Engineering the Future of Autonomous Flight
DROBOTICS designs and integrates intelligent drone, robotics, AI vision and autonomous navigation systems for universities, laboratories, enterprises and specialized projects.
DROBOTICSWhere aviation, robotics and software meet
We combine practical UAV engineering with deep software capability, allowing us to deliver complete systems rather than isolated hardware.
Flight & Robotics Engineering
Airframes, propulsion, flight controllers, sensors, communication links and payload integration.
Autonomy & AI
SLAM, navigation, target detection, tracking, inspection and edge computing.
Software Development
Web, mobile, backend, dashboards, APIs, cloud services and real-time data platforms.
Delivery & Support
System design, assembly, integration, testing, documentation, training and after-sales support.
DROBOTICSOpen drone platforms for learning and development
Teaching Platforms
Safe, modular quadcopters and hexacopters for flight control, programming and laboratory instruction.
Onboard Computing
Raspberry Pi and NVIDIA Jetson integration for Linux, ROS2, Python, MAVLink and AI development.
Sensor Integration
LiDAR, depth cameras, optical flow, RTK, rangefinders, gimbals and custom payload interfaces.
DROBOTICSFrom raw sensor data to autonomous movement
We build indoor and outdoor navigation stacks that connect perception, localization, planning and flight control.
Perception
LiDAR, IMU, camera, GPS and range sensor acquisition.
Localization
FAST-LIO, visual-inertial methods, RTK and sensor fusion.
Mapping
Real-time point clouds and indoor or outdoor environment maps.
Planning
Waypoint missions, obstacle-aware paths and task logic.
Control
MAVLink commands delivered safely through the flight controller.
DROBOTICSTurning aerial video into actionable intelligence
Object Detection & Tracking
YOLO-based detection, classification and target tracking on Jetson edge computers.
Inspection & Measurement
High-resolution image capture, defect recognition, infrastructure inspection and mission-based photo acquisition.
Precision Landing & Guidance
AprilTag, QR code, visual target and custom marker guidance for controlled landing and following.
Edge AI Deployment
Model optimization, local inference, video streaming, telemetry overlay and integration with web dashboards.
DROBOTICSA platform designed around the mission
Compact Platforms
Small indoor and outdoor systems for teaching, AI experiments and constrained environments.
Research Hexacopters
Greater redundancy, payload capacity and expansion space for LiDAR, cameras and custom modules.
Heavy-Lift Systems
Large multi-rotor platforms designed for payload transport, endurance and specialized equipment.
High-Altitude Adaptation
Motor, propeller, battery and control-system selection for reduced air density and demanding environments.
Payload Integration
Gimbals, cameras, LiDAR, delivery mechanisms, sensors, communication and mission payloads.
Rapid Prototyping
Mechanical design, carbon-fiber modification, 3D-printed mounts, wiring and iterative testing.
DROBOTICSOne connected system from aircraft to operator
Aircraft Layer
Pixhawk flight controller, onboard computer, payload sensors and communication equipment.
Communication Layer
Telemetry radios, Ethernet, Wi-Fi, digital video links, 4G/5G and custom network routing.
Ground Control
Mission Planner, QGroundControl, Rpanion, MAVProxy and multi-vehicle monitoring.
Custom Applications
Web dashboards, mobile apps, live video, maps, telemetry visualization and cloud integration.
DROBOTICS + dbestechMore than a drone company
Through dbestech.com, we bring over a decade of software product experience into every robotics project.
Web & Backend
Scalable APIs, dashboards, user management, data processing and cloud-connected systems.
Mobile Applications
Cross-platform applications for operators, customers, field teams and connected devices.
Business Systems
ERP, inventory, GPS fleet management, e-commerce and operational data platforms.
DROBOTICSA clear path from concept to working system
Requirement Study
Mission, environment, payload, budget and performance targets.
System Design
Airframe, power, avionics, sensors, compute and software architecture.
Integration
Assembly, wiring, firmware, network, ROS and application deployment.
Testing
Bench tests, flight tests, tuning, reliability checks and iteration.
Handover
Training, documentation, source delivery and continued support.
Flexible Engagement
Hardware-only, integration services, software development or complete turnkey delivery depending on project needs.
Built for Secondary Development
Open interfaces, clear architecture and modular components allow customers to continue research and customization.
DROBOTICSPractical engineering with a software-first mindset
Complete System Capability
Mechanical, electrical, flight-control, networking, AI and software integration under one project team.
Open & Customizable
We prefer open ecosystems and modular designs that support research, upgrades and future expansion.
Engineering Transparency
We explain feasibility, limitations and development stages clearly instead of hiding them behind marketing language.
Long-Term Partnership
From first prototype to later optimization, upgrades and new software functions, we stay involved.
Our goal is simple: build a system that is useful, understandable and ready for continued development.
Bring your next drone or robotics idea to life
From a university research platform to an AI inspection aircraft or a custom autonomous system, DROBOTICS can help design, build and integrate it.