ZeroOne OneASP L10D Airspeed Module, High Accuracy with up to 231km/h Airspeed Measurements

The ZeroOne OneASP L10D is a high accuracy airspeed measurement module designed for professional UAV autonomous control systems that demand reliable performance across wide speed and temperature ranges. Developed by ZeroOne, this module features a DLVR L10D sensor and integrates DroneCAN protocol communication with a CNC metal enclosure, offering robust signal stability and precise airspeed data even in harsh operating environments. In advanced unmanned aircraft applications, accurate airspeed sensing plays a critical role in flight safety, energy efficiency, and autonomous decision making. The OneASP L10D addresses these requirements by delivering airspeed measurements up to 231.8 km/h while maintaining low temperature drift and long term stability. Designed for Professional UAV Autonomous Control Systems The OneASP L10D is engineered specifically for UAV platforms that rely on autonomous control logic rather than manual piloting. By using the DroneCAN protocol, the module enables deterministic and low latency data transmission to the flight control system. This ensures that airspeed data is consistently available for closed loop control algorithms, including altitude hold, speed regulation, and energy management. As part of the broader Autonomous Control Systems ecosystem, this module fits naturally within complex UAV architectures that integrate multiple sensors and control nodes. You can explore the complete category of related systems through this dedicated Autonomous Control Systems selection, which highlights how airspeed sensing supports reliable autonomous operation. High Accuracy Airspeed Measurement up to 231.8 km/h One of the defining strengths of the ZeroOne OneASP L10D is its wide measurement range. Supporting airspeed values up to 231.8 km/h, the module is suitable for fixed wing UAVs, VTOL platforms during transition phases, and high speed multirotor aircraft operating in demanding mission profiles. The internal sensing architecture is optimized for high accuracy, allowing the autonomous control system to distinguish subtle changes in airflow. This level of precision is essential for applications such as: Automated takeoff and landing sequences Wind compensation during waypoint navigation Energy efficient cruise control Stall prevention logic in fixed wing and hybrid UAVs By delivering clean and stable airspeed data, the OneASP L10D enables flight controllers to make informed decisions in real time. Low Temperature Drift for Stable Long Term Performance Temperature variation is one of the most common sources of error in airspeed sensing. The OneASP L10D is designed with a low temperature drift characteristic, ensuring consistent measurement accuracy across changing environmental conditions. This feature is particularly valuable for UAV operations that involve altitude changes, early morning or night time flights, and missions in cold climates. Reduced temperature drift minimizes the need for frequent recalibration and improves overall system reliability. MotioNew engineers often recommend this module for long endurance missions where sensor stability directly impacts autonomous control accuracy and mission success. CNC Metal Case for Industrial Grade Durability The OneASP L10D features a CNC metal case that provides excellent mechanical protection and electromagnetic shielding. Compared to plastic enclosures, the metal housing improves resistance to vibration, impact, and electrical noise generated by propulsion systems. This rugged design makes the module suitable for integration into professional UAV platforms used in mapping, inspection, logistics, and research applications. The compact CNC enclosure also supports clean mechanical integration within airframes that require precise component placement. Seamless Integration with DroneCAN Based Systems DroneCAN protocol support allows the OneASP L10D to integrate smoothly with modern UAV avionics architectures. The standardized communication format simplifies wiring, device discovery, and system scalability. When combined with a compatible Flight controller system available within our Flight Controller product lineup the module can be rapidly deployed without custom protocol development. MotioNew technical teams assist customers in validating compatibility and optimizing parameter configuration to ensure stable data flow within the autonomous control stack. For hybrid aircraft designs such as VTOL drone platforms, reliable airspeed feedback during transition and cruise phases is essential. The OneASP L10D provides the consistency required for these complex flight modes. Practical Applications Across UAV Platforms Thanks to its combination of high speed capability, low temperature drift, and robust construction, the ZeroOne OneASP L10D is suitable for a wide range of UAV applications: Fixed wing UAVs requiring precise cruise speed regulation VTOL UAVs operating in autonomous transition modes High performance multirotor drones flying in windy conditions Research and development platforms testing advanced control algorithms The module is commonly deployed alongside navigation sensors, inertial measurement units, and power management systems to form a comprehensive autonomous control solution. MotioNew Technical Support and Integration Expertise MotioNew does more than supply hardware. Our engineers provide integration guidance, system level recommendations, and pre sales technical consultation to ensure that the OneASP L10D performs optimally within your UAV architecture. From wiring topology to DroneCAN configuration and environmental considerations, MotioNew supports customers throughout the deployment lifecycle. This technical backing is especially valuable for B2B buyers and procurement teams managing multi unit UAV projects. FAQs Is the ZeroOne OneASP L10D suitable for high speed autonomous UAVs? Yes. The ZeroOne OneASP L10D supports airspeed measurement up to 231.8 km/h and is designed specifically for autonomous control systems that require stable and accurate airflow data during high speed flight. How does low temperature drift benefit autonomous control performance? Low temperature drift ensures that airspeed readings remain consistent despite environmental temperature changes. This improves flight control accuracy, reduces calibration requirements, and enhances long duration mission reliability. Does MotioNew support bulk and wholesale purchasing for this module? MotioNew offers flexible pricing options for bulk and wholesale orders of the ZeroOne OneASP L10D. Procurement teams can benefit from volume pricing, professional documentation support, and coordinated delivery schedules. Can MotioNew assist with system integration and compatibility checks? Yes. MotioNew engineers provide technical support for system integration, including compatibility verification with flight controllers, DroneCAN network design, and deployment best practices for large scale UAV projects. Buy From MotioNew, and Leave The Technical Worries Behind