LeoLabs presents its latest innovation, the Scout radar, which has attracted the attention of leading figures in the space sector. This direct-radiation antenna array radar (each element of the array transmits and receives the signal directly, without passing through a reflector) will be contained in a module the size of a shipping container. This design will enable rapid and flexible deployment, offering the possibility of monitoring specific areas in response to dynamic operational needs. Scout can be deployed individually or integrated into a dense network, depending on mission requirements. It is capable of detecting and tracking objects in low-Earth orbit, including space debris larger than 10 cm, and monitoring launches from Earth.
The introduction of Scout comes at a time when satellite constellations are multiplying, the number of launches is increasing, and space maneuvers are becoming more complex. These developments make space surveillance more difficult, requiring adaptable and responsive solutions. Tony Frazier, CEO of LeoLabs, says: "Scout represents a major step forward in Space Domain Awareness (SDA). Expeditionary radars enable rapid proliferation and the ability to adapt quickly to changing threats, being deployed where and when our customers need them most".
Scout joins LeoLabs' global array of radars, which already includes installations in Australia, the Azores, Costa Rica, New Zealand, Texas and Arizona. The company's network - which employs around 100 people - provides continuous, real-time coverage of orbital activity, essential for space traffic management and the safety of industry operations.
