Space mission development for nanosatellites
Accessible Nanosat Mission Analysis
Nanosatellite mission planning and analysis are time-consuming and challenging processes. Planning a space mission requires extensive knowledge in various engineering and scientific fields which for an organisation interested in creating a space application is enormous and unnecessary overhead.
Rapid and data-driven decision making is crucial during the development process. We assist the space application creators to focus on their main areas to achieve efficient mission planning.
We are building a tool to overcome this challenge and make these processes much easier for you during the development lifecycle.
A single tool to design a nanosatellite mission
Our solution provides a fast-track for mission validation without the use of complicated and expensive software. We are developing an analysis tool that is an easy-to-use and easy-to-learn cloud-based application where you can start to build your nanosatellite mission within minutes.
The Mission Builder is tailored to nanosatellite missions that provide all the necessary analysis for CubeSats. We are working on adding more features. If you are planning a nanosatellite application, contact us to find out more.
Tailored To Nanosatellites
Mission Builder is a scenario-based analysis tool to facilitate your nanosatellite mission design. You can analyze multiple scenarios on multiple orbits and compare them to achieve rapid decision making.
Design your nanosatellite in accordance with the CubeSat standards.. We provide a drag and drop tool to layout the CubeSat wings, solar arrays and solar cells placement.
DATA AND RF-LINK ANALYSIS
Analyze the RF and Data-link on your mission orbit. You can calculate RF, Data budgets and optimize your communication. The tool supports UHF, S and X-band communication with multiple coding schemes.
Calculate the incoming solar power. This tool helps you to optimize your solar cell arrangement to maximize the incoming energy on your orbit. You can define your power consumption model to calculate power balance.
Estimate your satellite exposure to cosmic radiation. You can examine the total dose on your orbit to meet your radiational requirements.
Calculate the heating environment on your orbit and conduct a single node thermal analysis. The application provides a tool for thermal design to achieve the desired temperatures range in the space environment.
LIFETIME AND DEBRIS ANALYSIS
You can make a space debris mitigation plan and a lifetime analysis to satisfy the requirements of the maximum 25 years of orbit with your mission timeframe.
We are space enthusiasts.
In 2020, we started the company with a goal in our mind to make the nanosatellite's mission simulation and analysis more painless and accessible. In the last decade, the nanosatellite businesses have emerged on Low Earth Orbit. We were part of several projects and saw the challenges of mission development. In the coming decade, we foresee the rise of the Deep Space application of the nanosats. More and more player will step in this field. We are passionate to help our customers in this huge step forward.