Aerospace
We believe in making space technology accesible to everyone
In Datiotec Aerospace we offer products and solutions for the aerospace industry with special focus on the area of the pico and nano-satellites.
Our products are designed to satisfy the needs of sectors ranging from academics and research to commercial and government.
We are continuously working improving and developing new products by which we will be able to bring space to your hands.
Do not hesitate to contact us to answer your questions and to be informed about the latest developments on which we are working.
Choose the flavor for your mission
Our CanSat platform is ideal for the development of academic projects thanks to its versatility, making it suitable not only for activities on the aerospace area but for other domains such as mechatronics, robotics, control theory, telematics, meteorology and telecommunications among others.
- Based on the Arduino platform it is compatible with the vast quantity of existing software libraries and hardware.
- Powered by two microcontrollers it offers more processing capabilities and more flexibility.
- Accelerometer + Gyroscope. Use them individually or combine them together to create an inertial measurement unit (IMU) with 6 degrees of freedom.
- Great variety of sensors including: temperature (x2), current, pressure and humidity.
- Modular design.
- Telecommunications module* with reach up to 3km plus ground station with a microcontroller to enable data processing even without a PC.
- GPS*
Know the different versions we have for the CanSat platform. If you need any help or have any inquiries please contact us to support you.
*Optional modules
CanSat Chocolate Chips (Base)
This is the basic kit from which you can start to plan your mission. This CanSat integrates atmospheric and orientation sensors that allow you to perform a great variety of missions.
CanSat Strawberry (Telemetry)
Add telemetry capabilities to your mission! This kit includes the CanSat platform of the kit Chocolate Chips, furthermore we add a RF transceiver module for the CanSat and a ground station module with which you will be able to receive and analyze data of the Can Sat on your computer.
CanSat Pineapple (GPS)
Track the position of your CanSat through all the mission! This kit includes the CanSat platform of the kit Chocolate Chips + a GPS module with which you can track the position of the CanSat.
CanSat Tuttifruti (Telemetry + GPS)
Get the maximum of your CanSat! This kit includes the CanSat platform of the kit Chocolate Chips + the transceiver module + the ground station module + the GPS module. With this kit you won’t have any limits and you will be able to plan and execute a great diversity of missions.
Validate your satellite at 90km of altitude!
We are currently in the final phase of development of the rocket JFCR-2000A by which we will offer the service of validation of space experiments up to 3Kg in a suborbital flight at 90Km.
Ideal for the transportation of Cubesats up to 3U.
Rocket JFCR-2000A specs:
- Altitude up to 90Km
- Thrust 1000 (lb) pound-force.
- Length 6 m.
- Rocket body 6-inch diameter, payload section 8-inch diameter.
- Engine Vernier LR-101
- Propulsion based on RP1 and LOx
- Coated with ablative caoutchouc for high temperatures isolation.
Don’t hesitate to contact us to know more about this project!
Project in partnership with:
Flight computer
The on board computer is ideal for the development of satellites of the type CubeSat thanks to its ease of use and its versatility. All this accessible at a low price even for tight budgets.
This computer has a flight heritage and has been approved to be deployed from the the International Space Station.
- Dimension compatible with the CubeSat standard (10cm x 10cm x 1.5cm).
- Based on PIC microcontrollers compatible with a great variety of programming languages such as assembler, Basic and C, it offers great flexibility and ease of use.
- Tolerance for failure thanks to a watchdog microcontroller and triple redundancy at hardware level.
- Enabled with a data bus that allows an easy integration of payloads using general purpose protocols such as serial.
- Based on PIC 16F876A microcontrollers.
- Triple redundancy at hardware level.
- Integrates a watchdog.
- Five serial ports for connection of subsystems and payloads.
- Compatible with programming languages C, Basic, Assembler.
- Dimensions 10 x 10 x 1.5 cm.
- Operating voltage 5V.
- Operating temperature -40 to 125 ˚C
- Flight heritage.
Power board
The power board is ideal to be used in the development of satellites of the type CubeSats thanks to its ease of use and versatility. All this accessible at a low price even for tight budgets.
This computer has a flight heritage and has been approved to be deployed from the the International Space Station.
- Dimension compatible with the CubeSat standard (10cm x 10cm x 1.5cm).
- Tolerance for failure thanks to a watchdog microcontroller and triple redundancy at hardware level.
- Two switches type “Remove Before Flight”
- Compatible with batteries and/or solar panels.
- Power delivery up to 20V and 2A.
- Overcurrent and short circuit protection.
- Overload circuitry for battery protection.
- Redundancy at hardware level.
- 5 regulated power outputs. One of them adjustable up to 20V.
- Current delivery up to 2A.
- Dimensions 10 x 10 x 1.5 com.
- Operating voltage 2.7V – 11.8V.
- Operating temperature -40 to 125 ˚C.
- Compatible with the Cuantum Labs flight computer.
- Flight heritage.