Infinity Space
CubeSat Deployer

At Infinity Space, we are proud to introduce our state-of-the-art single-pod CubeSat deployer. Engineered with aerospace-grade materials and cutting-edge technology, this system allows for the controlled release of multiple satellites in orbit from a compact, efficient design.

Our Team

Robust Structural Frame and Precision-Machined Housing

The Infinity Space single-pod CubeSat deployer is built upon a structural frame engineered to withstand the extreme forces of launch while maintaining a lightweight profile. Using aerospace-grade aluminium alloys combined with carbon-reinforced elements, the housing delivers an optimal balance of strength and mass efficiency. Every component is designed to endure high vibration, shock, and thermal stress, ensuring long-term reliability across a wide range of mission environments.

Optimised Single-Pod Deployment Architecture

The Infinity Space deployer features a single-pod configuration, carefully designed to maximise mission efficiency and payload capacity. By incorporating two independent deployment pods within a compact frame, the system allows for the safe and reliable release of multiple CubeSats on a single mission. Each tube is precision-aligned to ensure accurate deployment trajectories, reducing risk of collision and guaranteeing smooth separation in orbit.

Reinforced Front Door and Secure Latching Mechanism

The Infinity Space single-pod deployer is equipped with a reinforced front door system that safeguards CubeSats throughout the intense launch phase. Constructed from high-strength aerospace alloys, the doors remain securely locked under extreme vibration and acceleration forces, ensuring payloads are fully protected until the precise moment of deployment. The robust design provides complete containment, eliminating the risk of premature release or structural compromise.

Precision-Calibrated Ejection Spring and Release System

Each pod within the Infinity Space single-pod deployer is fitted with a precision-calibrated ejection spring, engineered to deliver the exact force needed for smooth and controlled CubeSat release. The spring mechanism has been rigorously tested to ensure that satellites are deployed at consistent velocities, avoiding any sudden shocks that could compromise sensitive payloads. This controlled ejection reduces rotational forces and ensures satellites enter orbit on a stable, predictable trajectory.

Dual-Redundant Safety and Fail-Safe Mechanisms

The Infinity Space single-pod deployer incorporates a dual-redundant safety system to ensure CubeSats remain fully secure throughout launch and deployment. Each pod is equipped with independent locking and actuation mechanisms, meaning that if one pathway encounters a fault, the backup system guarantees mission success. This level of redundancy is a critical safeguard in the unforgiving environment of space, where reliability cannot be compromised.

Beyond mechanical redundancy, the system integrates electronic fail-safes that continuously monitor deployment readiness. These safeguards prevent accidental activation while ensuring the deployer can always respond when commanded. By combining mechanical and electronic redundancies, Infinity Space delivers a deployer that meets the highest standards of mission assurance, setting a new benchmark for CubeSat deployment safety.

Integrated Electronics and Intelligent Control Interface

The Integrated Electronics and Intelligent Control Interface is designed to streamline operation and enhance reliability by uniting critical electronic systems into a single, user-friendly hub. Housed within a robust dual-door enclosure, the interface provides secure access to both power distribution and advanced control circuits, reducing complexity and improving serviceability. Smart monitoring features allow real-time performance tracking, fault detection, and predictive maintenance, ensuring maximum efficiency and uptime. With its modular architecture, the system can be easily adapted to different applications, from industrial automation to advanced research environments, offering a future-ready solution for intelligent system management.