Mission-critical avionics

Helios FMUFlight controller and mission computer in one package.

A sensor-redundant flight controller and a companion computer in a single, low SWAP-C unit. Native ArduPilot and PX4, triple IMUs, capable of running advanced algorithms such as VIO, ATR, tracking and more.

Native firmware support

100% NDAA compliant hardware

SkyPulse Helios FMU, three-quarter view, showing the INTERFACE and GPIO connectors, the micro-HDMI port and the red anodised heatsink
  • Interface · J3
  • GPIO
  • micro-HDMI
Mass
94 g
Input
6–36 V
Full load
~12 W
Firmware
PX4 + ArduPilot
Part number
SP-HEL-4G

Trusted, field-tested hardware for robotics

Boards, modules and kits, with part numbers, key specs and published prices. New SKUs join this grid as they are released.

SP-HEL-4G

SkyPulse Helios FMU

  • Triple redundant IMUs
  • 6–36 V direct input
  • PX4 + ArduPilot native
$850
SP-KIT-01

SkyPulse Evaluation Kit

  • 3-item stack
  • 6–36 V input
  • SSH on day one
$999
SP-GPS-01

SkyNav GNSS Module

  • L1+L5 multi-band GNSS
  • cm-level RTK (Pro)
  • 6-pin JST-GH, Pixhawk-standard pinout
$190
SP-BRK-01

SkyPulse Breakout Board

  • Gigabit Ethernet
  • USB 2.0 Type-C
  • Host / BOOT switch
$20

The Skypulse ecosystem

Autonomous by design

manufacturing
NDAA Compliant
The entire SkyPulse ecosystem is 100% NDAA compliant, so you can trust your hardware.
Modules
3 → 1
Helios integrates flight control, companion computer and voltage regulation all in one module, so you don't have to mess with wiring and mounting.
Tested hardware
TRL-9
With over 10,000 operational flight hours in harsh conditions, we deliver reliable & durable hardware for the most demanding robotics applications.
From the docs

Getting started with the companion computer

The companion computer runs Debian 12 (Bookworm) by default. The first connection is over Ethernet; after that you can add your own Wi-Fi credentials and SSH in wirelessly.

skypulse@helios Debian 12 · Bookworm
  1. Connect and power up

    Connect the supplied Ethernet adapter to the Interface connector, then power up the unit.

  2. Join the subnet

    Give your computer a static IPv4 address on the 192.168.168.X network. The Helios answers on 192.168.168.33.

  3. SSH into the companion computer

    Default credentials are listed in the getting-started guide.

    ssh skypulse@192.168.168.33
  4. Check the flight-controller link

    The flight controller talks to the computer on SERIAL3 (UART4), seen as /dev/ttyAMA0. Set SERIAL3_PROTOCOL to MAVLink2 and SERIAL3_BAUD to 921600, install PySerial, PyMavlink, MAVProxy and Future, then run:

    ~/.local/bin/mavproxy.py --master=/dev/ttyAMA0 --baudrate=921600
    MAV> Detected vehicle 1:1 on link 0