Can you launch your own satellite

And you will also be taking part in a truly exciting adventure in Space exploration. The AmbaSat-1 Satellite kit is suitable for both experienced electronics geeks, hardware and software professionals and all the way through to those with no or little expertise. Anyone years-old and above is able to assemble their own AmbaSat-1, with a little help from an adult. Beginners can follow our step by step guide on how to assemble your spacecraft, modify the existing code samples and program the satellite.

Building your AmbaSat-1 is just the beginning. You can spend many hours interacting with your satellite during development, trying different sensors, interfacing with The Things Network , learning about software development and experimenting with the hardware. Just imagine what you can achieve. Micro Controller Unit — the brains of AmbaSat. This is where your code lives 3. Solar Panels — Spaceflight approved solar panels providing power to your satellite 4.

Transceiver — The radio communications chip. This is the chip which will send data back to Earth and into your AmbaSat Dashboard 5. Gyroscope, Accelerometer, Magnetometer — used to locate your satellite in space 7.

A bag of parts containing resistors, capacitors, voltage regulator and other components 8. Your chosen sensor there are 8 sensors to choose from — Sensor list. Skip to content. Build your own Spacecraft and launch it into Space. AmbaSat-1 is the world's first DIY satellite development kit. Check out the AmbaSat Shop page. The AmbaSat-1 Satellite Kit delivers accessible space exploration to everyone by offering an affordable satellite development kit and rocket launch programme.

The solutions Open Cosmos propose are based on a range of multi-purpose nano-satellites with a payload agnostic approach. Open Cosmos, founded in and now hosted at the ESA Business Incubation Centre BIC UK , provides end-to-end mission services that allow its customers to focus on their specific needs for getting in-orbit data and not having to worry about how to get the satellite into orbit.

The company enables dedicated nano-satellite missions for remote sensing payloads, Internet of Things IOT , telecommunication services, scientific research and space technology in-orbit demonstration and validation. Open Cosmos manufactures its satellites in-house, procures launch services from partners and operates its satellite fleets using its own satellite operations system while leveraging existing ground segment infrastructure.

Open Cosmos designed and delivered its first concept nano-satellite qb01 in just 6 months with a launch granted by the European Commission.

The current commercial pipeline contains multiple customers involving an entire nano-satellite mission for ESA, in-orbit demonstrators and constellations for both private and public commercial customers. Now it's your chance. The call is open to all kinds of space applications and technologies from remote sensing to telecommunication and navigation.

And university programs have a good shot at being selected for the CSLI, which is currently the best opportunity to get a payload launched aboard a rocket on a minimal budget. Your project will compete with others for available slots in the program. Another avenue is to finance a launch yourself by raising the needed funds. Antunes is more cautious, urging enthusiasts to budget in the cost of experimentation and error.

He also encourages DIY satellite engineers to make sure they are sending something up for a good reason.