The SLEIPNIR Flight Controller MK2.0 is shipping today. Compute, power, and accelerator modules — the rest of the same stackable library — are coming soon, across air, surface, and subsea platforms.
Any team can field a capable robotic system without rebuilding its autonomy foundation from scratch.
Nothing is rebuilt per platform — the module set is identical across domains. The Flight Controller ships now; the rest of the stack is on the way.
SLEIPNIR Flight Controller MK2.0 — Arm Cortex-M7 (STM32F765, 216 MHz) with a triple-redundant IMU, onboard magnetometer and barometer, and native ArduPilot (fmuv5) compatibility. Stacks directly onto the SLEIPNIR motherboard, Ethernet switch module, or another flight controller.
Order now →Custom Raspberry Pi–based compute board for onboard processing and sensor fusion.
Custom power distribution and regulation board, sized to the platform's battery and motor load.
A discrete accelerator board that pairs with the compute module when a platform needs more onboard inference headroom. Sold separately, not required.
SLEIPNIR Flight Controller MK2.0 is our first commercially available product. Pricing, lead time, and MOQ are quoted per order — tell us what you need and we'll follow up.
DS-SLP-FC-MK2.0 · Hardware Rev 1
Pricing, lead time, and MOQ are quoted per order.
Compute Module, Power Electronics, and the Accelerator Module ship next. Leave your email and we'll notify you when each is available.
The three of us built the platform we wished existed — from PCB layout to guidance, navigation, and control.
Electrical Engineer (MSc DTU). Lead developer of MaRI, DTU CREA's modular marine vehicle. Former Lockheed Martin engineer and top 1% Aerostar Award recipient on the F-35 line. Leads company execution, PCB design, and vehicle architecture.
gustav@aesirelectronics.com
Postdoc at DTU Control, Robotics & Embodied AI (PhD DTU; Stanford ASL). Developed algorithms behind Rokoko's Smartsuit Pro and Propeller Control ApS, which demonstrated approximately 5% fuel savings at sea with Maersk. Leads autonomy, GNC, and system integration.
nicholas@aesirelectronics.com
Associate Professor and Head of the DTU Centre for Collaborative Autonomous Systems. Brings 15+ years of experience in resilient autonomous systems and 48 MDKK in competitive research funding as PI or Co-PI over the past 10 years. Leads technical direction and funding strategy.
roberto@aesirelectronics.com
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