Meet MySat Kit, your first personal satellite. The simple operation and step-by-step assembly allows even non-technical users to work with their satellite.
Understanding space technology is vital for the future of humanity. It’s also a way to have fun exploring new tools and technologies.
Why did we create the MySat Kit?
My Sat Kit is your personal 2-in-1 satellite: a construction set and a model of a real 4x4x4 inch satellite that can be assembled without any special knowledge. We want to show that space technology is available not only to billionaires, but also to amateurs, students and space fans.
All production is in-house. We keep all operations under control to ensure high quality and perfect production time. Our small laboratory has everything you need for production and testing, as well as people who do their job professionally and with love.
Advantages of the satellite
UNDERSTANDABLE TO EVERYONE
The satellite can be assembled and programmed independently and without any special knowledge thanks to our instructions.
UP TO 8 HOURS OF CONTINUOUS OPERATION
Stay connected and experiment as much as you need
COMPONENTS AND SENSORS
The kit includes : camera; accelerometer and gyroscope; magnetic compass; temperature, pressure, humidity sensors; its own power supply system and battery
LIGHTWEIGHT MATERIALS
The satellite weighs less than a kilogram and is made of elegant and safe plastic
PREMIUM DESIGN AND STYLE
Clean and modern design, with your name on your order
WIRELESS CONNECTIVITY
Use Wi-Fi to keep in touch with your companion at all times. Wherever they are
What else do we have?
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MySat University Kit
358.00$+- ✓ PCB and main sensors
- ✓ Solar panels
- ✓ Li-Ion battery
- ✓ CubeSat frame
- ⏳ Working up 12 kits at the same time
- ⏳ Workshop access
- ✓ RF
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Don`t miss interesting news
Small detail, big impact: upgrading wire reliability in MySat
🔧🚀 In space engineering, even the smallest detail matters. Especially when that “small detail” is a wire that decides to detach at the most inconvenient
MySat Factory Tour: Part 2 🛰️
MySat Factory Tour: Part 2 🛰️🔧 Earlier we showed the room where we 3D-print plastic parts for MySat. Today – a little more behind the
MySat Firmware v1.4 Released
After many hours of coding, testing, debugging, and occasionally staring at oscilloscopes hoping they would reveal the secrets of the universe, we’re happy to announce
🚀 Build a satellite before you get a Job at NASA/ESA/JAXA (or at least impress them)
Space used to be “only for astronauts in movies and people with very serious haircuts”. Not anymore. Today, students and engineers around the world are
Frequently asked questions
A MySat satellite is an educational, hands-on CubeSat-style platform designed to show how real satellites work. Depending on the configuration and exercises, it can do the following:
Core functions:
- Simulate a real satellite mission on the ground
- Collect telemetry (power, temperature, system status)
- Execute commands sent from a “ground station”
Communication & networking:
- Radio communication using real satellite-grade concepts
- (UHF/VHF, LoRa, packet radio, Meshtastic-style networking)
- Ground station operation: antenna setup, decoding packets, command uplink
- Signal relay / repeater experiments
- Link budget & radio horizon experiments (great for STEM classes)
Electronics & embedded systems:
- Microcontroller programming (Arduino / ESP-class / STM32-style workflows)
- Firmware updates, fault handling, watchdogs
- Power system management (solar panels, batteries, charging logic)
- Sensor integration (temperature, light, IMU, radiation*, sound*, etc.)
Software & IT skills:
- C/C++ coding for data reception and analysis
- Protocol design (telemetry frames, commands)
- Data visualization and logging
Educational & family use:
- Suitable for children, students, adults, and families
- Ideal for schools, universities, makerspaces
- Bridges space engineering + IT + radio electronics
Advanced / optional projects:
- High-altitude balloon (HAB) missions
- Aerostat or drone relay experiments
- Satellite constellation simulations
- Close the gap between theory and practice
- Learners can work with real satellite subsystems instead of abstract models.
- Lower the barrier to space education
- No clean rooms, launch contracts, or million-dollar budgets required.
- Teach future-proof IT and engineering skills
- Embedded systems, radio communications, data analysis, and systems thinking.
- Inspire the next generation
- Children, students, and adults can experience how space missions actually work.
- Support universities and educators
- A ready-to-use platform for labs, CubeSat courses, and capstone projects.
- Enable family and hobby learning
- A unique way to learn together while building something meaningful.
The MySat Satellite kit is designed for a wide range of users — from curious beginners to advanced technical teams:
Families & hobbyists:
- Parents and children learning together
- DIY electronics and space enthusiasts
- Makers and STEM hobbyists
- A meaningful, hands-on alternative to screen-only activities
Students & learners:
- School students (STEM & space clubs)
- High school and university students
- Anyone exploring careers in space, IT, or engineering
- Learners who prefer hands-on projects over theory
Schools & universities:
- STEM programs and physics classes
- CubeSat and aerospace engineering courses
- University labs and capstone projects
- Space-related hackathons and workshops
IT & engineering professionals:
- Software developers learning embedded systems
- Radio amateurs and RF engineers
- Electronics and hardware engineers
- Engineers transitioning into the space industry
Space & aerospace community:
- CubeSat teams preparing for real missions
- Aerospace startups and R&D teams
- Educational space programs and NGOs
- Space outreach and training initiatives
Special use cases:
- Makerspaces and FabLabs
- Defense, communications, and relay experiments (educational & R&D)
- High-altitude balloon and aerostat projects
- Satellite constellation and ground station simulations
If you’re interested in space, technology, radio, or learning by doing, the MySat kit is for you.
Yes — MySat is designed to look and feel like a real satellite.
Real satellite form factor:
- Built in a CubeSat-style format, similar to satellites used by universities and space agencies. More detailes please see on the document CubeSat Design Specification (NEW RELEASE for 1U – 12U: Revision 14.1 – Updated February 2022)
- Proportions, layout, and structure are based on real flight hardware
- Uses the same modular subsystem approach as real satellites
Authentic subsystems:
- Electrical Power System: solar panels, battery, charge controller
- On-Board Computer: runs real embedded firmware
- Communication system: radio transmitter/receiver and antennas
- Sensors & payload interfaces similar to those used in orbit
Real engineering experience:
- You assemble, wire, program, and test the satellite just like a CubeSat team
- Operated from a ground station, not a toy remote control
- Uses real concepts: telemetry, commands, power budgets, modes, and fault handling
Educational accuracy:
- Designed with universities and engineers in mind
- Closely follows CubeSat standards and mission workflows
- Skills learned on MySat transfer directly to real satellite projects
Important note:
MySat does not fly to orbit — but everything else works the same way.
In short:
If you’ve seen a real CubeSat on a lab bench, MySat will look very familiar.
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