Pioneering Africa’s Space Frontier

Technical Specifications

Mechanical Design & Structural Integrity

Our constellation is built on a high-performance 3P PocketQube and Nano-satellite architecture. The mechanical design focuses on:

• Mass Optimization: Utilizing aerospace-grade Aluminum 7075 and specialized composites to maintain a high strength-to-weight ratio.
• Modular Bus Architecture: A standardized internal rail system that allows for rapid interchangeability of payload sensors without redesigning the primary structure.
• Thermal Resiliency: Advanced passive thermal control using multi-layer insulation (MLI) and optimized surface coatings to withstand the ±120°C temperature swings of Low Earth Orbit (LEO).

Payload & Communication Subsystems

To bridge the digital divide, our communication payload is engineered for high-throughput and low latency:

• Antenna Deployment: Innovative spring-loaded deployable antenna systems designed for maximum gain and reliable signal penetration in remote terrains.
• S-Band & X-Band Transceivers: Implementing software-defined radios (SDR) to allow for remote frequency adjustments and performance tuning post-launch.
• On-Board Data Processing: High-speed FPGA-based processors to handle real-time packet switching and data compression, reducing the “bottleneck” at ground stations.

AIT (Assembly, Integration & Test) Phase

The reliability of our 100+ satellite network is ensured through a rigorous AIT protocol conducted in our controlled laboratory environments:

• Hardware-in-the-Loop (HIL) Testing: Simulating orbital flight dynamics to verify that the flight software responds correctly to real-world sensors and actuators.
• Vibration & Shock Verification: Subjecting flight models to launch-profile frequencies to guarantee structural survival during the intense ascent phase.
• Vacuum Chamber Validation: Testing the integrity of pressurized components and electronics in zero-pressure environments to prevent outgassing and thermal failure.

Deployment Strategy

Our deployment roadmap is split into three critical waves:

• Phase I (2024–2025): Prototype validation and initial ‘Pathfinder’ launches to test the communication backbone – Phase completed
• Phase II (2026–2028): Batch deployment of 40+ satellites to establish regional coverage across West Africa. – Phase in progress
• Phase III (2029–2030): Full constellation completion, enabling 24/7 high-speed connectivity for underserved communities across the continent.