04 Platform

Drag blocks. Generate flight code.

A drag-and-drop system for programming satellites, simulating missions and testing hardware. Put logical blocks together like Lego and the tool writes flight-ready C++ for you.

Output: Flight-ready C++
Simulation: Power and orbit, one click
Hardware: Local or remote, compile and run

Request access See how it works

Try the model

Assemble a program, then run it.

Click blocks to add them to the pipeline. This is a simplified model of the real editor.

Component library

Pipeline

Add a block to begin

generated / mission.cpp idle

// your blocks will appear here as C++

telemetry —

How it works

Four steps, no compiler flags.

The tool is not a toy. It compiles to C++ that runs on the hardware — it just removes the part where you learn a language first.

01
Build your satellite

Select components from the library — structure, PC/104 board, gyro, IMU. The diagram is the spacecraft.
02
Drag and drop the logic

Put logical blocks together like Lego and tell the satellite exactly what to do, in order.
03
Create a simulation

One click builds a mission simulation and a telemetry screen you can customise.
04
Connect to hardware

Compile, run and iterate directly on real devices, locally or remotely, with an identification code.

The interface

Six panels, one workspace.

Connected components diagram with MA61C at the centre — Connected components — the satellite as a diagram.

Logic blocks in the Drag & Drop editor — Logical blocks, assembled like Lego.

Recorded telemetry view — Recorded telemetry, scrubbable.

Simulation controls — Simulate forward through the orbit.

Generated C++ code — Generated C++, ready to compile.

Connect to hardware dialog — Connect to hardware

Enterprise

Accounts, admins and users. Online or fully offline. Remote connection to hardware anywhere, so a classroom in one country can run a satellite on a bench in another.

Access

Built for teams, classrooms and curiosity.

Enterprise

Custom

Teams flying hardware

Drag & drop satellite programming
Power and orbit simulations
Intuitive telemetry view
Remote connect and run on hardware
Online and offline options
Manage accounts, admins and users

Talk to sales

STEM & universities

Education

Teaching and research

Component library
Block-based logic
C++ generation
Mission simulation
Telemetry view

Request access

Just for fun

Free tier

Learning by doing

Build a satellite
Drag logic blocks
Generate code
Run a simulation

Request access

Next step

Drag blocks. Generate flight code.

Assemble a program, then run it.

Build your satellite

Drag and drop the logic

Create a simulation

Connect to hardware

See it generate code for your stack.