HEX20 Satellite platform is a flight-proven, cost-effective system tailored to meet the performance requirements for a wide range of applications. Right from component selection to proven thermal management and space heritage from multiple missions, reliability is a cornerstone of our platforms. The platform design balances flexibility, performance and reliability, allowing your team to focus on the mission and payload, reducing the time-to-orbit. From our most compact 1U platform intended for academic missions to the largest 27U design for mission critical projects, we offer a range of payload space, computing, power, avionics, pointing accuracy and communication options that can be mixed and matched to your specific mission application.
HEX20 1U CubeSat Bus is our most compact 1-Unit platform that integrates reliable and hardened subsystems from our flight heritage. This compact form factor delivers the requisite power, structures, antennas, communications, and an onboard computer for your subsystems. The HEX20 1U Cubesat delivers the performance and reliability that is vital for academic projects, in-orbit demonstration missions, and radio communications operations, while your team focuses on payload development and operational requirements.
HEX20 3U CubeSat Bus comes in a mid-sized package. It assimilates core flight-proven subsystems and advanced features. Precise attitude computation and control, advanced communications design, optimal electrical output, and robust command and data handling system are some of the key elements of this unit. This 3U platform is the perfect candidate for technical demonstrations, radio communications missions, earth observation, and Internet-of-Things (IoT) services.
HEX20 6U CubeSat Bus consists of reliable flight-proven subsystems, additional payload space, advanced communications, and attitude control systems. This feature-rich CubeSat platform helps in getting maximum satellite orbital life and considerable savings on the maintenance costs.
HEX20 6U platform is an ideal and tactical solution for commercial and scientific missions in domains such as signals intelligence, geospatial intelligence, air traffic monitoring, earth observation, and defense/space science.
HEX20 12U CubeSat Bus is equipped with state-of-the-art subsystems and instruments that are exclusively configured for demanding missions. This unit provides 8-12 units of payload space, requisite power, high-speed data link, and a comprehensive attitude and trajectory control suite. Optimised for operations that require multiple large payloads, high power requirements and high LEO orbits for high accuracy earth observation, high throughput communications, deep space missions and defence missions
Using advanced satellite subsystems, we have eliminated the single point of failures and ensured reliability and redundancy. Our satellite systems are created to last and you can expect them to have a long lifespan.
HEX20 27U CubeSat bus is built using an open architecture model, wherein the components are modular, scalable, and reconfigurable. This 27U CubeSat unit is engineered to meet the highest defense standards for command, data handling, telemetry, tracking, and control. Another fantastic feature of this unit is the solar panel array system, whose auto-deploy functionality makes it an ideal choice for defence, commercial nano-satellite, and micro-satellite missions.
The Attitude Determination and Control System (ADCS) delivers precise satellite ephemeris data and nadir attitude, which is critical for mission-critical projects. The open architecture of the HEX20 bus simplifies payload integration and can be easily modified to satisfy new requirements.
Our satellite systems have a long lifespan, which makes them ideal for scientific and commercial missions. You can use it in various domains such as space situational awareness, space weather monitoring, protected and tactical communications, and radiation detection.
HEX20 can design and deliver turnkey satellite mission solutions based on your requirements. Our modular and scalable buses help you design, build, test, launch and operate nano-satellites and micro-satellite missions (in the range of 1 to 100 kilograms). These may include defence and commercial missions. HEX20 also supports non-standard payloads, as well as the ones that pursue innovative and unusual business ideas. We offer tailored solutions at standard costs, which allows you to jumpstart on your project and de-risk the first steps on the way to commercial viability.
Propulsion – We use electric propulsion technology to help add more data collection hardware.
Software Defined Radio – We have optimized data collection for proprietary geolocation algorithms.
Flight Software – We have improvised mission operations processes to secure and encrypt the constellation growth.
Downlink Chain – We have increased downlink capacity using onboard data handling and routing optimization.