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IndyEye Specifications

Specification of the camera and the lens (After May 2026)

Category Specifications
Camera model NMV-CR01-LA
Lens CIL028
Resolution 1600 x 1200 pixels
Lens focal length 2.6 mm
FOV Horizontal 74°
Vertical 60°
Diagonal 87°
Frames Per Second 30 fps

Location detection repeatability with markers (standard deviation)

Warning

This data is for reference only, and accuracy may vary depending on local lighting conditions and lens focal length. The accuracy of detecting objects other than markers may vary significantly depending on the conditions.

With a Calibration sheet (24x16cm²)

Reference distance Error type X, Y Z
30 cm Positional error (mm) 0.007 0.035
Angular error (deg) 0.015 0.002
50 cm Positional error (mm) 0.025 0.085
Angular error (deg) 0.052 0.007

With a Tool marker (9x9cm²)

Reference distance Error type X, Y Z
30 cm Positional error (mm) 0.012 0.086
Angular error (deg) 0.195 0.022
50 cm Positional error (mm) 0.116 0.315
Angular error (deg) 0.553 0.023

Specification of the camera and the lens (Before May 2026)

Category Specifications
Camera model MV-CB013-A0UC-S
Lens FS0305A
Resolution 1280 x 1024 pixels
Lens focal length 3.37 mm
Sensor size 6.144 mm x 4.915 mm
FOV Horizontal 84°
Vertical 72°
Diagonal 98°
Frames Per Second USB2 BayerGB: 15 fps
BGR: 5 fps
USB3 (Optional installation) BayerGB: 88 fps
BGR: 47 fps

Note

  • ※ FOV can be changed by replacing the lens.
  • ※ Alternatively supported cameras: Hik, IDS, MindVision, TIS, Realsense (addable on request)

Location detection repeatability with markers

Warning

This data is for reference only, and accuracy may vary depending on local lighting conditions and lens focal length.

With a Calibration sheet (24x16cm²)

X, Y Z
Positional error (mm) 0.03 0.18
Angular error (deg) 0.07 0.01

With a Tool marker (9x9cm²)

X, Y Z
Positional error (mm) 0.12 0.30
Angular error (deg) 1.00 0.17

Note

  • ※ Measured at a distance of 50cm.
  • ※ The detection of objects other than markers may vary depending on the situation, and the accuracy of detection is not guaranteed.