100+ Free NITA Panel Beating & Spray Painting Trade Test Practice Questions

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Sample NITA Panel Beating & Spray Painting Trade Test Practice Questions

Try these sample questions to test your NITA Panel Beating & Spray Painting Trade Test exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Which body construction type integrates the floor, panels and frame into a single welded structural shell?

A.Body-on-frame construction

B.Unibody (monocoque) construction

C.Space-frame construction

D.Ladder-chassis construction

Explanation: In unibody (monocoque) construction the body panels and floor pan form a single stress-bearing welded shell, so the body itself carries the structural loads instead of a separate frame.

2A hammer and dolly are used together in sheet-metal repair. When using the 'on-dolly' technique, where is the dolly held?

A.Several centimetres away from the hammer blow

B.Directly behind the point struck by the hammer

C.On the same side of the panel as the hammer

D.Off the panel entirely while hammering

Explanation: In the on-dolly (hammer-on-dolly) method the dolly is held firmly against the back of the panel directly behind the hammer blow, so the metal is pinched between the two and stretched smooth.

3When a dent has caused the metal to stretch and bulge, which process restores the panel by reducing the surface area of the metal?

A.Stretching

B.Shrinking

C.Planishing only

D.Filing

Explanation: Shrinking gathers the excess, stretched metal back together (using heat-shrink or a shrinking hammer) to reduce its surface area so the bulge or oil-can is removed.

4Before applying body filler over a repaired steel panel, the bare metal should be:

A.Polished to a high gloss

B.Cleaned and abraded to a coarse grit such as 80 grit

C.Left smooth and shiny

D.Coated with wax

Explanation: Body filler grips best on clean, dry bare metal that has been abraded to a coarse profile (commonly around 80 grit), which gives a mechanical key for adhesion.

5What is the maximum thickness of body filler that should generally be applied in automotive repair?

A.As thick as needed to fill any dent

B.A thin skim only, with deep dents first worked out in metal

C.At least 25 mm for strength

D.Filler should never touch metal

Explanation: Filler is a skim coat to level minor imperfections; deep damage must first be worked out in the metal so only a thin layer of filler (a few millimetres at most) remains, which resists cracking and shrinkage.

6A slide hammer fitted with a stud-welding or pulling attachment is mainly used to:

A.Cut out rusted panels

B.Pull out dents where there is no rear access

C.Mix two-part body filler

D.Polish the final clear coat

Explanation: A slide hammer pulls dents outward from the front, making it ideal where the back of the panel is enclosed (for example a sill or double-skinned area) and a dolly cannot reach.

7Paintless dent repair (PDR) is most suitable for dents that:

A.Have cracked or chipped the paint

B.Are shallow with the paint surface intact

C.Involve sharp creases through bare metal

D.Require a new panel

Explanation: PDR works the metal from behind to massage out shallow dents while the original paint film stays intact, avoiding any refinishing.

8Which welding process is generally preferred for joining thin automotive body sheet steel because it produces low heat input and is easy to control?

A.Oxy-acetylene gas welding

B.MIG/MAG (gas metal arc) welding

C.Manual metal arc (stick) welding

D.Submerged arc welding

Explanation: MIG/MAG welding gives controllable, relatively low heat input and a continuous wire feed, making it the standard process for thin body panels with minimal distortion.

9Factory body panels are commonly joined at the production line using which welding method?

A.Resistance spot welding

B.Brazing

C.Soldering

D.Riveting only

Explanation: Resistance spot welding fuses overlapping sheets by passing a high current through electrodes that clamp the metal, and it is the dominant method for joining body panels in factory production.

10When MIG welding thin body panels, why is a stitch or skip welding pattern often used instead of one continuous bead?

A.It uses less wire to save money

B.It limits heat build-up and reduces panel distortion

C.It makes the weld stronger than the parent metal

D.It removes the need for grinding

Explanation: Stitch/skip welding spreads the welds out so heat does not concentrate in one area, which keeps the thin panel cool and minimises warping and distortion.

About the NITA Panel Beating & Spray Painting Trade Test Exam

The NITA Panel Beating & Spray Painting trade test is the Kenyan government grade test that certifies automotive body-repair and refinishing technicians. It assesses both practical workshop skill and trade theory across body repair, welding, corrosion protection, surface preparation, spray painting and workshop safety, leading to a NITA grade certificate.

Assessment

A NITA grade (trade) test combining a practical workshop assessment with a theory component, graded from Grade III (entry) through Grade II to Grade I. This free bank covers the theory side with 100 single-best-answer multiple-choice questions.

Time Limit

Conducted over a scheduled testing period at approved NITA centres; confirm the exact arrangements for your grade and centre.

Passing Score

NITA awards a grade based on demonstrated competence in both practical and theory; there is no single published pass percentage. Confirm the standard with your testing centre.

Exam Fee

Trade-test fees are set per grade by NITA and paid on application; check the current fee on the NITA portal as fees change periodically. (National Industrial Training Authority (NITA), Kenya)

NITA Panel Beating & Spray Painting Trade Test Exam Content Outline

Body Construction

Unibody versus body-on-frame, crumple zones, high-strength steel and aluminium body materials.

14%

Sheet-Metal Repair

Hammer and dolly work, shrinking and stretching, oil-canning, body filler and panel crown.

Dent Removal

Slide hammers, pulling attachments and paintless dent repair.

12%

Body Welding

MIG/MAG and spot welding, plug welds, sectioning, shielding gas and distortion control.

12%

Corrosion & Rust Protection

Galvanising, galvanic corrosion, cavity wax, seam sealer, underbody coatings and rust repair.

Chassis & Body Alignment

Measuring systems, datum points, diagonal checks, frame straightening and panel gaps.

10%

Surface Preparation

Sanding grades, primers and sealers, feather-edging, guide coats, masking and cleaning.

13%

Spray Painting

Paint systems, gun setup, viscosity, HVLP, application technique, flash-off and booth conditions.

Paint Defects

Orange peel, runs, fisheye, dry spray, solvent popping, blushing and lifting.

Colour Matching

Paint codes, blending, metallic application, spray-out tests, metamerism and mist coats.

Drying & Curing

Air drying versus curing, forced drying, compounding and polishing.

PPE & Workshop Safety

Respirators, isocyanates, ventilation, fire and flammable-storage safety, waste and housekeeping.

How to Pass the NITA Panel Beating & Spray Painting Trade Test Exam

What You Need to Know

Passing score: NITA awards a grade based on demonstrated competence in both practical and theory; there is no single published pass percentage. Confirm the standard with your testing centre.
Assessment: A NITA grade (trade) test combining a practical workshop assessment with a theory component, graded from Grade III (entry) through Grade II to Grade I. This free bank covers the theory side with 100 single-best-answer multiple-choice questions.
Time limit: Conducted over a scheduled testing period at approved NITA centres; confirm the exact arrangements for your grade and centre.
Exam fee: Trade-test fees are set per grade by NITA and paid on application; check the current fee on the NITA portal as fees change periodically.

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

NITA Panel Beating & Spray Painting Trade Test Study Tips from Top Performers

1Pair this theory bank with hands-on practice: the NITA test is mostly practical, so rehearse hammer-and-dolly work, welding, filling, masking and spray-gun setup in the workshop.

2Focus your reading on the high-weight areas of sheet-metal repair, welding and spray painting, and make sure you can explain common paint defects (orange peel, runs, fisheye) and their causes and cures.

3Do not neglect safety: learn isocyanate and respirator requirements, spray-booth ventilation, flammable-liquid storage and fire-extinguisher selection, as these are easy marks and essential workshop competence.

Frequently Asked Questions

Who runs the NITA Panel Beating & Spray Painting trade test?

The National Industrial Training Authority (NITA) of Kenya administers the trade (grade) test at its approved testing centres, certifying automotive body-repair and refinishing technicians across Grade III, II and I.

How is the NITA panel beating trade test structured?

It combines a practical workshop assessment with a theory component. Candidates demonstrate hands-on body-repair and spray-painting skills and answer trade-theory questions, and are graded from Grade III (entry) up to Grade I (most advanced).

What topics should I revise for the theory component?

Revise body construction, sheet-metal repair, welding, corrosion protection, chassis alignment, surface preparation, spray painting, paint defects, colour matching, drying and curing, and workshop and spray-booth safety including isocyanate hazards.

Is there a fixed pass mark for the NITA trade test?

NITA awards a grade based on demonstrated competence in both the practical and theory parts rather than a single published percentage. Confirm the exact standard and fees for your grade with your NITA testing centre, as these can change.