The CommonLands CIL028-F24-M12IR is a high resolution, wide angle, low distortion, 2.8mm F/2.4 M12 S Mount Lens for 12MP+ M12 Cameras.

The CommonLands CIL028-F24-M12IR is a 2.8mm F/2.4 M12 S Mount Lens for and is pictured on the Pi HQ Camera.

The CommonLands CIL028-F24-M12IR is a 2.8mm F/2.4 M12 S Mount Lens for and is pictured mounted in the Pi HQ Camera.

Wide-Angle No-Distortion Lens for Drone Cameras

Drone 2.8mm M12 Lens

This 16MP low distortion wide angle 2.8mm miniature lens provides a 100 degree Horizontal Field of View. The overall system sharpness (SFR) is substantially greater than the off the shelf Pi HQ Camera lenses, resulting in an image which is comparable to leading drones. This is equivalent to a 15mm lens used on a 35mm full frame camera. This lens is compatible with the off-the-shelf Raspberry Pi HQ when using a M12-CS mount adapter.

World Wide Shipping

$39.00

LENS FEATURES

Wide Angle FoV

Create a camera with a wide Field of View of 100° horizontally.

16MP Resolution

Achieve SFR (system MTF) which exceeds the Pi HQ sensor, the Sony IMX477.

No Distortion

<2% distortion and wide angle FoV results in a normal appearing image.

Wide Angle 16MP zero distortion Raspberry Pi High Quality Camera Lens

Miniature Size

Achieve image quality comparable to (or better than) similar CS Mount lenses!

Specification Table

Lens Model #	CIL02.8-F2.4-M12IR
Resolution	16 megapixels
Sensor size	Up to 1/2.3" (IMX477 Compatible)
EFL	2.8mm Optical EFL 15mm Full-Frame Equivalent
Field of View	100° HFoV @ 6.2mm image circle
Distortion	<2% from rectilinear at corners
F/#	2.4 Fixed
Hyperfocal Distance	0.5m (IMX477)
Weight	7g
IR Cut Off Filter	Integrated
Construction	4G2P+IR Filter

Mechanical Drawing

Performance Benchmark

Objectively characterizing the performance of a camera requires dozens of different metrics. While all of these are looked at by professional camera engineers, many are unnecessary for hobbyist component selection when a predetermined image sensor issued. For entry level camera engineering sake, we recommend starting with four first order system performance metrics: sharpness, color, shading and field of view.