Here’s the thing about rock chip repair: everyone offering the service makes it sound straightforward—touch up the chips, blend the paint, drive away with a flawless finish. But most people asking about rock chip repair are really asking different questions they don’t know how to articulate: Will this actually make the chips invisible or just slightly less obvious? How long before I need to do this again? Can I just use a $15 touch-up pen from the dealership? What’s the difference between a quick touch-up and professional paint chip repair? And most importantly, is this actually a smart way to spend money or am I just delaying the inevitable respray?

The answers depend entirely on factors most detailers won’t discuss until after you’ve paid. This isn’t a sales pitch disguised as information. If rock chip repair doesn’t make sense for your situation, we’d rather tell you that upfront than deal with a disappointed customer three weeks later when you’re staring at visible touch-ups wondering why you didn’t just live with the original chips.

Nobody searches “rock chip repair” because they want a detailed explanation of automotive paint chemistry. You’re searching because your hood looks like it survived a gravel war, you’re watching rust start to form in chips you ignored too long, you’re trying to preserve resale value, or someone quoted you $2,000+ for a hood respray and you want a cheaper option. Maybe you’re just tired of those white specks ruining an otherwise clean car, or you’re noticing the chips getting worse every month you drive Highway 1.

The question behind your question usually falls into one of these categories: preventing rust and further paint damage, making the car look less neglected, preserving resale value, avoiding expensive panel repainting, or stopping small chips from becoming expensive problems. Understanding which category you’re actually in determines whether professional repair is the right solution or just throwing money at a problem that needs a different fix.

Rock chip repair is the process of filling paint chips with color-matched touch-up paint, leveling the repair flush with surrounding paint, and blending it to minimize visibility. Modern automotive paint consists of multiple layers—primer, base coat, and clear coat—and rock chips can damage one, two, or all three layers depending on impact severity. Professional repair involves cleaning the damaged area, applying primer if needed, building up color-matched paint in thin layers, leveling the repair, and sealing with clear coat for protection and UV resistance.

What rock chip repair is not: invisible magic, a fix for every type of damage, something that makes the paint look factory-new, or a permanent solution that prevents future chips. The repaired areas will usually still be slightly visible under close inspection or certain lighting—that’s physics, not poor workmanship. The question is whether professional repair prevents rust, protects bare metal, and makes chips far less noticeable versus the eyesore of white primer spots or spreading rust circles on your hood.

Quality professional repair uses OEM color-matched paint codes, proper surface preparation, thin-layer application techniques, wet sanding for leveling, and clear coat protection. Cheap repair uses generic touch-up pens, blob application, no leveling, and results that look worse than the original chips. The process difference alone explains the massive gap between DIY touch-up attempts and proper professional paint chip repair.

Let’s address the sticker shock immediately. Professional rock chip repair costs anywhere from $150 to $400+ depending on chip quantity, damage severity, paint complexity, and whether you’re getting actual leveled repair or just filled touch-ups. A handful of small chips on a single panel might hit the lower end. Severe chipping across hood, bumper, and fenders with metallic or tri-coat paint pushes toward the higher end. That range seems huge because the work involved varies dramatically.

Here’s what that cost actually covers when you work with competent professionals:

1. Thorough damage assessment and paint code verification. Your chips get examined to determine depth—clear coat only, through to base coat, or down to bare metal/primer. The technician verifies your exact paint code, checks for color variations due to age or sun exposure, and identifies any chips that have already started rusting and need special treatment. This assessment ensures correct color matching and appropriate repair approach for each chip.
2. Surface preparation and rust treatment. Each chip gets cleaned of wax, debris, and contamination. Chips with rust require careful treatment—rust must be neutralized or removed completely before paint application or it continues spreading under the repair. Proper prep prevents adhesion failure and ensures the repair actually protects the underlying metal rather than just covering up ongoing corrosion.
3. Color matching and paint mixing. Professional shops either use factory touch-up paint matched to your specific paint code or custom-mix paint to match your car’s actual current color (which may have faded from original). Metallic and pearl paints require special attention to flake orientation and color-shift matching. Getting color right is the difference between invisible repairs and obvious polka dots.
4. Thin-layer paint application with proper cure time. This is where skill matters most. Paint must be applied in multiple thin layers, each allowed to cure before the next, building up to slightly above the surrounding surface level. Rushing with thick globs creates shrinkage, poor adhesion, and visible lumps. Proper application requires patience—each chip might need 3-5 layers with drying time between.
5. Clear coat application for protection. After color coats cure, clear coat seals and protects the repair. Clear coat provides UV resistance, prevents the repair from fading differently than surrounding paint, and creates a consistent sheen. Without clear coat, repairs oxidize, dull, and become more visible over time.
6. Leveling and blending for minimal visibility. The critical step that separates professional work from DIY disasters. Cured repairs get carefully wet-sanded level with surrounding paint, then polished to blend the texture and sheen. This leveling eliminates the “bump” you feel and see with amateur touch-ups. Proper leveling makes repairs nearly invisible rather than obviously filled.
7. Final polish and inspection. The repaired areas get polished to match surrounding paint gloss, then inspected under various lighting conditions. The technician checks for color match, level surface, proper clear coat coverage, and overall blend quality. Final detailing ensures the repair integrates with your paint rather than standing out.
8. Material costs and expertise. Professional-grade touch-up paint, primers, clear coats, wet-sanding materials, and polishing compounds cost $30-50+ per vehicle in consumables alone. Add equipment, training, facility costs, and the expertise to actually make repairs invisible, and you understand why $150-400 isn’t price gouging—it’s fair compensation for skilled work that delivers results.

Certain situations create clear alignment between what repair offers and what vehicle owners need. If you recognize your situation in these scenarios, professional rock chip repair probably makes sense:

Your chips have exposed bare metal and you’re preventing rust. The moment a chip penetrates to bare metal, the clock starts ticking on rust formation. In the Lower Mainland’s wet climate, untreated chips can show rust bubbles within months. Professional repair seals exposed metal before oxidation spreads. This isn’t cosmetic—it’s rust prevention that saves thousands in future bodywork.

You’re maintaining a newer vehicle’s appearance and value. Rock chips on a 2-3 year old vehicle in otherwise excellent condition look terrible and suggest neglect to potential buyers. Professional repair maintains the “well-cared-for” appearance that commands premium resale prices. For $200-400, you preserve thousands in resale value and keep your car looking like you actually care about it.

You’re avoiding expensive panel repainting. Professional hood resprays cost $500-1,500+ depending on the shop and paint complexity. If your hood has 30 chips but no major damage, spending $250-400 for professional chip repair makes infinitely more financial sense. The repair buys you years before repainting becomes necessary.

Your vehicle has expensive or complex paint. Tri-coat pearls, color-shifting paints, matte finishes, and factory metallic colors cost significantly more to respray than standard colors. Professional chip repair on these vehicles offers even better ROI because the alternative (full respray) is so expensive. Protecting a $3,000 paint job with $300 in chip repair is obvious math.

You want to stop chip damage from spreading. Small chips become big chips. Clear coat damage spreads. Exposed edges lift and peel. What starts as a pinhead chip becomes a quarter-sized paint loss area over a few years of neglect. Professional repair stops the progression—sealing edges, protecting exposed layers, and preventing small problems from becoming big ones.

You’re preparing to sell your vehicle. A hood covered in rock chips tells buyers the car was highway-driven and possibly neglected. Professional chip repair for $200-400 can improve buyer perception enough to justify $500-1,000 higher asking price. It’s one of the highest-ROI pre-sale investments you can make on a vehicle with otherwise good paint.

You take pride in your vehicle’s appearance. If you keep your car clean, waxed, and maintained, rock chips undermine all that effort. They’re the first thing you see every time you approach the car, and they make the whole vehicle look tired regardless of how clean everything else is. Professional repair maintains the presentation you’ve worked to achieve.

You live in areas with heavy highway driving and construction debris. The Lower Mainland’s Highway 1, Highway 99, and constant construction zones mean rock chips are inevitable for commuters. Rather than watching your paint slowly disintegrate, periodic professional repair maintains protection and appearance despite our hostile driving environment.

Honesty requires acknowledging situations where rock chip repair isn’t a smart choice. If these apply to you, save your money or address these issues differently:

• Your paint is already severely damaged beyond chip repair. If you have large paint flaking areas, clear coat failure across whole panels, deep scratches everywhere, or widespread oxidation, chip repair addresses a tiny fraction of the problem. These vehicles need panel repainting or full paint correction, not touch-up work. Chip repair on comprehensively damaged paint is like putting band-aids on a broken leg.
• The chips have already developed significant rust. Small surface rust can be treated during chip repair, but chips with deep rust pitting, bubbling under surrounding paint, or rust spreading beyond the original chip boundary need bodywork, not touch-up. Once rust gets established, you need proper rust treatment and potentially filler work—professional chip repair can’t adequately address structural corrosion.
• You expect absolutely invisible results. Even the best professional chip repair is visible under close inspection in direct sunlight. The goal is “dramatic improvement” and “not noticeable at normal viewing distance”—not “factory perfect under a magnifying glass.” If any evidence of repair will drive you crazy, you’ll be disappointed. Full panel respray is the only path to truly invisible results.
• Your vehicle is extremely old or low-value. If the car’s worth $3,000 and runs fine but looks rough, spending $400 on chip repair might not make financial sense. That money might be better saved for mechanical maintenance or put toward a future vehicle. Chip repair makes most sense on vehicles worth maintaining cosmetically.
• You’re planning major bodywork anyway. If the hood needs respray for other reasons—collision damage, severe oxidation, previous poor repair—adding chip repair first wastes money. The respray will address the chips anyway. Don’t pay to fix chips on a panel that’s getting repainted next month.
• You want a permanent one-time solution. Chip repair protects current damage but doesn’t prevent future chips. If you drive Highway 1 daily, you’ll get new chips. Repair is maintenance, not a permanent fix. If you can’t accept periodic chip repair as part of vehicle ownership, you’ll be frustrated when new chips appear six months after your repair.
• Budget is extremely tight and the money is needed elsewhere. Chip repair is important for preservation but not urgent like brake pads or tires. If spending $200-400 causes financial stress, prioritize safety and mechanical maintenance first. Cosmetic preservation can wait until you’re financially comfortable—the chips aren’t going anywhere.

Geography significantly impacts how quickly rock chips accumulate and how urgently they need repair. Abbotsford and the wider Lower Mainland create specific challenges that change the repair equation:

• Highway 1 and Highway 99 are paint destruction zones. The constant construction, heavy truck traffic, and high-speed travel on our major highways create perfect conditions for rock chip damage. Gravel trucks, construction debris, and winter road treatments mean rocks are constantly being thrown at your paint. If you commute on Highway 1, rock chips aren’t a question of if but when—and how many per month.
• Wet climate accelerates rust formation in chips. The Lower Mainland’s 160+ rainy days annually mean exposed metal in chips is constantly wet. While Alberta chips might stay rust-free for years in dry air, our chips start showing orange within months. The combination of moisture, road salt, and temperature fluctuation creates perfect rust conditions. Untreated chips here are rust problems waiting to happen.
• Road salt and winter chemicals attack exposed metal. Fraser Valley roads get treated with salt, sand, and de-icing chemicals that don’t just cause chips—they accelerate corrosion in existing chips. Salt finds its way into every chip and scratch, actively promoting rust formation. Winter chip damage is more urgent here than in salt-free regions.
• Temperature fluctuation stresses paint edges. Our temperature swings—freezing winter mornings, warm afternoons, summer heat—cause expansion and contraction that lifts paint edges around chips. What starts as a clean chip develops lifted edges, clear coat peeling, and spreading damage. Static temperatures elsewhere keep chip damage stable; our climate makes it progressive.
• Construction is everywhere and never stops. Highway 1 widening, new developments, constant infrastructure projects—every construction zone adds more rocks to the road and more chips to your paint. The Lower Mainland’s growth directly correlates with paint damage frequency. This isn’t a temporary problem; it’s permanent reality for drivers here.
• Gravel roads and rural areas compound damage. If you ever drive gravel forest service roads, visit Chilliwack Lake, or venture into the Fraser Valley backcountry, you’re exposing your paint to much worse than highway debris. A single gravel road trip can cause more chips than a year of paved commuting.

If you lived in a region with smooth highways, minimal construction, dry air, and no road salt, chip repair could wait indefinitely. Here in the Lower Mainland, you face a combination of constant debris exposure, moisture-accelerated rust, and temperature stress that makes prompt repair essential. Chips that would stay stable for years elsewhere become rust problems within a single winter here.

Understanding the process explains both the cost and why DIY touch-up usually disappoints. Here’s what happens when you bring your vehicle to a competent shop for rock chip repair:

Comprehensive damage assessment (15-20 minutes). The technician examines every chip under good lighting, categorizing by depth (clear coat only, to base coat, to primer, to bare metal), size, and condition (clean vs. rusted). They count chips, identify the worst damage, verify paint code, and explain realistic outcomes. This assessment prevents disappointment and ensures everyone understands what repair will achieve.

Paint code verification and color matching (10-15 minutes). Using your door jamb paint code, the technician either sources OEM touch-up paint or mixes custom color if needed to match faded/aged paint. For metallic and pearl paints, they verify the touch-up matches under different lighting angles. Color accuracy is verified before any application begins.

Surface preparation and cleaning (20-30 minutes). Each chip gets cleaned with wax remover, then carefully prepped with a pick tool or fine sandpaper to create proper adhesion surface. Any loose paint edges get stabilized. Rust spots get treated with rust converter or carefully sanded to bright metal. This prep work is tedious but essential—skip it and the repair fails within months.

Rust treatment where needed (varies). Chips with rust require special attention. Surface rust gets sanded or chemically converted. The treated area needs to dry completely before primer. Rushing rust treatment traps moisture and corrosion under the repair, where it continues spreading invisibly. Proper rust treatment adds time but prevents future failure.

Primer application on bare metal chips (10-15 minutes plus cure time). Chips exposing bare metal need primer before color coat. Thin primer layers get applied, building up gradually. Each layer needs proper cure time. Skipping primer causes poor adhesion and future peeling. The primer stage alone can require 30-60 minutes of total cure time.

Color coat application in thin layers (30-60 minutes). Touch-up paint gets applied with fine brushes, toothpicks, or specialized applicators depending on chip size. Each chip receives multiple thin coats, building up slightly above the surrounding surface level to allow for leveling. Each layer needs 10-20 minutes cure time before the next. Rushing creates thick globs that shrink, crack, and look terrible.

Clear coat application (15-20 minutes plus cure time). After color coats cure, clear coat gets applied over each repair. Clear coat must cover completely and blend onto surrounding clear for proper adhesion and protection. Like color coats, thin layers work better than thick ones. Clear coat needs extended cure time—often 24+ hours for full hardness.

Leveling and wet sanding (20-40 minutes). After full cure, the built-up repairs get carefully wet-sanded level with surrounding paint. This is the critical step that transforms obvious bumpy touch-ups into nearly invisible repairs. Using progressively finer sandpaper (1500, 2000, 3000 grit), the technician levels each repair until it’s flush with surrounding paint. This step requires skill—sand too much and you burn through the repair; sand too little and it still shows.

Polishing and blending (15-25 minutes). Leveled repairs get polished to restore gloss and blend texture with surrounding paint. Multiple polishing stages remove sanding marks and create consistent sheen. The polished area often extends beyond the immediate repair to create seamless transition. Final inspection confirms repairs are invisible at normal viewing distance.

Total service time varies dramatically based on chip quantity—a dozen chips might take 3-4 hours of actual work spread across drying periods, while 50+ chips could require a full day or multi-day process. Shops promising quick turnarounds on extensive chip damage are either doing non-leveled work (which looks terrible) or using shortcuts that compromise longevity.

Marketing claims about repair permanence need context. Professional rock chip repair can last years, but appearance and protection depend on factors you control and factors you don’t:

1. Repair quality makes the biggest difference. Professional leveled repairs with proper primer, color match, and clear coat last 5+ years and often the remaining life of the vehicle. Quick blob touch-ups without leveling shrink, crack, discolor, and fail within 1-2 years. The difference isn’t always visible at completion—it appears over time as cheap repairs degrade and quality repairs stay stable.
2. Proper surface preparation determines adhesion longevity. Repairs on properly cleaned, prepped, and primed surfaces bond permanently to surrounding paint. Repairs over contamination, rust, or unprepared surfaces peel, lift, and fail within months. The invisible prep work determines whether repairs last years or fail in one winter.
3. Color match quality affects long-term appearance. Well-matched repairs remain invisible as paint ages together. Poorly matched repairs become more obvious over time as the mismatch becomes apparent under different lighting and as both repair and surrounding paint age differently. Getting color right initially pays dividends for years.
4. Environmental exposure drives degradation rate. Vehicles parked outdoors in direct sun experience faster UV degradation of repairs than garaged vehicles. Highway driving means more debris impacts that can damage repair edges. Your storage and driving patterns significantly impact how long repairs remain perfect.
5. New chips keep happening. Professional repair can’t prevent future rock chips—it only addresses existing damage. If you drive Highway 1 daily, you’ll accumulate new chips regardless of how well current ones are repaired. Chip repair is ongoing maintenance for highway commuters, not a one-time fix.
6. Maintenance and protection extend repair life. Regular washing removes contaminants that degrade clear coat. Wax or ceramic coating provides sacrificial protection for repairs and surrounding paint. Paint protection film prevents new chips entirely in protected areas. How you maintain the vehicle after repair significantly impacts longevity.
7. Realistic expectation: professionally repaired chips with proper leveling remain stable and nearly invisible for 3-5+ years on well-maintained vehicles. They’ll last the remaining life of most vehicles. However, you’ll accumulate new chips that eventually need attention, and repairs won’t prevent ongoing wear. Think of chip repair as part of regular vehicle maintenance rather than a permanent one-time solution.

Numbers clarify value. Let’s compare actual costs over typical 5-7 year vehicle ownership:

Professional Rock Chip Repair Approach:

• Initial professional repair (30-50 chips): $200-400
• Annual maintenance (wax/sealant): $50-100/year
• Touch-up for new chips every 2-3 years: $150-250
• Added benefits: Rust prevention, maintained appearance, preserved resale value, protected original paint
• Paint condition: Good to excellent throughout ownership

Panel Respray Approach (if chips accumulate without repair):

• Hood respray: $500-1,500
• Bumper respray: $400-1,000
• Other panels as needed: $400-1,200 each
• Total if multiple panels need respray: $1,500-4,000+
• Added concerns: Color match to aged paint, potential orange peel or quality issues, vehicle downtime
• Paint condition: Factory finish replaced with shop respray of varying quality

DIY Touch-Up Only Approach:

• Touch-up paint pens/bottles: $15-40 each, multiple purchases over time
• Total supplies over 5 years: $100-200
• Results: Visible blob touch-ups, no leveling, obvious repairs that look worse than chip
• Paint condition: Chips filled but visually poor, potential rust if improperly done, actually decreases resale appeal

Ignore and Hope Approach:

• Direct costs: $0 initially
• Rust repair when chips corrode: $200-500+ per area
• Panel respray when rust spreads: $500-1,500 per panel
• Total when rust becomes undeniable: $1,000-3,000+
• Resale impact: $1,000-3,000 reduction in vehicle value from neglected appearance
• Paint condition: Progressive deterioration, spreading rust, eventual comprehensive failure

Paint Protection Film Approach (prevention-focused):

• PPF on high-impact areas (hood, bumper, mirrors): $800-2,000
• Zero chip repair needed on protected areas
• Touch-up for unprotected areas: $100-200 over 5 years
• Total over 5 years: $900-2,200
• Added benefits: Complete chip prevention on protected areas, self-healing properties, maintained factory finish
• Paint condition: Pristine under film, normal wear on unprotected areas

Professional chip repair offers excellent value for most vehicles—significantly cheaper than respray, dramatically better results than DIY, and crucial rust prevention that “ignore it” approaches sacrifice. PPF makes sense for new vehicles or owners wanting maximum protection, but chip repair remains the best solution for existing damage.

Setting realistic expectations prevents disappointment. These myths create problems when people believe them:

“Professional repair makes chips completely invisible.” Quality repair dramatically reduces visibility, but some evidence remains visible under close inspection in direct sunlight. Repaired areas integrate well at normal viewing distances but aren’t factory-perfect under scrutiny. Expecting invisibility leads to disappointment; expecting dramatic improvement leads to satisfaction.

“Touch-up pens work as well as professional repair.” Touch-up pens fill chips but leave raised blobs that catch light and look obvious. They don’t level, don’t blend, and often don’t match color well. Pens are fine for rust prevention on fresh chips but produce visually inferior results compared to professional leveled repair.

“I can wait and repair chips whenever.” Waiting allows rust to develop, chips to spread, and paint edges to lift. In the Lower Mainland’s wet climate, waiting a year can transform easy chip repair into extensive rust treatment. Prompt repair is easier, cheaper, and more effective than delayed repair of degraded damage.

“All rock chip repair is basically the same.” The difference between blob touch-up and professional leveled repair is enormous. Shops offering $50 “chip repair” are doing basic fill without leveling—it looks terrible. Professional leveled repair costs more because it involves dramatically more work and delivers dramatically better results.

“One repair session fixes the problem forever.” Chip repair addresses existing damage but doesn’t prevent future chips. Highway driving continues causing chips regardless of how well current ones are repaired. Think of chip repair as periodic maintenance, not a one-time permanent solution.

“Chip repair is just cosmetic.” Chip repair is rust prevention first, cosmetic improvement second. Untreated chips exposing bare metal will rust, especially in our wet climate. The cosmetic benefit is real, but the protective benefit is even more important for vehicle preservation.

“DIY repair is good enough if I’m careful.” Even careful DIY repair lacks the leveling and blending that makes professional work nearly invisible. DIY can protect bare metal from rust, which has value, but it won’t achieve the visual results of professional repair. DIY is acceptable for temporary protection; professional repair is necessary for appearance.

“I should wait until I have lots of chips to repair them all at once.” Each day you wait is another day chips can develop rust or spread. Repair chips reasonably promptly rather than waiting for massive accumulation. Yes, there’s efficiency in batching, but don’t let chips rust while waiting for the batch to grow.

Rather than telling you whether rock chip repair is worth it, here’s a framework for reaching your own conclusion:

Step 1: Assess chip severity. Are chips through clear coat only, through to base coat, or down to bare metal? Bare metal chips need prompt attention for rust prevention. Clear-coat-only chips are less urgent but still benefit from repair.

Step 2: Count the damage. A handful of chips is easy and relatively inexpensive to repair. Hundreds of chips across multiple panels might warrant considering PPF or accepting that some visibility is inevitable. Quantity affects both cost and realistic outcome expectations.

Step 3: Check for existing rust. Any orange in chips means rust has started. Rust requires treatment before repair and adds complexity. Heavy rust might mean the damage has progressed beyond ideal chip repair into bodywork territory.

Step 4: Consider your vehicle’s value and your plans. Is this a newer vehicle you’re keeping for years? Repair makes obvious sense. Is it an older vehicle you’re selling soon? Quick touch-up might suffice. Is it a beater you’ll drive until it dies? Maybe skip cosmetic repair entirely.

Step 5: Evaluate paint complexity. Metallic, pearl, and tri-coat paints are harder to match and more expensive to respray if you don’t repair chips now. Complex paint increases the value proposition of chip repair versus alternatives.

Step 6: Factor in your climate and driving patterns. Lower Mainland moisture and highway commuting make rust prevention more urgent and chip accumulation faster. Our conditions increase both the need for repair and the frequency of ongoing maintenance.

Step 7: Get professional assessment. Let a qualified technician examine your chips and provide honest evaluation of repair feasibility, expected results, and cost. Good shops tell you when damage is too extensive for chip repair rather than promising results they can’t deliver.

If most factors align in favor of repair—bare metal exposure, valuable vehicle, complex paint, plans to keep the car—professional repair is clearly worth it. If several factors suggest it doesn’t fit, either accept the chips or explore alternatives like PPF for future prevention.

For vehicle owners with chips exposing bare metal who want to prevent rust and preserve their paint, absolutely worth it—the rust prevention alone justifies $200-400, regardless of cosmetic benefits. For those maintaining newer vehicles with valuable paint, professional chip repair preserves both appearance and resale value at a fraction of respray costs. For people who take pride in their vehicle’s appearance and hate seeing those white specks scattered across their hood, repair delivers dramatic improvement that makes ownership more satisfying.

For people with extensive rust damage beyond chip repair scope, those unwilling to accept that repairs won’t be factory-invisible, those with extremely low-value vehicles, or those planning immediate major bodywork anyway—no, chip repair probably isn’t worth it. Either address the underlying issues differently or accept the current condition.

For everyone else, the answer requires examining your specific situation. That’s not a cop-out—it’s reality. “Worth it” is personal calculation that balances vehicle value, damage severity, rust risk, appearance standards, and budget. What makes sense for someone preserving a three-year-old vehicle differs from someone driving a fifteen-year-old commuter.

If you’re in Abbotsford or anywhere in the Lower Mainland and want honest conversation about whether rock chip repair makes sense for your specific situation, Reaper Customs can give you assessment based on what we actually see, not what we want to sell you. We’d rather tell you chips have progressed beyond repair than do work that disappoints. Contact us for inspection and real discussion about what serves you best.