Discover the world’s first modular lidar
With the multitude of possible projects with a drone-mounted lidar, it is certainly difficult to choose the right sensor! With Connectiv, no need to choose! Get only the modules you need! All modules can be purchased individually (cameras, IMU and lasers) and used with the Connectiv computer module depending on the evolving reality of your projects.
Lidar
Riegl VUX-120
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Compagnie
Riegl
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Longueur d'onde
near infrared
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Classification du laser
Class 1
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Champ de vision
100 degrees along track
10 degrees forward / nadir / 10 degrees backward
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Précision
5 mm
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Échos (retours)
up to 32
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Portée maximale du laser
720 m
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Impulsions par seconde
Up to 2 400 000 pulse / second
Riegl miniVUX-1
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Compagnie
Riegl
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Longueur d'onde
905 nm
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Classification du laser
Class 1
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Champ de vision
0 degrees along track / 360 degrees across track
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Précision
1 cm
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Échos (retours)
5
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Portée maximale du laser
330 m
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Impulsions par seconde
Up to 100 000 pulse / second
Riegl miniVUX-3
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Compagnie
Riegl
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Longueur d'onde
905 nm
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Classification du laser
Class 1
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Champ de vision
0 degrees along track / 360 degrees across track
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Précision
1 cm
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Échos (retours)
5
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Portée maximale du laser
330 m
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Impulsions par seconde
Up to 300 000 pulse / second
Hesai Pandar XT32-M2X
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Compagnie
Hesai
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Longueur d'onde
905 nm
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Classification du laser
Class 1
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Champ de vision
40.3 degrees along track / 360 degrees across track
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Précision
3 cm
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Échos (retours)
3
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Portée maximale du laser
300 m
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Impulsions par seconde
640 000 pulse / second
Hesai Pandar XT32
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Compagnie
Hesai
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Longueur d'onde
905 nm
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Classification du laser
Class 1
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Champ de vision
31 degrees along track / 360 degrees across track
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Précision
3 cm
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Échos (retours)
2
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Portée maximale du laser
300 m
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Impulsions par seconde
640 000 pulse / second
INS
Applanix APX-15
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Position (m)
0.02 – 0.05
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Vitesse (m/s)
0.015
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Roulis et tangage (deg)
0.025
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Cap vrai* (deg)
0.08
*Typical survey mission profile, max RMS error. Heading error will increase for low speed rotor applications and when hovering.
Applanix APX-20
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Position (m)
0.02 – 0.05
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Vitesse (m/s)
0.010
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Roulis et tangage (deg)
0.015
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Cap vrai* (deg)
0.035
*Typical survey mission profile, max RMS error. Heading error will increase for low speed rotor applications and when hovering.
Cameras
ADTI 24 mpx
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Champ de vision
With 16 mm lens : 72.5°
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Poids
122 g
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Taille du capteur
7.7 x 6.2 x 3.8 cm
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Nombre de pixels
24.3 mpx
Sony ILX-LR1
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Champ de vision
With 24 mm lens : 73.3°
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Poids
243 g
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Taille du capteur
100 × 74 × 42,5 mm
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Nombre de pixels
61 mp
Multispectral – 5 bands
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Champ de vision
49.6° horizontal
38.3° vertical
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Poids
315 g
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Taille du capteur
86.8 x 63 x 67.35 mm
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Longueur d'onde
Five multispectral bands at 1.6 MP each
- Blue (475 nm center, 32 nm bandwidth)
- Green (560 nm center, 27 nm bandwidth)
- Red (668 nm center, 14 nm bandwidth)
- Near infrared (842 nm center, 57 nm bandwidth)
Dual Multispectral – 10 bands
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Champ de vision
50° horizontal
38° vertical
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Poids
745 g
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Taille du capteur
132 × 88 × 96.7 mm
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Longueur d'onde
Ten multispectral bands at 1.6 MP each
- Coastal Blue (444 nm center, 28 nm bandwidth)
- Blue (475 nm center, 32 nm bandwidth)
- Green 1 (531 nm center, 14 nm bandwidth)
- Green 2 (560 nm center, 27 nm bandwidth)
- Red 1 (650 nm center, 16 nm bandwidth)
- Red 2 (668 nm center, 14 nm bandwidth)
- Red Edge 1 (705 nm center, 10 nm bandwidth)
- Red Edge 2 (717 nm center, 12 nm bandwidth)
- Near Infrared 1 (740 nm center, 18 nm bandwidth)
- Near Infrared 2 (842 nm center, 57 nm bandwidth)