πŸ“Š Barashi Defect Dashboard v2

Toyota ASSB Β· Jan–Jul 2026 Β· 0 defects Β· Cleaned Part/Category/Location extraction
BotBot analysis Β· 2026-07-09
TAGG/T-A (Production self-declared)
QG/IR-QG (Quality Gate)
HANE (Offline repair)

πŸ₯§ Parts Distribution (Top 10)

πŸ“Š Categories

πŸ“Š Top 12 Parts

πŸ“Š Top Locations (Fr / Rr / Lh / Rh breakdown)

πŸ“Š By Model

πŸ“Š By Variant (Y/C/X/Q/D/R)

πŸ“Š Top 25 Parts Pareto

πŸ“Š Top 15 Parts Γ— Detection Family

πŸ“Š Top 15 Parts Γ— Location (where on the part)

πŸ”₯ Top 10 Parts Γ— Location Heatmap

πŸ“Š Category Distribution

πŸ“Š Category Γ— Family (where each category gets caught)

πŸ“Š Category Γ— Location

πŸ“Š Category Γ— Model

πŸ“Š Defects by Location

πŸ“Š Location Γ— Family (where defects leak)

πŸ“Š Fr vs Rr (Front vs Rear) by Part

πŸ“Š Lh vs Rh (Left vs Right) by Part

Total defects
0
% of all defects
0%
Top part
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Top location
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Top family
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πŸ“Š Selected slice β€” by Part

πŸ“Š Selected slice β€” by Location

πŸ“Š Selected slice β€” by Family

πŸ“Š Selected slice β€” by Model

πŸ“‹ Matching Records (up to 50)

DateShiftModelPartLocationConcernFamilyResp AreaRecorded By

πŸ“Š Monthly Defects Trend

πŸ“Š Monthly by Detection Family

πŸ“Š Monthly by Top Parts

DateShiftModelVariantPartCategory LocationConcernFamilyResp AreaRecorded By

πŸ“‹ Action Plan β€” based on cleaned data

πŸ”΄ Priority 0 β€” BUMPER (452 defects, 34.6%)

Bumper Fr + Rr alignment / fitment β€” 438 of these are self-tagged (TAGG)

Surfaces mostly in TAGG (438 production self-declared). Only 13 caught at QG. Distribution: Bumper-Rr = 229, Bumper-Fr = 221. Almost no QG catch suggests production catches them but they still leak.
Steps:
  • Pull all 452 Bumper records β†’ cluster by variant (Y: 136, C: 108, std: 85, Q: 61, X: 33, D: 20, R: 9)
  • Investigate: gap/dimension mismatch? Mounting torque? Supplier batch?
  • Check bumper supplier dimensional reports for Y, C variants (largest volume)
  • 3-day side-by-side with T-P (RT) cell on bumper install
Impact: ~452 / 6 months Β· Effort: 2-3 weeks
πŸ”΄ Priority 0 β€” VIN STICKER (91 defects, 7%)

VIN Sticker missing or misplaced β€” 85 of these are TAGG (production self-declared)

Almost all VIN Sticker issues caught by production (TAGG = 85). This is a "forgot to apply" issue, not a "sticker quality" issue. Affects all variants: std (25), Y (23), C (23), Q (12), X (7).
Steps:
  • Audit current VIN sticker placement step in production sequence
  • Check if there's a verification step at end of each shift
  • Add VIN sticker to pokayoke check before vehicle moves to next station
  • Consider adding VIN sticker check to QG inspection
Impact: ~91 / 6 months Β· Effort: 1 week (simple SOP fix)
🟠 Priority 1 β€” HEADLINING (41 defects)

Headlining fitment β€” 40 of these are QG caught (in-process)

Distribution: Lh Fr = 23 (most common position). This means QG inspectors are catching it during inspection. Need to investigate why production isn't catching it themselves.
Steps:
  • Check headlining install jig + sequence
  • Verify headlining supplier dimensional reports
  • 3-day side-by-side between headlining station and QG
Impact: ~41 / 6 months Β· Effort: 1-2 weeks
🟠 Priority 1 β€” SIDE SKIRT (51 defects)

Side Skirt gap β€” distributed across HANE (24), TAGG (21), QG (6)

Side Skirt has the highest HANE leak rate of all parts. Distribution: Rh Fr = 21, Rh = 15, Lh Fr = 8, Lh = 7. Even though small volume, 47% leak to HANE (offline repair) is concerning.
Steps:
  • Same as previous Side Skirt recommendation: jig wear / supplier dim / torque sequence
  • Investigate why right-side gaps are more common (Rh Fr + Rh = 36, vs Lh Fr + Lh = 15)
Impact: ~51 / 6 months (but 24 leak to HANE) Β· Effort: 1-2 weeks
🟠 Priority 1 β€” PILLAR GARNISH (39 defects)

Pillar Garnish fitment β€” 39 of these are QG caught

Distribution: Lh Fr = 18, Rh Fr = 9, Lh Rr = 6. Almost entirely QG caught β€” like headlining, production not catching them. Likely install sequence or jig issue.
Steps:
  • Audit pillar garnish install SOP
  • Check if pillar garnish is installed before or after door assembly (sequence matters)
Impact: ~39 / 6 months Β· Effort: 1 week
🟑 Priority 2 β€” DOOR WEATHERSTRIP / BELT MOULDING

Door sealing parts β€” fitment issues, mostly QG caught

Door Weatherstrip (19) + Door Belt Moulding (17) = 36 defects, all QG-caught. Suggests install sequence or alignment issue at door assembly station.
Steps:
  • Review door sub-assembly cell SOP
  • Check weatherstrip/moulding supplier dimensional consistency
Impact: ~36 / 6 months Β· Effort: 1-2 weeks
🟑 Priority 2 β€” DATA QUALITY

92 records (_OTHER) + 297 records (Unspecified location) = 30% data noise

92 records have part=_OTHER, 297 records have location=Unspecified. This is the data quality issue. Can't trend or root-cause these without fixing the form.
Steps:
  • Update ATS Inspect form: Part + Location mandatory dropdowns
  • Block "_OTHER" selection without reason field
  • Re-train 3 active recorders (Fitry Abdillah, Mohd Tarmizi, Lokman Musa)
Impact: Better trend data Β· Effort: 1 week