2009–2010 Toyota Venza Factory Service Manual (P/N C4256-90954)

• Toyota Motor Corporation body repair information for the Venza — covers AGV10, AGV15, GGV10, and GGV15 series in a 162-page PDF.
• OEM weld-panel maps identify approved cut-and-join locations plus spot, plug, MIG plug, fillet, and butt-weld points for the body structure.
• Major repair sections address radiator supports, front crossmember, front fender aprons, front side members, cowl structure, body pillars, rocker structure, quarter panels, wheel housings, roof, and rear floor members.
• Detailed factory procedures cover door-skin removal and hemming, quarter-panel adhesive bonding, panel fit checks, temporary dimensional setup, welding, and post-repair corrosion protection.
• Body-alignment data provides two- and three-dimensional drawings for the engine compartment, body openings, underbody, front frame, and 2WD/AWD rear suspension members.
• Component views and specification charts cover front and rear bumpers, instrument panel, interior trim and seat-belt anchorages, front/rear seats, outer-panel fasteners, and hood/door fit adjustments.

White-Body Scope and Safety

This Toyota body repair manual is focused on collision-damaged body components, not general maintenance or mechanical service. Its white-body scope and reliance on frame pulling, welding, tracking-gauge measurements, SRS precautions, and companion Toyota service information make it suited to trained collision-repair technicians and properly equipped body shops. Frame pulls, electric welding around SRS components, and work near the fuel tank require the vehicle-protection and isolation practices identified in the manual.

Replacement instructions begin from white-body condition after bolted equipment has been removed. Equipment removal and reinstallation, inspection, adjustment, and final checks outside the body-panel work are abbreviated and referred to separate Toyota repair manuals. Paint refinishing is excluded. The PDF does, however, map the sealing and corrosion treatments that follow panel replacement. It also notes that the front fenders are bolt-on parts and require no welding. The structural information is based on vehicles for general destinations, and Toyota cautions that construction can vary with specification and destination market.

Structural Steel and Panel Repair

Toyota’s Structural Outline identifies 340, 440, 590, and 980 MPa high-strength-steel areas across the upper body, pillars, rocker structure, and floor. The manual prohibits heat repair of body-frame parts, including crush boxes, because heat can reduce steel strength and damage the zinc coating. Kinked frame parts are replacement items; door side-impact beams and bumper reinforcements are also listed as nonrepairable.

Procedures range from complete-assembly replacement to CUT and CUT-P repairs. The front fender apron and front side member sections tie setup directly to wheel alignment, so the new structure is temporarily fitted and checked against body dimensions before welding. The quarter-panel section covers adhesive-assisted replacement with 3M Automix Panel Bonding Adhesive #8115. It warns that overheating can warp the panel and that old adhesive left in the bond area weakens the new joint.

Drawings, Fit Data, and Post-Repair Work

The dimensional section explains tracking-gauge use and calibration, datum-line height measurements, reference points, hole diameters, and symmetrical body checks. Named drawing groups include Structural Outline, Damage Diagnosis, Engine Compartment, Body Opening Areas, Under Body, and Rear Suspension Member. Separate 2WD/AWD layouts and sliding-roof/no-sliding-roof roof procedures help distinguish configurations before repair planning.

Torque callouts appear in exploded component layouts and in the Outer Panel Installation Torque and Fit Standard/Adjustment Method/Torque Specification sections. Hood, front-door, rear-door, and back-door fit and striker adjustments are included; Toyota SST 09812-00010 is specified for front and rear door hinge positioning.

The work lists also flag post-repair requirements for the ECM/transaxle, TPMS, EPS, occupant-classification, power-window, sliding-roof, and headlight-leveling systems, with Techstream noted where required. They identify what must be reset, registered, learned, or calibrated; detailed procedures remain in the companion Toyota Repair Manual.

Sealing and Corrosion Protection

Application maps cover body sealer, 2WD/AWD undercoating, foamed sealing material, cavity wax, silencer sheets, and anti-chipping paint. They distinguish flat-finish and non-flat-finish seams as well as sliding-roof differences, helping restore factory water, noise, and corrosion protection after structural repair.