuring optimal connectivity for safe propellant transfer. This refined system forms the backbone of our in-orbit refuelling platform, setting new benchmarks in docking performance and mission reliability.
- TRL 9 cooperative & docking interface
- Secure and efficient transfer, maintaining optimal pressure and flow rates
- Equipped with fail-safes to ensure a secure interface under all conditions
- Compatible with international passive interface standards
- Mass 250 g
- MEOP - 35 bar
- Bidirectional fluid transfer
- Capable of transferring > 10 propellants
Robotic Arm
Soft Capture Robotic ArmOur robotic arm is designed to meet the challenges of space with a flexible, multi-jointed mechanism and high-torque motors, capable of performing both delicate tasks and robust operations in zero-gravity. Its modular construction allows for precise manipulation of sensitive components while handling heavier modules, adapting effortlessly to a variety of servicing demands.
Equipped with advanced sensor arrays and machine vision, the arm continuously assesses its surroundings and dynamically adjusts its motion in real time. This intelligent system enables meticulous control during intricate tasks such as component repositioning, part replacement, and close-up inspections, ensuring that every maneuver is executed with the precision required for successful in-orbit servicing.
- Advanced computer vision to locate and interact with load points
- High-strength grip ensuring safe and stable handling.
- Optimized for compact storage and extended reach in space
- Adaptive force control for delicate space operations
- Adjustable grip force
- Low power consumption
- Extendable Arm Length
- Internal fluid pathway for fuel transfer
Turnkey Propulsion System
Adaptive Propulsion and Docking SuiteOrbitAID’s propulsion system is designed for seamless integration and long-term serviceability in space missions. It supports full in-space refueling, eliminating the need for traditional sealed-tank designs. The system features:
- Fully Refuelable Propulsion System – Enables multiple missions and extended satellite lifespan
- Integrated Valves in Tank – Reduces leak points and complexity
- Lower Propulsion System Volume – Maximizes payload capacity
- Drop-in Design – Easy integration and fast replacement
- Eliminates Traditional Feed-Line Designs – Improves reliability and simplifies architecture
This advanced propulsion unit is engineered to meet the growing demands of sustainable and modular space operations.
- Refuelable Propulsion System
- Integrated Valves in Tank
- Drop-in Design
- Lower Propulsion System Volume