Makerfire UTMSYS XD450-BS Scientific Research UAV - Base Version

Makerfire UTMSYS XD450-BS Scientific Research UAV – Base Version The Makerfire UTMSYS XD450-BS is a standardized intelligent UAV platform designed for university teaching, entry-level scientific research, UAV algorithm verification, and basic outdoor autonomous flight development. Powered by the USX52 Edge Computing Flight Controller with 10 TOPS AI computing power, the XD450-BS provides a stable and open platform for onboard program deployment, basic vision algorithms, flight control development, and UAV teaching applications. With GPS positioning, image/data transmission, a 3-axis stabilized camera gimbal, and modular expansion capability, the XD450-BS is an ideal professional entry-level research UAV for laboratories, classrooms, developers, and lightweight scientific research projects. Key Features 10 TOPS Edge Computing Flight Controller The XD450-BS uses the USX52 edge computing flight controller as its core control and computing unit. With 10 TOPS computing power, it supports basic onboard algorithm deployment and UAV development tasks, including: Autonomous flight testingBasic vision algorithmsObject detection experimentsFlight control developmentPath planning verificationTeaching and training programs Its open architecture makes it easier for students, researchers, and developers to start UAV development without complex system modifications. GPS Positioning for Outdoor Flight Equipped with a GPS helical antenna, the XD450-BS supports stable satellite positioning in open outdoor environments. It can perform reliable basic flight functions such as: Stable hoveringAutonomous route flightOutdoor flight trainingBasic aerial surveyingPosition-based flight testing This makes it suitable for entry-level research and teaching scenarios where stable outdoor positioning is required. Stable Image Capture with 3-Axis Gimbal The aircraft comes standard with a 3-axis stabilized single-camera gimbal, helping reduce vibration and maintain stable image capture during flight. It provides clear and reliable visual data for: Visual algorithm trainingScene analysisTeaching demonstrationsOutdoor recordingBasic data acquisition Reliable Power and Flight Performance The XD450-BS is equipped with 2214 brushless motors and 10-inch propellers, providing smooth power output and stable flight performance. Combined with the USB10 smart battery, USE10 ESC, and reinforced landing gear, the platform offers reliable flight endurance and improved durability for repeated teaching and testing use. Image and Data Transmission Link The USL30 image/data transmission link enables real-time transmission of flight data and video signals with low latency. This allows users to monitor flight status, view image feedback, and collect experiment data more efficiently during outdoor testing and training missions. Durable Structure for Teaching and Training The reinforced landing gear and high-brightness navigation lights improve takeoff and landing safety, especially in training environments. This design helps reduce wear during repeated flights and improves visibility in low-light conditions. Flexible Modular Expansion The fuselage includes a reserved top expansion bracket, allowing users to install additional sensors, payloads, or functional modules based on project needs. This gives the XD450-BS a longer usage cycle, allowing it to grow from basic teaching applications to more advanced UAV development projects. Recommended Applications University UAV teachingFlight control trainingIntroductory UAV researchBasic autonomous flight developmentOutdoor flight path testingVisual algorithm verificationBasic aerial surveyingLaboratory UAV platform constructionLow-cost scientific research projectsDeveloper training and testing Specifications Item Specification Model XD450-BS Base Version Wheelbase 450 mm Motor 2214 × 4 Propeller 10-inch × 4 Smart Battery USB10 ESC USE10 Edge Computing Flight Controller USX52 GPS Helical Antenna Onboard Switch USS10 Power Supply Module USP30 Image/Data Transmission Link USL30 Gimbal 3-Axis Single-Camera Gimbal Flight Time Approx. 20 minutes Dimensions 350 × 350 × 274 mm Weight 2.2 kg Operating Temperature -20°C to 70°C