Capture with your fisheye or super fisheye lens and then convert to normal "rectilinear" projection for output, eliminating the need to watch curved images.

Convert your 360 panoramic VR video to normal 2D, with options to edit and animate your point of view within the LatLong video.

Convert super fisheye to a 360 panoramic VR video in a single step without the need for stitching software.

Simply press "Track" and the footage is analyzed without the need for a complicated workflow. Works directly on your 360 VR and fisheye footage with no need for projection onto cube faces, or managing tracking points manually.

RE:Lens tracks and stabilizes global camera orientations, which is needed when working with 360 VR and fisheye video. Track once and optionally modify the stabilization profile to your liking.

Paint or add motion graphics, titles, 3D material to your LatLong, fisheye and other non-rectilinear material easily: Convert to normal 2D, add motion graphics or 3D animation, then project back to your source format.

Create ultra-wide aspect ratio videos from fisheye and wide-angle field-of-view lenses, maintaining a larger undistorted FOV than you can with any normal range lens.

RE:Lens handles rectilinear, latitude longitude (equirectangular 360 panoramic VR), fisheye, super fisheye, super wide-angle zoom, little planet, mirror ball and parabolic lens-mirror projection formats.

Option to automatically soften or sharpen adaptively (depending on how the projection squeezed or stretched that section of the image).

Proper perspective correction controls for wide-angle lenses.

Handles normal pincushion and barrel corrections for super wide-angle, often at extremes of zoom lenses.

Option to reduce over-stretched corners (unflatten) when generating super wide field-of-view outputs.

Use super high-res 360 stock panoramas, or capture your own, and animate a virtual camera move within them.

Attenuates chromatic distortions and fringing that can occur with curved lenses.

Dedicated support for exotic mirror-based systems such as parabolic lens-mirrors and mirror balls.

Convert 180 or 360 to fisheye for dome projection. Full fisheye to fisheye transform chain with FOV control.

Undistortion controls to better define shape of non-equidistant fisheye lenses.

This product is GPU accelerated. Read more.