At #Datapoint, we’re always looking at projects from every angle, literally. Our #UAS team uses drone technology to capture detailed aerial data that supports engineering, surveying, and mapping projects of all sizes. From topographic mapping to construction monitoring, our drone services deliver accurate, real-time insights that drive smarter decisions. Captured right above our #Datapoint office, proof that great perspectives start at home. Interested in seeing how drone data can elevate your next project? Let’s connect.

Excited to share this insightful article from Robota on how Ground Control Points (GCPs) are used in drone mapping and why they’re crucial for precision! Learn how GCPs enhance accuracy in aerial surveys and mapping projects. Check it out! https://bit.ly/4pTLfyK #DroneMapping #GCPs #AerialSurvey #GeospatialTech #PrecisionMapping

T-STAR drone swarm: faster, safer, smarter coordination Durham University’s T-STAR (Time-Optimal Swarm Trajectory Planning) shows swarms can re-plan in milliseconds, avoid collisions without breaking formation, and keep tempo high in cluttered airspace. Early lab/sim results report smoother paths, higher average speeds, and fewer re-plans than flocking or leader–follower methods. Read the full breakdown: 👉 https://lnkd.in/dJDETxWZ

What to read about the future of infrastructure inspection. At RAVAN AIR, we're leveraging drone technology to go where humans can't, ensuring the integrity of critical structures like the hydroelectric penstock in Columbus, Nebraska. Our latest project involved deploying the Flyability Elios 3 drone, equipped with LiDAR, to navigate and map a 326 foot long penstock. This approach not only enhances safety by eliminating the need for hazardous confined space entry but also delivers exceptionally detailed data, creating a precise 3D point cloud for thorough analysis. This is more than just an inspection; it's a testament to how innovation is redefining the standards of safety and efficiency in maintaining our energy infrastructure. Read more here: https://ow.ly/HjsQ50X8KgJ #Infrastructure #DroneTechnology #LiDAR #Innovation #Safety #Efficiency #Hydroelectric #Energy #RAVANAIR #PenstockInspection

Capturing every detail from above, the Matrice 4E is built for precision mapping. This video shows our team in action as the drone carries out an orthomosaic survey mission over a housing development site. By combining RTK accuracy with high-resolution aerial imaging, we’re able to generate detailed, geo-referenced orthomosaics that provide valuable insights for site managers, planners, and construction teams. From monitoring site progress to ensuring accurate layouts, these datasets help reduce errors and speed up decision-making on the ground. Drone technology is enhancing construction data capture by offering new opportunities for greater safety, speed, and accuracy on site. #DroneMapping #Matrice4E #Orthomosaic #ConstructionInnovation #DigitalSurveying #HousingDevelopment

🚨Last chance to register 🚨 Your drone program's ROI isn't made in a spreadsheet—it's made in the field. Every minute wasted on inefficient flights or data cleanup is a direct hit to your budget. We're sharing our playbook for running a lean, effective survey program, starting with the "10-minute mission"—our sweet spot for balancing speed and site coverage. Learn how to: ▪️Dial in hardware settings for crisp, high-quality data ▪️Translate efficient data capture into direct cost savings ▪️Build a repeatable process that works for one drone or twenty Save your seat for tomorrow, September 30 📅 https://hubs.li/Q03JF9Y80 #dronesurveying #droneflightoptimization

Drone for Aerial Mapping #include <Wire.h> #include <Servo.h> // For ESC PWM signals #include "MPU6050.h" MPU6050 imu; Servo motorFL, motorFR, motorBL, motorBR; void setup() { Wire.begin(); imu.initialize(); motorFL.attach(3); motorFR.attach(5); motorBL.attach(6); motorBR.attach(9); Serial.begin(115200); } void loop() { int16_t ax, ay, az; imu.getAcceleration(&ax, &ay, &az); // Simple stabilization (placeholder) int baseSpeed = 1200; motorFL.writeMicroseconds(baseSpeed + ax/100); motorFR.writeMicroseconds(baseSpeed - ax/100); motorBL.writeMicroseconds(baseSpeed + ay/100); motorBR.writeMicroseconds(baseSpeed - ay/100); delay(20); }

The right tool for drone mapping projects 🗺️ With the DJI Matrice 4E, urban-proof operations are possible when used together with a D-RTK 3 station. Intelligent mapping workflows deliver efficient large-area surveys from takeoff to landing. The result? Faster, smarter mapping for complex environments. 🎬 COPTER TECH LTD. #djienterprise #matrice4e #droneMapping