March 2026 focused on strengthening power-management reliability in UAV hardware through targeted firmware calibration and production-ready changes. Delivered a critical bug fix that calibrates the battery shunt, correcting power measurement inaccuracies and enabling robust power budgeting for the UAV production module. The work aligns with production requirements for UAV-DEV GmbH Powermodule and includes AP_HAL_ChibiOS adjustments for production readiness. Overall, this enhances system reliability, reduces power-related anomalies, and supports mission endurance through precise energy accounting. Skills demonstrated include embedded firmware calibration, HAL integration (AP_HAL_ChibiOS), hardware-module provisioning, and cross-team collaboration with production partners.

January 2026 monthly summary for ArduPilot/ardupilot: Delivered enhanced hardware support by extending the AP_Bootloader to include UAV-DEV GmbH board types, improving compatibility and onboarding for UAV hardware in production and field deployments. This work strengthens the hardware ecosystem and reduces integration time for new UAV configurations, aligning with the roadmap to support a broader set of devices.

2025-10: ArduPilot/ardupilot focused on reliability and hardware integration. Delivered a critical bug fix to set the default airspeed sensor type from 18 to 17 on the UAV development board uav-dev-auav-g4, ensuring compatibility and expected performance for airspeed sensor integration. The change reduces misconfigurations during development and supports smoother hardware-in-the-loop validation.

August 2025: Delivered critical AUAV bootloader enhancements for the peterbarker/ardupilot repo, focusing on sensor reset capability and centralized power/reset control. By merging two commits, the changes improve boot reliability, enable safer sensor resets, and simplify field maintenance. No major bugs fixed this month; the emphasis was on stabilizing the boot sequence, documenting the feature, and laying groundwork for robust diagnostics. The work strengthens UAV hardware reliability and demonstrates strong embedded development and cross-functional collaboration.

June 2025 monthly delivery focused on hardware compatibility with the AUAV-G4 platform by enabling a new AP_Bootloader hardware identifier (AP_HW_UAV-DEV-AUAV-G4) and updating board_types.txt. This work ensures AUAV-G4 builds are correctly recognized and bootloader flows are aligned with the hardware roadmap, supporting safer deployment and faster onboarding of new hardware variants.

April 2025: Delivered foundational bootloader and HAL integration for UAV-DEV hardware in ArduPilot/ardupilot, enabling UM982 flight controllers and Powermodule, with hardware definitions, board identification, and firmware provisioning. This work improves device onboarding, hardware expansion, and deployment reliability for field operations.

March 2025 monthly summary for ArduPilot/ardupilot: Delivered GNSS M10S UAV-DEV support, including hardware definitions and bootloader integration for UAV-DEV GmbH M10S GNSS module; enabled CAN, GPS serial port definitions, compass integration, and bootloader binaries for initialization and control of the GNSS module. This work reduces integration time and increases GNSS reliability for UAV deployments.

Concise monthly summary for 2024-11: Key feature delivered was the bootloader enhancement that adds support for PWM, AUAV-H7, and FC-H7 boards by introducing new UAV-DEV GmbH board IDs in AP_Bootloader. No major bugs fixed this month. Overall impact includes expanded hardware compatibility and faster onboarding for UAV-DEV hardware, enabling customers to deploy a wider range of boards with ArduPilot and reducing integration time. Technologies/skills demonstrated include firmware bootloader development in C/C++, hardware bring-up, board ID management, and strong commit hygiene with traceability to the specific change.

Concise monthly summary for ArduPilot/ardupilot (2024-10): Implemented hardware ID provisioning for TM IT-Systemhaus within the bootloader, enabling scalable support for future TM hardware and ensuring unique identification across devices.

AUAV Airspeed integration with AP_HAL_ChibiOS: bootloader and hardware definitions delivered for UAV-DEV GmbH AUAV Airspeed. Includes a bootloader (commit 00aa8ca8c19077526350e15b144fc1eba7f698f6) and AP_HAL_ChibiOS AUAV Airspeedsensor integration (commit 363231d829e8181f0782de158c119277161cabb3). This work enables end-to-end Airspeed support and broader hardware compatibility, reducing integration time for UAV developers and expanding the supported hardware ecosystem. No major bugs fixed in this period; focus was on feature delivery and integration.