The S330’s 135-degree wide-angle lens covers a broad area, and owners report that using two cameras together can eliminate blind spots around driveways and entrances.
Across reviews, the E340’s roughly 130–135 degree wide lens and mounting positions cover most driveways and front yards from a single spot, often capturing both the immediate approach and some street activity.
Reviews highlight that the two camera system can cover an entire chosen area with 360 degree horizontal and 180 degree vertical views, offering a very wide field of view that reduces dead zones and blind spots around the home.
Each S4 Max camera lens provides a wide 122 degree field of view, and pairing the fixed and tracking lenses lets one unit monitor broad driveways or yards with fewer blind spots.
Reviews consistently praise the Argus 4 Pro’s true 180 degree horizontal field of view for covering broad areas that would normally need multiple cameras, noting that it shines on long driveways and wide yards even if its comparatively narrow vertical angle can miss activity very close beneath the unit or feel like overkill for modest spaces.
The S3 Pro’s 135 degree field of view gives broad coverage of driveways and yards while avoiding the heavy edge warping that some ultra wide lenses introduce, keeping the whole scene usable.
Reviews report that the Nest Cam’s 130-degree field of view comfortably covers a typical driveway, front door, and much of the front yard, providing broad coverage for most homes without needing multiple cameras.
With its 105 degree lens working together with the pan-tilt mechanism, the C660 can cover an entire patio or garden from a single mounting point, giving broad situational awareness over key areas even if its field of view is not as ultra-wide as some fixed-lens rivals.
The camera’s roughly 133 degree field of view is wide enough to cover most indoor rooms, porches or small yards with only mild edge distortion, though it is narrower than some ultra wide rivals so people needing the broadest coverage may want a different model.