01 Photograph the real constraint
Start from the tattoo that actually exists
Use a clear, straight reference of the current tattoo and surrounding placement area. The photo remains the visual context for every later adjustment.
Free cover-up planning workspace
Map the tattoo that is already there, then position your proposed design around the real visual constraints. Export a trace layer or consultation reference without pretending software can predict whether the cover-up will work.
Cover-up planning workspace
Map the visible constraints in the existing tattoo, then position your proposed design over the same photo. The tool does not judge cover-up feasibility.
Constraint map
Thresholding retains dark marks from the photo. It can also retain hair, shadows, folds, or lighting artifacts, so treat the map as a trace to review, not automatic tattoo segmentation.
Proposed design
Drag the design on the photo, then adjust scale and rotation. A white design background is shown with Multiply so it does not cover the body photo.
Map constraints, not outcomes
A useful cover-up planning tool should make the old work easier to see while you test new composition. It should not invent technical certainty from a photograph.
01 Photograph the real constraint
Use a clear, straight reference of the current tattoo and surrounding placement area. The photo remains the visual context for every later adjustment.
02 Build a reviewable map
Adjust the threshold until the old tattoo structure is useful. Shadows or hair can remain, so the artist still decides which marks matter.
03 Overlay the proposal
Drag, scale, rotate, mirror, and fade the proposed artwork while switching photo, constraint map, and design layers on and off.
04 Take the plan back to the client
Save the transparent constraint map for drawing or the combined planning PNG for consultation. Final cover-up judgment still happens on the real tattoo and skin.
Three different jobs
The planner compares a proposed design with existing tattoo constraints. Other StencilStudio owners handle conversion of a reference into a stencil, body-curvature adaptation, and exact physical print size.
Cover-Up Planner
Map visible dark constraints and compare the proposed design on the same photo without a fake success score.
Photo to Stencil
Use the photo-to-stencil workflow when the new reference still needs conversion before you bring it into the cover-up plan.
Open Photo to StencilFit + Print
Fit to Body handles wrap and taper. Size & Print handles centimetres, inches, and true-size output after the visual plan is settled.
Explicit limits
StencilStudio keeps this tool deliberately narrow so a useful planning aid does not become false technical confidence.
Related tattoo tools
Move from cover-up planning into stencil conversion, placement, or exact-size print only after the composition decision is clear.
View all tattoo toolsPractical guides
FAQ
It lets you upload a photo of an existing tattoo, create a threshold-based map of the visible dark marks, place a proposed new design over the same photo, and export a planning reference. It is a layout and tracing workspace, not a cover-up success predictor.
No. It deliberately does not score coverability or predict pigment behavior. Existing color, saturation, scarring, skin, healed work, laser history, and the new tattoo technique all require professional in-person judgment.
No. The map keeps pixels darker than the threshold you choose. That can include tattoo marks but also shadows, hair, skin folds, clothing edges, or lighting artifacts. Review it visually and adjust the threshold rather than treating it as segmentation.
Yes. The tool can export the current dark-mark map as a transparent PNG so you can bring that planning layer into a drawing workflow and build your design around the visible constraints.
No. Cover-Up Planner is for comparing a proposed design with the visual constraints of an existing tattoo on one photo. Fit to Body is the separate StencilStudio workflow for wrap, taper, rotation, and body-line adaptation of one chosen stencil.
No. Image reading, threshold processing, overlay positioning, and PNG export happen locally in your browser for this tool.