VSAT SET (Starlink Kit) high performance

The Starlink High Performance is a robust, larger satellite dish, measuring about 63 cm in diameter. This device is designed to withstand extreme weather conditions, such as strong winds, heavy rain, or snow, making it well-suited for humanitarian missions in difficult-to-reach or disaster-affected areas. With its integrated heating system and enhanced thermal dissipation, it can operate efficiently in environments with very low or high temperatures, ensuring reliable performance in challenging conditions.

• Antenna : Electronic Phased Array
• Orientation : Motorized Self Orienting
• Environmental Rating : IP56
• Snow Melt Capability : Up to 75mm / hour (3in / hour)Operating
• Temperature : -30°C to 50°C (-22°F to 122°F)
• Field of View: 140°
• Average Power Usage : 110-150W

In terms of integration into humanitarian missions, the Starlink High Performance is easy to set up and does not require specific technical expertise, which is crucial for teams on the ground. The dish automatically aligns itself with the low Earth orbit (LEO) satellites, optimizing signal reception without manual intervention. This ensures a stable, high-speed internet connection, even in areas where infrastructure is damaged or non-existent. The system can support vital activities such as coordinating relief efforts, managing logistics, and transmitting critical data between humanitarian teams and command centers around the world.

​In terms of functionality, the Starlink High Performance provides high-speed internet with download speeds reaching up to 350 Mbps and latency as low as 20 to 40 ms. This performance enables humanitarian organizations to maintain stable communication in environments where terrestrial networks are down or overloaded. It is particularly useful for critical tasks like sharing emergency response plans, conducting remote medical consultations, managing real-time databases, or streaming live video from crisis areas. Its ability to provide internet coverage in remote or disaster-stricken regions makes it an indispensable tool for the continuity of humanitarian operations.