Navigating the Airvolute Ecosystem: Choosing the Right Autopilot Architecture for Your Drone Program

Navigating the Airvolute Ecosystem: Choosing the Right Autopilot Architecture for Your Drone Program

In the rapidly evolving landscape of unmanned aircraft systems (UAS), selecting the right electronic architecture is a critical pivot point between a successful deployment and a costly redesign. For defense contractors and major drone developers, the dilemma rarely centers around finding a simple flight controller; rather, it’s about finding the optimal balance between high-performance edge computing, physical modularity, cost, and weight constraint.

At Airvolute, we have built a unified hardware and software ecosystem designed to scale. Powered by our multi-layered DroneCore.OS, our lineup ranges from tightly integrated, budget-friendly single-board computers to ruggedized, modular architectures built to withstand the harshest electronic and physical environments.

This guide outlines our core variants and board combinations to help you determine which architecture is optimized for your specific airframe and mission requirements.

1. The Entry Point: DroneCore JERBOA

Optimized for: Low-cost, high-volume production, micro/mini UAVs, and tactical FPV airframes.

The Architecture: The Jerboa is a compact addition to our portfolio, engineered specifically to lower the barrier to entry without sacrificing edge-AI performance. Unlike our modular setups, Jerboa unifies real-time flight control and high-performance computing onto a single, compact PCB. It pairs an STM32H7-based, onboard-only Flight Management Unit (FMU) directly with an NVIDIA Jetson Orin NX (16GB) module.

Why Choose It?

• Cost-Efficiency & FPV Legacy Integration: Eliminating multi-board interconnects lowers manufacturing costs, making it ideal for high-volume tactical deployments. In fact, due to its efficiency and streamlined form factor, Jerboa has completely replaced our legacy DCS 2 Pro FPV Kit, consolidating low-latency AI tracking and tactical flight control into a more affordable single-board system.
• SWaP-C Optimization: Operating on a 36V supply voltage with external ESCs, it reduces weight and footprint. It fits perfectly into tightly packed mini drone frames where every gram compromises flight time.
• Edge Intelligence: Despite its streamlined positioning, it still delivers massive computational power via the Jetson Orin NX to run object detection, tracking, and basic GPS-denied navigation.

2. The Modular Powerhouses: The DCS 2 (DroneCore Suite 2) Architecture

For enterprise and defense projects demanding extreme resilience, redundancy, and future-proof flexibility, our DroneCore Suite 2 (DCS 2) variants are the standard. Built around a core Pilot Board paired with an Expansion Board, the DCS 2 splits the system into a robust, modular matrix.

Unlike the single-board Jerboa, all DCS 2 variants feature a redundant power tree, redundancy for critical components, optimized electromagnetic compatibility (EMC), and support for standard external cubes (such as the Cube Orange+/Blue/Red) or v6X systems alongside an onboard FMU.

Depending on your airframe and connectivity needs, the DCS 2 architecture can be deployed in three distinct configurations:

Option A: DCS 2 Default Kit

Optimized for: Multi-mission quadcopters, hexacopters, and rapid commercial prototyping.

The Setup: DCS 2 Pilot Board + Default Expansion Board + Jetson Orin NX 16GB. The Advantage: This is our most versatile configuration for standard unmanned builds. It natively supports up to a 60V supply voltage and relies on external Electronic Speed Controllers (ESCs). It gives engineering teams a reliable, standardized foundation to rapidly prototype a drone, test flight characteristics, and deploy proprietary software layers using DroneCore.OS.

Option B: DCS 2 Pro VTOL Kit

Optimized for: Long-endurance fixed-wings, heavy-lift platforms, and tactical VTOL (Vertical Take-Off and Landing) aircraft.

The Setup: DCS 2 Pilot Board + VTOL Expansion Board + Jetson Orin NX 16GB. The Advantage: Industrial and defense VTOLs operate under grueling conditions, requiring immense power overhead and specific peripheral control. This combo features a ruggedized 100V power architecture capable of handling heavy-duty motor surges. Unique to this kit, it includes an integrated regulator for servo connections and an optimized layout for tail and wing connectivity, making it the definitive choice for transition-flight mechanics.

Option C: DCS 2 Copter Kit

Optimized for: Highly integrated industrial multicopters, clean custom frames, and streamlined multirotors.

The Setup: DCS 2 Pilot Board + Copter Expansion Board + Jetson Orin NX 16GB. The Advantage: The Copter Kit is specifically engineered to simplify multirotor wiring and reduce internal airframe clutter. Unlike the other DCS 2 variants that depend entirely on external hardware, the Copter Kit features 4x Field-Oriented Control (FOC) ESCs integrated directly onto the board. This tightly coupled integration gives developers the modular robustness, redundancy, and EMC optimization of the DCS 2 family, while drastically shrinking assembly time and maximizing internal space inside quadcopter airframes.

Summary: Which Architecture Fits Your Mission?

• Choose DroneCore JERBOA if you need a lightweight, low-cost, all-in-one AI flight computer for a compact airframe or a budget-conscious tactical fleet.
• Choose DCS 2 (Default Kit) if you need an ultra-reliable, modular platform to prototype or power a standard commercial drone fleet utilizing external ESCs.
• Choose DCS 2 (Pro VTOL Kit) if you are building heavy-lift or long-range fixed-wing/VTOL platforms requiring up to 100V power management, integrated servo regulators, and dedicated wing/tail IO.
• Choose DCS 2 (Copter Kit) if you are designing a sleek industrial multicopter and want to capitalize on a clean build with 4x integrated FOC ESCs without sacrificing DCS 2’s signature hardware redundancy.

By unifying all of these hardware options under DroneCore.OS, your software engineering remains consistent. Code written for a Jerboa prototype can scale seamlessly into a production-ready DCS 2 system—allowing your company to pivot rapidly across airframes without rewriting your core autonomy stack.