• strength and safety ; low weight
• spaciousness ; good aerodynamices
• high quality ; low price

• Disconnect the battery to reduce the possibility of fire caused by electrical shorts.
• Check for fuel leaks and repair as necessary.
• Remove the fuel tank and/or fuel lines if welding equipment is to be used near the fuel system.
• Before welding, sanding or cutting, protect carpets and seats with fire-proof covers.
• Follow standard safety practices when using toxic or flammable liquids.
• Use standard safety equipment when spraying paint, welding, cutting, sanding or grinding. Standard safety equipment includes.
• Respirator and filter masks: Designed to filter out toxic fumes, mist, dust or other airborn particles. Use a respirator or filter mask designed to protect you from the hazards of the particular job; some respirators, for example, are designed to filter out only dust and airborn particles, not toxic fumes.
• Safety goggles or glasses: Designed to protect your eyes from projectiles, dust particles or splashing liquid.
• Gloves: Rubber gloves protect against corrosive chemicals. Welding gloves protect against burns and abrasions caused by welding, sanding or grinding.
• Safety shoes: Non-slip soles protect against slipping. Metal toe inserts protect against falling objects.
• Ear plugs: Protect eardrums from harmful noise levels.

• Do not smoke while working near the fuel system.
• Deposit gas or solvent-soaked shop towels in an approved container.
• Brake lining contains asbestos, which can cause cancer. Do not use an air hose to blow off brake assemblies: use only an approved vacuum cleaner, and wear an approved filter mask or respirator.
• Always attach a safety cable when using a hydraulic ram or a frame straightening table: do not stand in direct line with the chains used on such equipment.

• In an accident the crumple zones are designed to convert impact energy into deformation work.
• The shape, material and metal thickness must all be precisely matched.

• Many years of experience, refined computational methods and expensive series of crash tests mean that DAEWOO now builds bodies giving optimum deformation in the crumple zones in frontal or rear impacts.

• The earlier practice of making a distinction between load bearing and non-loading bearing parts of vehicles with a chassis and body is no longer justified now. Every part, even the windows, contributes to the overall strength of the vehicle.

• The requirement for reduced body weight has lead to a reduction in the amount of steel used, e.g. through the use of thinner sheet steels. This has been achieved with HIGH STRENGTH SHEET STEELS, in spite of the need to meet higher body strength requirements at the same time. High strength steels have a tensile strength and a yield strength as much as 30% higher than conventional steel. These properties must not be destroyed when carrying out repairs, e.g. by using excessive heat.

• The durability of the bodywork, its associated long-term safety and retention of value largely depend on the corrosion protection given to the sheet metal. Here, DAEWOO takes a great deal of care in production.
• Therefore, this corrosion protection must be preserved or restored when repairs are carried out.

• All DAEWOO vehicles are built to the highest standards in terms of styling and material properties.
• These high quality standards must be maintained when accident repairs are carried out.
• Mistakes made when carrying out repair operations such as straightening, welding sheet-metal parts, etc. not only produce visible defects, but may also compromise the safety of the vehicle.
• Mistakes made when restoring the corrosion protection compromise durability.

1. Before spot welding the zinc plated steel plate, remove the paint from both sides of the flange to be welded. Apply sealer to the flange after welding.
Caution : To prevent eye injury, wear goggles or safety glasses whenever sanding, cutting or grinding.
Note : Seal the sanded surfaces thoroughly to prevent rust.
2. The electric continuity properties of zinc plated steel plate is different from ordinary steel plate. When spot welding, increase the current by 10-20%, or increase the resistance welding time.
3. Increase the number of weld spots by 10-20% also.
Note : The MIG welding procedures for zinc plated steel plate are the same as for ordinary steel plate.
Caution : To prevent eye injury and burns when welding, wear an approved welding helmet, gloves and safety shoes.
4. Before applying putty or body filler to the zinc plated steel plate, sand the zinc plating thoroughly to promote adhesion and prevent blistering.
Note : Use only epoxy-based putties and fillers on zinc plated steel plate.

1. Radiator Crossmember Lower
2. Radiator Crossmember Upper
3. Radiator Crossmember Lower
4. Radiator Crossmember Bridge
5. Support Head Lamp Panel
6. Upper Front Reinforce
7. Front Support Panel
8. Upper Front Panel
9. Battery Tray
10. Front Longitudinal
11. Front Longitudinal Reinforce
12. Front Longitudinal Plate
13. Longitudinal Front Brace Reinforce
14. Longitudinal Front Brace
15. Rear Wheel House
16. Front Wheel House Patch
17. Front Wheel House Brace
18. Extension Front Wheel House Brace
19. Lower Dash Panel
20. Dash Panel Upper
21. Reinforce Hood Hinge
22. Upper Dash Reinforce

1. Front Panel
2. Tie Front
3. Front Longitudinal
4. Front Wheel House
5. Panel Dash Lower
6. Panel Dash Upper
7. Longi Floor Lower
8. Panel Floor Side
9. Panel Floor Front
10. Panel Floor Rear
11. Rear Longitudinal
12. Rear Wheel House
13. Back Panel Lower
14. Back Panel Upper
15. Fender
16. Hood
17. Front Door
18. Rear Door
19. Frame Door Opening
20. Panel Side Outer
21. Roof
22. Trunk Lid

1. Lower Floor Longi
2. Front Floor Panel
3. Rear Front Floor
4. Front Rear Floor Panel
5. Rear Rear Floor Crossmember
6. Rear Rear Floor Panel
7. Lower Back Panel
8. Side Floor Panel
9. Rear Longi
10. Rear Longi Reinforce
11. Side Rear Floor Patch
12. Upper Back Panel
13. Bulk Head Rear
14. Fuel Tank Cover

1. Lower Inner Front Body Pillar
2. Lower Front Pillar Reinforcement
3. Upper Inner Front Body Pillar
4. Upper A-Front Pillar Reinforcement
5. Locker Reinforcement Extension
6. Locker Reinforcement
7. Roof Inner Side Frame
8. Inner Center Pillar
9. Attachment Hinge Reinforcement
10. Center Pillar Reinforcement
11. Inner Wheel House Brace
12. Inner Wheel House
13. Rear Pillar Reinforce
14. Side Inner Panel
15. Cap Fuel Pillar (Right Side)
16. Tail Lamp Housing Patch
17. Lower Side Outer Panel
18. Side Outer Panel
19. Door Opening Frame

No.	Operation	Procedure	Remarks
1	Inspection	Inspect the damaged parts and the extent of damage and make plans for the repair.	.
2	Preparation	Prepare the new parts, special repair tools and others.	.
3	Removal	Remove the related parts for repair.	.
4	Pull out	Roughly pull out and straighten the damaged areas.	.
5	Cut and pry off	Cut off the damaged areas and drills on the spot weld nuggets and pry off the remaining spot weld flanges.	.
6	Peel off	Peel off the undercoat and sealer.	.
7	Molding	Mold damaged areas and even out the welding flanges and fill any holes.	.
8	Set the new parts	Grind both sides of the welding section and set the new parts and tack welds for temporary installation.	.
9	Inspection	Inspect the dimensions for correct position and preinstall the exterior parts and check the clearances and level differences.	.
10	Welding	Perform a trial welding and the main welding.	.
11	Finish	Finish the welding areas and even out the flanges for a close fit.	.
12	Sealing	Apply the sealer to the matching and over lapped surface.	.
13	Undercoating	Apply the undercoat to the required areas.	.
14	Painting	Apply the paint.	.
15	Deadner	Apply the deadner to the designated areas.	.
16	Anti-rust agents	Coating the anti-rust agents to the designated areas.	.
17	Installation	Install the related parts and rub in grease to the moving parts and replenish the cooling liquid, oil, aircon gas and others.	.
18	Check and adjust	Check all operations, wheel alignments, leaks, head lamp aim and others with the specified check sheet.	.