Drone mapping cameras and sensors

One drone, six swappable payloads. Wingtra’s drone mapping cameras and sensors cover high-quality RGB, LIDAR and multispectral capture across a wide range of mapping and surveying tasks
WingtraRAY sensors for wide surveying and mapping use cases: RGB photogrammetry, LIDAR and multispectral

RGB

Orthomosaics
3D models
Point clouds
Digital surface models

WingtraRAY’s RGB drone mapping cameras integrate high-end Sony sensors with up to 61 MP resolution.

WingtraRAY’s RGB drone mapping cameras integrate high-end Sony sensors with up to 61 MP resolution.

Metric
Imperial
MAP61
Most efficient and best 3D capabilities
SURVEY61
Highest quality photogrammetry with survey-grade accuracy
INSPECT
Milimeter-resolution inspections
SURVEY24
The affordable mapping and surveying solution
Sensor
MAP61
61
MP
Full-frame sensor, wide-angle lens (17 mm), low oblique configuration
SURVEY61
61
MP
Full-frame sensor, low-distortion lens (35 mm), nadir configuration
INSPECT
61
MP
Full-frame sensor, tele lens (85 mm), nadir configuration
SURVEY24
24
MP
APS-C sensor, low-distortion lens (20 mm), nadir configuration
Lowest possible GSD
MAP61
1.2
cm/px
at 54 m altitude
SURVEY61
0.5
cm/px
at 46 m altitude
INSPECT
0.25
cm/px
at 60 m
SURVEY24
1.2
cm/px
at 61 m
Absolute accuracy (RMS x, y, z) with PPK
MAP61
3
cm
With GCPs 1
6
cm
Without GCPs 2
SURVEY61
3
cm
With or without GCPs 1, 2
INSPECT
3
cm
With GCPs 1
6
cm
Without GCPs 2
SURVEY24
3
cm
With GCPs 1
6
cm
Without GCPs 2
Max coverage at 120 m
MAP61
550
ha
SURVEY61
270
ha
INSPECT
80
ha
SURVEY24
330
ha

1 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in the Wingtra software. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.

2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in Wingtra software. Accuracy assessed on independent checkpoints.

MAP61
Most efficient and best 3D capabilities
SURVEY61
Highest quality photogrammetry with survey-grade accuracy
INSPECT
Milimeter-resolution inspections
SURVEY24
The affordable mapping and surveying solution
Sensor
MAP61
61
MP
Full-frame sensor, wide-angle lens (17 mm), low oblique configuration
SURVEY61
61
MP
Full-frame sensor, low-distortion lens (35 mm), nadir configuration
INSPECT
61
MP
Full-frame sensor, tele lens (85 mm), nadir configuration
SURVEY24
24
MP
APS-C sensor, low-distortion lens (20 mm), nadir configuration
Lowest possible GSD
MAP61
0.47
in/px
at 180 ft altitude
SURVEY61
0.2
in/px
at 150 ft altitude
INSPECT
0.1
in/px
at 200 ft
SURVEY24
0.47
in/px
at 200 ft
Absolute accuracy (RMS x, y, z) with PPK
MAP61
0.1
ft
With GCPs 1
0.2
ft
Without GCPs 2
SURVEY61
0.1
ft
With or without GCPs 1, 2
INSPECT
0.1
ft
With GCPs 1
0.2
ft
Without GCPs 2
SURVEY24
0.1
ft
With GCPs 1
0.2
ft
Without GCPs 2
Max coverage at 120 m
MAP61
1360
ac
SURVEY61
670
ac
INSPECT
200
ac
SURVEY24
820
ac

1 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in the Wingtra software. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.

2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km, and processing in in the Wingtra software. Accuracy assessed on independent checkpoints.

LIDAR

Point clouds
Digital terrain models
The Wingtra LIDAR drone sensor is built for surveyors and geospatial teams that need accurate terrain data, efficient fieldwork, and a simpler path from capture to deliverables.
The Wingtra LIDAR drone sensor is built for surveyors and geospatial teams that need accurate terrain data, efficient fieldwork, and a simpler path from capture to deliverables.
Metric
Imperial
LIDAR
Easy-to-use, precise and efficient
Point density 1
110
pt/m2
Absolute accuracy (RMS x, y, z) with PPK 2
3
cm
Max coverage at 90 m (3)
460
ha

1 at 45 m AGL (single pass, single return)

2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.

3 Without PRS (Parachute Recovery System)

LIDAR
Easy-to-use, precise and efficient
Point density 1
11
pts/ft2
Absolute accuracy (RMS x, y, z) with PPK 2
0.1
ft
Max coverage at 300 ft (3)
1140
ac

1 at 150 ft AGL (single pass, single return)

2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.

3 Without PRS (Parachute Recovery System)

Multispectral

Index map (NDVI)
Chlorophyll map
NDRE, OSAVI, NIR, CIR
Weeds ½s
Digital surface models

WingtraRAY carries the MicaSense RedEdge-P, an industry-leading multispectral mapping camera. Five spectral bands plus a panchromatic sensor reveal plant health, species and land change that RGB imagery misses—for agriculture, forestry, environmental research and water management.

WingtraRAY carries the MicaSense RedEdge-P, an industry-leading multispectral mapping camera. Five spectral bands plus a panchromatic sensor reveal plant health, species and land change that RGB imagery misses—for agriculture, forestry, environmental research and water management.
Metric
Imperial
RedEdge-P
Multispectral insights
Sensor
5
multispectral sensors
(R, G, B, RE, NIR, 5.5 mm lenses) + panchromatic band, 10.3 mm lens, nadir configuration
GSD down to 1
4
cm/px
Absolute accuracy (RMS x, y, z) with PPK 2
6
cm
Max coverage at 120 m (3)
180
ha

1 at 120 m AGL

2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.

3 side overlap 70%

RedEdge-P
Multispectral insights
Sensor
5
multispectral sensors
(R, G, B, RE, NIR, 5.5 mm lenses) + panchromatic band, 10.3 mm lens, nadir configuration
Lowest possible GSD 1
1.57
in/px
Absolute accuracy (RMS x, y, z) with PPK 2
0.2
ft
Max coverage at 400 ft (3)
440
ac

1 at 400 ft AGL

2 Achievable when following Wingtra’s recommended workflow: flying Wingtra drones with built-in GNSS PPK, using WingtraGROUND or a survey-grade base station within 10 km. Accuracy refers to independent checkpoints—based on three established GCPs—in processing.

3 side overlap 70%

Match each job with the right sensor

Filter by industry and application to see which sensor fits, from stockpile volumes and topographic surveys to crop health and crack detection. Or watch the video comparison before you decide.

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Shown results are based on outputs by Wingtra, either directly or through use in a third-party CAD, GIS, or analysis tools.

High quality, swappable and durable drone mapping cameras

Unwavering aerial image quality

Thanks to to its payload capacity, the WingtraRAY drone carry some of the highest quality sensors on the market.

Keep a lean fleet

Effortlessly switch between sensors, including high-resolution RGB cameras, multispectral cameras and LIDAR sensor, on the same drone platform.

vertical landing drone

Protected from landing shock

Thanks to the smooth vertical landing, your high-quality sensors are always protected, even in rough environments, ensuring a longer lifespan.

Talk to our team
WingtraRAY professional high-accuracy, high-resolution mapping and surveying drone
Contact Wingtra or a local distributor. Our experts can:
WingtraRAY professional high-accuracy, high-resolution mapping and surveying drone

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