ποΈ Panorama Shot Planner
Frame count, rows, and overlap for seamless stitched panoramas.
Total frames to shoot
Add one spare frame at each end of every row. Lock exposure, focus, and white balance to manual before shooting.
How to Use This Planner
A failed panorama is almost always a planning failure: too few frames, gaps between rows, or exposure drift across the sweep. This planner removes the guesswork. Enter your focal length and sensor size so it knows your exact field of view, tell it how wide the scene is in degrees, set your overlap, and choose orientation and rows. Out comes a concrete shot list: frames per row, number of rows, total frames, and the angular step between shots.
Enter your focal length and sensor size. If you are unsure of your sensor dimensions, pick the closest standard size; small errors here barely change the plan.
Estimate the panorama width in degrees. A fist held at arm\'s length covers about 10 degrees; a full 180-degree view is half of everything around you. When in doubt, round up.
Set overlap to 25 percent (the default), pick portrait orientation for maximum quality, and choose rows: 1 for normal scenes, 2 or 3 for tall subjects like waterfalls or skylines.
In the field, rotate the camera by the step angle shown, shooting one frame per step, and add one spare frame past each end of the sweep. Overlap generously rather than skimping.
The Panorama Math, in Plain English
Every lens sees a fixed angular window, and the planner slices your desired panorama into steps of that window minus the overlap. The overlap is the shared strip between neighbors that stitching software uses to align frames; without enough of it, featureless areas like clear skies have nothing to match on and the stitch breaks. Twenty-five percent overlap means each step advances the camera by 75 percent of one frame\'s width, so a quarter of every frame reappears in the next.
Focal length dominates the result because field of view shrinks quickly as lenses get longer. On full frame, 24mm sees 74 degrees but 50mm sees only 40 degrees, nearly doubling the frame count for the same scene. Sensor size matters too: the same 35mm lens on APS-C behaves like a 52mm lens on full frame, covering a narrower window. Portrait orientation swaps the sensor\'s long side to vertical, which increases the vertical coverage per frame and is why portrait rows need fewer of them for tall scenes.
Worked Example
Full-frame camera, 35mm lens, 120-degree mountain vista, 25 percent overlap, portrait orientation, single row. In portrait orientation the frame\'s horizontal extent uses the sensor\'s 24 mm side: FOV = 2 x atan(24 / 70) = about 37.9 degrees. Each step advances 37.9 x 0.75 = 28.4 degrees. Frames = ceil(120 / 28.4) = 5 frames. Rotate about 28 degrees between shots, add a spare frame at each end, and you shoot 7 frames total.
Now make it a 2-row panorama of the same scene to include more sky and foreground. Vertical FOV in portrait uses the 36 mm side: 2 x atan(36 / 70) = about 54.4 degrees per frame, with 40.8-degree vertical steps. Two rows cover the height with generous overlap. Total frames = 5 x 2 = 10, plus spares. On a 24 MP camera the stitched result lands near 150 MP, printable several feet wide at high quality.
Practical Tips
Level the tripod head before you start, not after the first row. If the head tilts, every row drifts and the panorama comes out curved like a smile, forcing heavy cropping. A hot-shoe bubble level costs a few dollars and saves many panoramas. Overlap the rows vertically by the same 25 percent, and shoot rows bottom to top so the tripod head stays in its most stable position for the widest row.
Shoot the whole panorama quickly. Moving clouds, shifting light, and people walking through the frame create ghosts that even good software struggles with. If the light is changing fast, meter the brightest part of the scene and expose for it manually across all frames; you can lift shadows later, but blown highlights in one frame will never blend. For critical work, shoot each position twice as insurance against blinks, birds, and gusts of wind.
Frequently Asked Questions
How much overlap do panorama photos need?
Aim for 20 to 30 percent overlap between neighboring frames. Less than 15 percent and stitching software may fail to find matching points, especially in skies or other low-detail areas. More than 40 percent wastes frames and shooting time. This planner defaults to 25 percent, which stitches reliably in Lightroom, PTGui, and Photoshop.
Should I shoot panoramas in portrait or landscape orientation?
Portrait (vertical) orientation is usually better: each frame covers more vertical angle, so you need fewer rows, and the final panorama has more resolution and a taller aspect ratio. The trade-off is more frames per row. As a rule of thumb, portrait orientation gives a more useful final image for the same total frame count.
Why does focal length change the number of frames?
Longer lenses see a narrower angle, so each frame covers less of the scene and you need more of them. A 24mm lens on full frame covers about 74 degrees horizontally, so a 180-degree panorama needs roughly 4 frames. A 50mm lens covers only 40 degrees, so the same panorama needs about 7 frames. The planner computes this from the exact field-of-view formula.
Do I need a panoramic tripod head?
For scenes with close foreground elements, yes: rotating around the lens's no-parallax point prevents near and far objects from shifting relative to each other, which is what causes stitching ghosts. For distant landscapes with nothing closer than about 10 meters, a regular ball head leveled carefully works fine. Either way, lock exposure, focus, and white balance in manual so every frame matches.
How do multi-row panoramas work?
You shoot a grid: several rows of frames, each row overlapping the one above and below by 20 to 30 percent vertically. Multi-row panoramas capture tall scenes like waterfalls, city skylines, or the Milky Way arch with enormous resolution. The planner computes the rows from your lens's vertical field of view and totals every frame in the grid.
What is the final resolution of my panorama?
Roughly the single-frame megapixels times the number of frames, minus the overlap losses. A 24 MP camera shooting a 10-frame panorama with 25 percent overlap produces roughly a 150 to 180 MP final image. That is enough for very large prints, which is the main reason photographers bother with the technique.