[ Equipment ]

The gear behind the data.

Survey-grade airframes, LiDAR and photogrammetry payloads, and GNSS control — the exact stack we deploy on every mission.

Wingtra Ray Wingtra MAP61 Payload Wingtra LiDAR DJI Matrice 350 RTK DJI Zenmuse L2 LiDAR Camera DJI Zenmuse P1 Photogrammetry Camera DJI Matrice 4E Enterprise Emlid Reach RS3 GNSS Receiver

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Wingtra Ray

Flagship VTOL airframe

/1,360 ac / 550 ha per flight
/59 min endurance · 49 mph cruise
/RTK/PPK to 3 cm absolute
/Blue/Green UAS listed

The Wingtra Ray stands at the cutting edge of aerial surveying, engineered for those who demand relentless efficiency and uncompromising data quality — and it is by far our flagship drone. This VTOL powerhouse covers up to 1,360 acres (550 hectares) in a single 59-minute flight, thanks to its industry-leading 61MP full-frame camera and advanced RTK/PPK positioning that delivers absolute accuracy down to 3 centimeters. The Ray's tailsitter design means you get the best of both worlds: vertical takeoff and landing for tight sites, plus fixed-wing endurance and cruise speeds up to 49 mph. It's Blue/Green UAS listed, so it's government-approved for secure operations in 98% of U.S. airspace, and its integrated parachute system adds a layer of safety for regulatory compliance. Built to thrive in tough conditions, the Ray shrugs off sustained winds up to 27 mph and delivers photorealistic maps and dense 3D models in record time. From massive construction sites to complex municipal projects, the Ray is more than a drone — it's a fully integrated, end-to-end mapping solution.

Wingtra RAY MAP61 61MP full-frame mapping payload

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Wingtra MAP61 Payload

Photogrammetry payload

/61MP full-frame · 93° FOV
/2 cm horizontal / 4 cm vertical
/PPK — no ground control needed
/1,140 ac / 460 ha at 120 m

Why do we use the Wingtra MAP61 payload? It's all about delivering high-resolution 3D mapping and large-scale surveying results clients can actually trust and put to work. The MAP61's 61MP full-frame sensor and wide 93-degree field of view capture photorealistic detail and dense 3D point clouds in a single pass, which means less time in the field and faster data for you. With horizontal accuracy down to 2 centimeters and vertical accuracy to 4 centimeters — using PPK, with no need for ground control points — we deliver survey-grade results even on the most complex sites. The low-oblique configuration (17mm lens, 15° tilt) is perfect for urban environments, construction corridors, and land management, letting us map boundaries and features right up against buildings and trees. Every deliverable is ready for seamless CAD and GIS integration, whether it's mine modeling, urban planning, or digital twins for infrastructure.

Wingtra RAY LiDAR payload with rotating laser scanner

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Wingtra LiDAR

LiDAR payload

/Up to 660 pts/m² in high vegetation
/3 cm vertical accuracy at 90 m
/XT32M2X scanner + tactical-grade IMU
/Triple return · LAS/LAZ output

We choose the Wingtra LiDAR payload because our clients deserve the highest standard in geospatial data. This system lets us tackle the most demanding surveying projects with confidence, producing exceptionally dense point clouds up to 660 points per square meter in high vegetation while holding vertical accuracy as tight as 3 centimeters at 90 meters altitude. The XT32M2X rotating laser scanner, combined with a tactical-grade IMU, gives us the precision and reliability needed for hard-surface mapping, dense foliage, and complex urban environments. With each flight covering up to 930 acres (380 hectares), we complete large-scale surveys, corridor mapping, mine planning, and digital twin creation efficiently without sacrificing data quality. Triple-return capability captures every critical detail, while integrated GNSS with PPK support locks in survey-grade precision. All data is delivered in standard LAS and LAZ formats, ready for immediate CAD and GIS integration.

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DJI Matrice 350 RTK

Heavy-lift multirotor

/IP55 dust and rain resistant
/Multi-constellation GNSS
/Extended-life battery system
/Multi-payload capable

The DJI Matrice 350 RTK is built for tough jobs and designed to handle dust and rain, so it can fly in challenging weather. It uses several satellite systems to keep its position accurate and comes with a new long-lasting battery, making it efficient for long projects. With the ability to carry heavy equipment and a high-quality camera, this drone is perfect for capturing detailed images and data. Its capability to cover large areas quickly helps save both time and money, making it an essential tool for professional use.

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DJI Zenmuse L2 LiDAR Camera

LiDAR payload

/450 m detection range
/Multiple returns per pulse
/Real-time Point Cloud LiveView
/Matrice 350 / 300 series compatible

The DJI Zenmuse L2 LiDAR is a powerful tool designed to enhance aerial surveying and mapping, compatible with the DJI Matrice 350 and 300 series drones. This system offers remarkable precision and efficiency, enabling us to gather detailed data even under dense foliage and around complex structures. With a range of up to 450 meters, it captures multiple data points from a single pulse, making it ideal for comprehensive surveying projects. The Zenmuse L2 simplifies data collection with real-time Point Cloud LiveView and one-click processing, so the focus stays on insights rather than technical details.

DJI Zenmuse P1 full-frame photogrammetry camera

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DJI Zenmuse P1 Photogrammetry Camera

Photogrammetry payload

/45MP full-frame sensor
/Interchangeable lens system
/Global mechanical shutter
/Matrice 300/350 RTK compatible

The DJI Zenmuse P1 is a powerful camera designed for aerial photography and surveying. It features a 45-megapixel full-frame sensor, which allows for capturing highly detailed images from the sky. This camera is used with the DJI Matrice RTK airframes, making it ideal for mapping and surveying large areas with precision. Its interchangeable lens system adds versatility, enabling it to adapt to various mission needs and enhancing both efficiency and accuracy.

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DJI Matrice 4E Enterprise

Enterprise multirotor

/20MP 4/3-inch CMOS wide camera
/5-directional oblique imaging
/49 min flight · 15 s takeoff · 21 m/s
/Distortion Correction 2.0

The DJI Matrice 4E is engineered for advanced enterprise applications, offering a powerful blend of imaging versatility, speed, and reliability. This drone features a wide-angle camera with a 4/3-inch CMOS sensor and 20MP resolution, complemented by medium tele and telephoto cameras for multi-perspective data capture. With 5-directional oblique imaging and Distortion Correction 2.0, the 4E achieves millimeter-level mapping accuracy, making it ideal for precision surveying and inspection. It boasts a robust 49-minute maximum flight time, rapid 15-second takeoff, and top speeds up to 21 meters per second. Enhanced safety systems — anti-GNSS interference, built-in beacon, and obstacle avoidance — ensure dependable operation in complex environments.

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Emlid Reach RS3 GNSS Receiver

Survey GNSS base & rover

/Base and rover PPK workflow
/IMU tilt compensation
/All-day field battery life
/Utility and surface feature pickup

We rely exclusively on Emlid GNSS receivers to deliver the highest level of accuracy for our aerial mapping and surveying operations. Our Wingtra system uses a robust PPK workflow, which means both a high-performing base station and a rover are essential for locking in survey-grade precision. That's why we deploy the Emlid Reach RS3 both as our base and as a rover in the field. This advanced receiver captures exact locations of marked underground utilities as well as critical surface features like B boxes, manhole covers, fire hydrants, and other fixed infrastructure that matter to engineers and municipal planners. The RS3's tilt compensation ensures reliable measurements even when access is tight or surfaces are uneven, and its rugged build and long battery life keep us productive on long days in the field.

Need a specific sensor on your site?

Tell us the deliverable and we'll pair the right airframe and payload to it.