S002 · Camera geometry corrected. Image rotated approximately 0.3° clockwise at the dial centre; perspective and unequal image scaling normalized to a circular dial reference using detected printed tick centres. Recentered and resampled to 1900 × 1900 pixels. No correction for crystal refraction or raised bezel/hand geometry. Extended rays are visual dial references only; they do not correct or measure the raised bezel.
S002 · Original camera geometry · dial and bezel context
RECOMMENDATION
HOLD: the dial and timing snapshot look acceptable in the supplied views, but bezel spacing needs two clean, square-on confirmations before approval.
Dial and marker placement
Three front dial views pass the printed-track geometry check. The snowflake hand, triangle and visible markers look orderly. The 6 o’clock luminous-insert check is supported in S002 and S003; ambiguous 3/9 crops do not receive a numerical angle.
S001 S002 S003
Bezel spacing · HOLD
The apparent spacing concern around the 50/12 sectors is on a separate raised plane and the usable views are angled or glared. It is unverified, not a confirmed bezel defect. Obtain two full, square-on, evenly lit bezel views before approving or requesting a replacement.
S001 S002 S003 S009
Timing snapshot
The supplied screen reads +5 s/day, 286° amplitude, 0.0 ms beat error, 28,800 bph and a 52° lift-angle setting. This is one recorded setup and position, not a movement-health verdict.
S009
Finish and gallery scope
Protective film and the crown sticker prevent a useful finish or crown-seating assessment. S010 is a close macro of a different GMT-style watch and is retained in the gallery for completeness but excluded from this specimen’s QC decision.
S004 S005 S007 S008 S010
Red ring: printed dial-track reference. Red dashed rays continue the dial positions across the bezel for visual comparison only; they do not correct, measure or set a tolerance for the raised bezel or cyclops. Cyan crosshairs mark the dial’s cardinal axes. Green lines show released luminous-insert axes, and amber outlines show candidate reflective edges. Positive angles are clockwise; negative angles counterclockwise. Sensitivity ranges are not confidence intervals. Native close-ups preserve the source view.
Detail checks
S002 · Native crop around the approximate 18 bezel sector. The dial fit locates this crop only: no dial correction or measurement is applied to the raised bezel.
Supporting dial views
Additional camera references
S003
Camera geometry corrected
S003 · Original camera geometry · dial and bezel context
S003 · Camera geometry corrected. Image rotated approximately 0.2° counterclockwise at the dial centre; perspective and unequal image scaling normalized to a circular dial reference using detected printed tick centres. Recentered and resampled to 1900 × 1900 pixels. No correction for crystal refraction or raised bezel/hand geometry. Extended rays are visual dial references only; they do not correct or measure the raised bezel.
S001
Camera geometry corrected
S001 · Original camera geometry · dial and bezel context
S001 · Camera geometry corrected. Image rotated approximately 0.3° clockwise at the dial centre; perspective and unequal image scaling normalized to a circular dial reference using detected printed tick centres. Recentered and resampled to 1900 × 1900 pixels. No correction for crystal refraction or raised bezel/hand geometry. Extended rays are visual dial references only; they do not correct or measure the raised bezel.
Position and angle checks
3 dial views · 36 checks
S002 · 1 o’clock
S002 · Native position detail
Angle unverified · feature edges uncertain
S002 · 2 o’clock
S002 · Native position detail
Round feature · position check; no unique axis
S002 · 3 o’clock
S002 · Native position detail
Angle unverified · feature edges uncertain
S002 · 4 o’clock
S002 · Native position detail
Round feature · position check; no unique axis
S002 · 5 o’clock
S002 · Native position detail
Round feature · position check; no unique axis
S002 · 6 o’clock
S002 · Native position detail
+0.2° luminous image axis · sensitivity +0.0° to +0.3°