Body kit parts can transform the look of your car, but they’re often large, fragile, and expensive. Whether you’ve just received a shipment of polyurethane, fiberglass, or carbon fiber components, or you’re moving a set from a workshop to a garage, safe transport and storage are non-negotiable. A single crack, warp, or scratch can ruin the fitment and aesthetics, leading to costly replacements or repairs. This guide covers everything you need to know — from cleaning and wrapping to the best storage environments — so your parts stay in showroom condition until you’re ready to install them.

Why Proper Handling Matters

Automotive body kits are manufactured from materials like fiberglass, polyurethane (PU), carbon fiber, and ABS plastic. Each has unique strengths and weaknesses:

  • Fiberglass: Lightweight and paintable but brittle; can crack under sudden impact.
  • Polyurethane: Flexible and impact-resistant but can distort if stored in extreme heat.
  • Carbon fiber: Strong and lightweight but expensive and prone to stress fractures.
  • ABS plastic: Inexpensive and easy to repair but can become brittle in cold temperatures.

Improper transport or storage can cause warping, cracking, fading, or corrosion of mounting hardware. By following the steps below, you protect your investment and ensure a perfect fit when the time comes to install your kit.

Preparing Your Body Kit Parts for Transport

Preparation is the most critical step. Rushing into loading parts without proper cleaning and wrapping is a recipe for damage.

Clean Thoroughly

Start by washing each part with mild automotive soap and water. Use a soft sponge to remove dirt, dust, and any grease. Pay special attention to edges and crevices where debris can hide. Rinse with clean water and dry completely using a microfiber cloth. Any leftover moisture can lead to mold, mildew, or corrosion, especially on metal brackets or fasteners.

Inspect for Existing Damage

Before wrapping, examine every part for cracks, chips, or delamination. Take photos of any imperfections — this is essential for insurance claims or warranty purposes, especially if you’re transporting parts you just bought. Document the condition of each piece with a written log and photos.

Choose the Right Protective Wrapping

Each part should be individually wrapped to prevent contact with other objects. Use these materials:

  • Bubble wrap: excellent for cushioning against impacts. Use at least two layers for heavy parts like bumpers.
  • Foam padding: ideal for delicate edges and curved surfaces.
  • Movers’ blankets or quilts: good for large, flat items like side skirts; wrap them completely and secure with tape.
  • Stretch wrap (pallet wrap): seals out dust and moisture after the soft protection is applied.

Do not use newspaper or regular cardboard directly against painted surfaces — the ink can transfer and stains can be difficult to remove. For long-term storage, acid-free tissue paper is a safer option for painted or gel-coated parts.

Secure the Edges and Corners

Corners and mounting tabs are the most vulnerable areas. Reinforce them with extra layers of foam or edge protectors (available at moving supply stores). For example, wrap a corner of a fiberglass bumper in three layers of bubble wrap, then secure with tape. This simple step prevents stress fractures during sudden stops or bumps.

Safe Transportation Tips

Once your parts are clean, dry, and wrapped, it’s time to load them into the vehicle. The goal is to minimize movement and avoid pressure points.

Choose the Right Vehicle

A minivan, SUV, pickup truck with a covered bed, or a large station wagon works best. Avoid transporting body kit parts in a small sedan trunk unless you can lay them completely flat without bending. If you must use an open truck bed, cover the parts with a tarp and strap them down securely — but be aware that wind at highway speeds can cause lift or abrasion if the tarp rubs against the parts.

Lay Parts Flat or on Their Side

Large pieces like bumpers, side skirts, and spoilers should be laid flat on their largest surface. If you must stack, place the heaviest part at the bottom and use soft padding between layers. Do not lean parts vertically against each other without support — they can slide and crack. For parts that are slightly curved, like a front bumper, you can lay them on their side (edge) as long as they are well-padded and cannot tip over.

Use Straps and Bungees

After positioning all parts, secure them with ratchet straps or bungee cords attached to tie-down points. Avoid cinching the straps directly over the parts — place a folded moving blanket or piece of foam between the strap and the part to prevent indentation. Make sure the parts cannot shift when you accelerate, brake, or turn.

Drive Defensively

Even with perfect packing, sudden stops and sharp turns can shift heavy parts. Drive smoothly, avoid potholes, and take corners slowly. If possible, have a second person ride with you to monitor the cargo. For long trips, stop periodically to check that everything is still secure.

Proper Storage of Body Kit Parts

After transport, many body kit parts are stored for weeks or months before installation. The storage environment directly affects the material’s integrity.

Environment Requirements

The ideal storage space is:

  • Cool: 50–75°F (10–24°C). Extreme heat can soften polyurethane and cause warping; extreme cold makes ABS and fiberglass more brittle.
  • Dry: Relative humidity below 50% prevents mold, mildew, and corrosion of metal inserts or brackets.
  • Ventilated: Stagnant air promotes moisture buildup. A small fan or dehumidifier helps maintain stable conditions.
  • Dark: Prolonged exposure to UV light (sunlight or fluorescent) can fade paint or yellow clear coat. Cover parts or keep them in a windowless room.

Off the Ground, on Shelving

Never store body kit parts directly on the floor. Concrete floors can leach moisture, and even a dry floor invites accidental kicks, water spills, or pest damage. Use sturdy shelving units or storage racks. For smaller parts like mirror caps or splitters, use bins. For large bumpers, a dedicated wall-mounted rack or a padded stand works well.

Breathable Covers vs. Plastic Sealing

After wrapping your parts for transport, they may need different treatment for long-term storage:

  • If you used plastic stretch wrap directly on the part (without a breathable layer), unwrap it to prevent trapped condensation. Then cover with a breathable fabric like a flannel sheet or a car cover.
  • If the parts are bare fiberglass or unpainted, consider storing them in a climate-controlled bag that allows airflow while blocking dust.
  • Avoid using non-perforated plastic bags or shrink wrap for long periods — trapped moisture can cause blistering of gel coat or rust on metal hardware.

Label Everything

Body kits often include many pieces that look similar. A front bumper and a rear bumper for the same car can be easily confused if not labeled. Use painter’s tape and a permanent marker to identify each part: “Front bumper — driver side fog hole,” “Rear diffuser left,” etc. Also note any specific handling instructions, such as “Do not stack” or “This side up.”

Regular Inspection

Set a reminder to check your stored parts every 30 days. Look for:

  • Cracks or stress marks (especially at mounting points)
  • Warping or distortion in long, flat sections
  • Signs of moisture (water spots, rust on brackets, musty smell)
  • Insect nests or rodent damage

If you spot a problem, address it immediately — a small crack can be repaired with resin before it worsens, and a moisture issue can be fixed by moving parts to a drier location.

Long-Term Storage Considerations

If you plan to store your body kit for more than six months, take additional steps.

Climate-Controlled Storage

Invest in a climate-controlled storage unit or a dedicated garage with HVAC. Temperature swings can degrade even durable materials over time. Fiberglass, for instance, can develop micro-cracks from repeated expansion and contraction. A stable environment eliminates this risk.

Vertical Storage Racks

For space efficiency, consider building or buying a vertical rack that holds bumpers and side skirts upright. Make sure the rack has padded arms that support the parts without creating pressure points. For example, a padded bracket that cradles the inner curve of a bumper prevents sagging.

Protect Paint and Clear Coat

If your parts are already painted or have a gel coat, apply a layer of automotive wax or sealant before storing. This provides a barrier against dust and moisture. Avoid using car cover spray or silicone protectants that can attract dirt.

Handling and Moving Individual Parts

Even inside your garage or shop, handling body kit parts requires care.

Two-Person Lift for Large Parts

Bumpers, side skirts, and large spoilers are awkward to carry alone. Always use two people for parts over 4 feet long. Carry them from the ends, using open palms rather than fingertips to avoid denting the surface. Never drag a part across a floor — use a furniture dolly with pads if you need to move it a long distance.

Use Soft Straps for Lifting

If you need to hoist a part (e.g., to put it on a high shelf), use soft lifting straps (like tie-downs with webbing) rather than ropes or chains. Attach the straps to structural points on the part, not to thin edges. For a bumper, you can loop a strap through the mounting holes or around a strong cross-section.

Common Mistakes and How to Avoid Them

Knowing what not to do is just as important as following best practices.

Stacking Without Padding

Placing two bumpers directly on top of each other is a fast way to create scratches and cracks — the bottom of one bumper presses against the top of the other. Always separate layers with thick foam or cardboard at least 1 inch thick.

Storing in a Hot Attic or Basement

Attics can exceed 120°F in summer, warping polyurethane and softening ABS. Basements often have high humidity and standing water risks. If you have no choice but to use these spaces, place parts on elevated shelves inside sealed plastic totes with silica gel packs, and monitor temperature/humidity with a cheap digital display.

Using Duct Tape Directly on Parts

Duct tape leaves sticky residue that can be impossible to remove without damaging paint. Use painter’s tape or gaffer tape for labeling, and only apply tape to protective wrap, not to the part itself.

Not Documenting the Process

If you’re shipping parts or storing them in a third-party location, photograph the condition before and after packing. This documentation can save you if a carrier damages your items or if a storage facility has a leak.

Additional Resources

For more detailed advice on handling specific materials, check out these external guides:

Conclusion

Transporting and storing your body kit parts doesn’t have to be stressful. With the right preparation — cleaning, wrapping, and securing — you can move your parts safely to any location. Once there, provide a stable, climate-controlled environment with breathable covers and regular inspections. These habits will preserve the fit and finish of your kit, saving you time, money, and frustration down the road. Whether you’re a weekend warrior or a professional bodyshop, treat your body kit parts with the respect they deserve, and they’ll reward you with a flawless installation.