Satellite systems
Satellite systems
Satellite Bus
1U Cubesat
Skynetics offers a highly efficient 1U CubeSat, designed for rapid deployment with a short lead time. Our compact yet powerful satellite integrates advanced subsystems. Built for reliability and versatility, our 1U CubeSat is ideal for scientific research,
Earth observation, and communication missions.
With proven performance in orbit and best-in-class ground support, we ensure seamless operation from launch to data reception, all while delivering a cost-effective and scalable solution.
Subsystems
OnBoard Computer (OBC)
Our advanced Onboard Computer (OBC) is built with high-reliability components to ensure robust performance in space environments. Designed to support CubeSats from 1U up to 24U, it offers powerful processing
capabilities, efficient power management, and seamless integration with complex payloads.
Ideal for Earth observation, deep-space exploration, and advanced communication missions, our OBC provides the reliability and flexibility needed for next-generation satellite operations.
Subsystems
Electrical Power System (EPS)
Specially tailored for CubeSats standards, our Electrical Power System (EPS) provides reliable and efficient power for CubeSats. It supports up to 6 solar panels, ensuring optimal energy collection from sunlight in various orbital conditions. The system
supports upto 8s8p battery configuration, offering a balanced and robust power storage solution for continuous operation.
Subsystems
GNSS
Our GNSS solution is designed to provide precise positioning for CubeSats. Supporting multi-constellation capabilities, it ensures robust performance by utilizing multiple satellite systems, including
GPS, GLONASS, and Galileo.
The miniaturized design allows for seamless integration into compact CubeSat platforms without compromising performance.
Subsystems
Communication
The SKYSATCOM-1500 is a high-performance communication subsystem designed for CubeSats, offering full-duplex communication in VHF and UHF amateur frequencies, as well as UHF commercial frequencies.
With the maximum 3W transmission power, it ensures reliable and efficient communication with ground stations, enabling seamless data transfer and command uplink/downlink capabilities.
Subsystems
Battery Pack
SKYCELL-I battery pack offers flexible configurations, supporting both 2S-2P and 4S-4P setups to suit various CubeSat power requirements. These packs are equipped with an embedded failsafe battery charger,
ensuring safe and efficient charging under all conditions.
Additionally, the integrated fuel gauge provides real-time monitoring of battery status, offering precise information on remaining charge and health. To ensure reliable operation in extreme space
environments, the battery pack also features heaters, preventing the batteries from reaching critical low temperatures.
Subsystems
Antenna Deployment System (ADS)
Skynetics offers a compact antenna deployment system designed for CubeSat missions requiring VHF and UHF communication. Engineered for seamless integration, it ensures secure stowage and precise deployment of antennas, optimizing performance for telemetry,
tracking, and command applications. A signle deployment system houses both VHF and UHF antennas.
Subsystems
Solar panels
Skynetics' space-grade CubeSat solar panels deliver industry-leading efficiency, as high as 32%, ensuring maximum power generation in the harsh environment of space. Each panel features an integrated
temperature sensor for real-time thermal monitoring, and a sun sensor to provide accurate solar tracking data, optimizing attitude control for improved power generation and mission success.
Engineered with radiation-resistant materials and designed to withstand extreme temperature variations, these lightweight yet durable panels ensure consistent operation in space.
Subsystems
Structures
Skynetics' space-grade CubeSat structures, available in 1U, 2U, 3U, 6U, and customizable configurations, are designed for durability, precision, and minimal mass. Constructed from high-strength aerospace-grade aluminum, these structures undergo anodization
to enhance corrosion resistance, thermal stability, and surface hardness, ensuring long-term reliability in the harsh space environment.
