Camera C5 & C30
AERIAL SURVEY CAMERAS
Product Features
The CHCNAV’s C5 and C30 are advanced cameras designed to provide high-quality imaging solutions for photogrammetric applications and to complement LiDAR survey data. The C5 orthographic camera system features a full-frame, fixed-focus camera with a larger sensor, allowing a larger area to be covered per photo, resulting in more detailed and accurate orthophotos. The low-distortion aerial survey lens built into the C5 camera increases the accuracy of survey to deliver reliable results. The C30 is a professional, high- performance, lightweight oblique photogrammetry system developed by CHCNAV. Its advanced design allows it to capture clear and accurate oblique photos.The C5 and C30 cameras are compatible with CHCNAV’s BB4 mini and P330 Pro UAVs, the DJI M300 RTK, and other fixed-wing and rotor UAV platforms, providing a high degree of flexibility and versatility in installation. They can also be mounted directly on CHCNAV’s AlphaUni series LiDARs.
- Ready for 3rd party UAVs
- Independent storage
- Connected HW + SW
- Industrial camera
Camera C5 & C30
Features Camera C5 & C30
All-in-one solution for aerial surveying The C5 and C30 cameras give maximum flexibility for photogrammetric applications. They can be used independently on RTK-enabled drones to capture high-resolution imagery or installed directly on the CHCNAV's LiDAR series to colorize point cloud data.
Field-to-finish turnkey solution The CHCNAV's comprehensive portfolio of LiDAR and aerial camera solutions enable users to develop their geomatics services further.
Keep data secure and easily accessible Specific high-speed data transfer options are available from the C5 and C30 cameras to ensure efficient and reliable access to your data. The C5 camera features 256 GB internal memory with a transfer rate of up to 80 Mb/s via a USB-C connection.
Optimal setup without weighing down the UAV The C5 camera is a highly efficient and lightweight system for aerial surveys, weighing only about 290 grams for increased flight endurance. Its compact size of 75 x 63.5 x 102.5 mm allows easy integration into UAVs.
Easy integration into existing UAV platforms. The C5 and C30 cameras' design makes them compatible with a wide range of fixed-wing and rotor UAVs. Both cameras are supported by the CHCNAV’s BB4 Mini and P330 Pro drones, as well as the DJI’s M300 RTK. The Alphaport allows the C5 and C30 to be easily mounted into various UAVs.
Fast and easy installation Aplhaport provides a speedy and secure way to install and disconnect cameras to and from UAVs without additional tools or complicated procedures.
Camera C5 & C30
The CHCNAV's C5 and C30 are advanced cameras designed to provide high-quality imaging solutions for photogrammetric applications and to complement LiDAR survey data.
Detail Parameters
more detail about Camera C5 & C30 parameters
Shutter life
200000 times exposures
Sensor size
36 x 24 mm
Pixel size
4.4 μ
Num. of lenses
1
Focal length
35 mm
FOV(°)
54.3 x 37.8
Effective pixels
45 MP
Shutter speed
1/50~1/20000
Data copy speed
80 Mb/s
Data storage
Internal Storage Module 256 Gb
Size (L x W x H)
75 x 63.5 x 102.5 mm (2.95" x 2.50" x 4.04")
Weight
290 g ± 5 g (10.23 oz ±0.18 oz)
Environment Operating: -20°C to +50°C (-4°F to +122°F)
Storage
-20°C to +60°C (-4°F to +140°F)
Power consumption
10 W
Voltage
12 - 27 V
Data process
CoPre (Copy + Aerotriangulation + DOM)
Shutter life
200.000 times exposures
Sensor size
23.5 x 15.7 mm
Pixel size
3.76 μ
Image size
6252 x 4168 px (3:2)
Num. of lenses
5
Focal length
25 mm / 35 mm
Angle of lens
45° / 90°
Effective pixels
130 MP (26 MP x 5)
Minimum interval
0.8 s
Shutter speed
1/50~1/20000
Aperture
F5.6
ISO
100~3200
Data copy speed
300 Mb/s
Data storage
External Unified Storage Module 640 Gb (128 Gb*5)
Size (L x W x H)
110 x 108 x 85 mm (4.33" x 4.25" x 3.35")
Weight
605 g (21.34 oz) with transfer interface
Environment Operating
-20°C to + 50°C (-4°F to +122°F)
Storage
-20°C to + 60°C (-4°F to +140°F)
Power consumption
25 W
Voltage
12 - 27 V
Data process
CoPre (Copy + Aerotriangulation + Modeling)