CubePilot

NW Blue is a trusted supplier of CubePilot autopilot hardware, navigation systems and UAV electronics, providing OEMs, systems integrators, researchers and unmanned systems developers with access to one of the industry’s leading open-source flight control ecosystems. Supporting projects ranging from commercial drones and robotics to advanced autonomous vehicle development, NW Blue combines high-quality CubePilot hardware with expert technical knowledge and responsive customer support.

Built around the widely adopted ArduPilot and PX4 open-source ecosystems, CubePilot products offer exceptional flexibility for creating tailored autonomous solutions. The modular platform enables developers to accelerate system integration while maintaining the freedom to customize hardware and software for specific mission requirements across UAVs, UGVs, USVs and UUVs.

NW Blue supplies a comprehensive range of CubePilot products, including Cube flight controllers, GNSS modules, optical navigation sensors, HD video transmission systems, carrier boards and accessories, allowing customers to build complete autonomous vehicle solutions from a proven and extensively supported ecosystem.

Cube Orange+ Open-Source Autopilot

Advanced flight controller for UAVs and autonomous vehicles

The Cube Orange+ is a high-performance open-source autopilot designed for professional unmanned systems operating across aerial, ground, surface and underwater platforms. Built around ARM Cortex M7 and M4 processors with a dedicated M3 failsafe co-processor, the compact flight controller features triple-redundant, temperature-controlled and vibration-isolated IMUs for exceptional reliability in demanding operating environments.

Compatible with both ArduPilot and PX4 firmware, Cube Orange+ supports a wide range of autonomous flight modes, including waypoint navigation, loiter, altitude hold and fully autonomous missions. Built-in flight logging, real-time telemetry and compatibility with Mission Planner and QGroundControl simplify vehicle development and operation.

The modular architecture allows integration with customized carrier boards and peripheral hardware, while configurable PWM outputs supporting both 3.3V and 5V signalling ensure broad compatibility with payloads and vehicle subsystems.

Selected carrier board options also provide integrated ADS-B capability via a uAvionix 1090 MHz receiver, enhancing situational awareness by enabling aircraft to detect nearby manned aviation traffic and support detect-and-avoid (DAA) operations.

More information: Cube Orange+ – Open-Source Autopilot

Herelink Blue HD Video Transmission System

U.S.-manufactured UAV controller, datalink and ground station

Designed and manufactured in collaboration between NW Blue and CubePilot, Herelink Blue combines HD video transmission, telemetry, remote control and ground control software within an integrated system. It is manufactured in the United States using U.S. and imported parts.

The system transmits video and control data over distances of up to 20 km with a maximum latency of 110 ms. It supports 720p at 30 fps and 1080p at 30 or 60 fps, with two HDMI inputs and high-performance eight-core S1 processors in both the air unit and controller for responsive video, telemetry and mission data processing.

Wi-Fi-based over-the-air updates streamline firmware maintenance, while support for custom OEM images enables manufacturers to tailor boot animations, system settings and Android applications to their platforms and operational requirements.

More information: Herelink Blue HD Video Transmission System

Here4 Multiband RTK GNSS

Dual-band RTK navigation with integrated flight control connectivity

The Here4 is a professional dual-band RTK GNSS module that delivers centimetre-level positioning for precision flight, mapping and autonomous vehicle applications. Multi-constellation support includes GPS, GLONASS, Galileo, BeiDou and QZSS, while advanced multi-frequency DGNSS processing enables rapid and reliable RTK fixes.

Built around a u-blox NEO-F9P L1/L5 receiver and STM32H757 dual-core processor, Here4 integrates an RM3100 magnetic compass and ICM42688 IMU. Eight PWM or BDShot outputs, RC input, hotshoe and camera-trigger connections combine navigation and control functionality in one compact unit, while DroneCAN FD and the open-source AP_Periph platform support fast data transfer, system expansion and customization.

More information: Here4 multiband RTK GNSS module

HerePro Multi-Band RTK GNSS Module

High-precision navigation for professional unmanned systems

HerePro is a professional multi-band, multi-constellation RTK GNSS module designed for high-accuracy navigation across UAVs and other autonomous platforms. Supporting GPS, GLONASS, Galileo, BeiDou and QZSS, it uses advanced DGNSS processing to achieve rapid RTK fixes and dependable centimetre-level positioning.

The module combines a u-blox ZED-F9P receiver with a high-performance STM32H753 dual-core processor, a purpose-designed Taoglas antenna supporting L1, L2 and E5 frequencies, and a built-in nine-axis IMU. CAN FD communications provide fast real-time data transfer, while a circular LED ring offers clear system status indication. A wide 6 to 40 V input range and USB-C power input up to 5 V at 3 A simplify integration into professional unmanned vehicle power architectures.

More information: HerePro Multi-Band RTK GNSS Module

Why Source CubePilot Solutions from NW Blue?

NW Blue combines a comprehensive portfolio of CubePilot autopilots, navigation systems and UAV electronics with the technical expertise to help customers build reliable autonomous platforms. Whether developing a new UAV, upgrading an existing vehicle or integrating advanced flight control technologies into ground or maritime robotics, NW Blue provides knowledgeable product guidance and responsive support throughout the development process.

As a trusted CubePilot distributor, NW Blue offers access to genuine hardware, complementary accessories and the latest product innovations, helping customers accelerate development while reducing integration risk. The company’s extensive experience with open-source flight control ecosystems enables OEMs, research organisations and systems integrators to confidently deploy scalable autonomous solutions for commercial, industrial and government applications.