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Polyurea-Polyaspartic Garage Floor Coating in Farmington Hills, MI

Welcome to MotorCity Flooring and Coatings’ showcase of examples of garage floor coating in Farmington Hills, MI. In this page, you will find detailed project stories from locations all around Farmington Hills—real installations that demonstrate our commitment to quality and durability.

Our specialist teams serve every neighborhood in Farmington Hills with comprehensive garage floor coating services. Each project begins with thorough concrete preparation: diamond grinding to remove old coatings and contaminants, repairing cracks and pitting, and addressing moisture concerns. We then apply our advanced polyurea-polyaspartic coating system—a hybrid technology that combines the incredible durability of polyurea material with the UV stability and fast cure times of polyaspartic coating.

This dual-component system creates a floor that withstands the harsh weather cycles of Michigan—from sub-zero winters to humid summers—without cracking, peeling, or yellowing. The chemical-resistant surface repels oil, salt, and automotive fluids while standing up to the constant pressure from vehicle tires and foot traffic.

Every garage floor installation includes decorative flakes for a professional appearance and customizable traction levels for safety. The result? A garage floor coating that shows very strong UV resistance, reduced hot tire pickup, greater flexibility, excellent chemical resistance, good abrasion resistance, a wide temperature application range, and a better temperature cycling than epoxy. Our floor coating system cures in hours rather than days and comes with our industry-leading warranty.

For ultimate convenience, we install your new floor coating in just 1 day. We come early in the morning and operate discreetly to minimize noise inconvenience to your neighbors. You don’t need to be home if you have other things to do.

Explore the projects below to see our process, results, and the difference professional installation makes.

Garage Floor Coating
on Oak Forest Drive

Oak Forest Drive, Farmington Hills, MI
Lead Tech: Brad

The Starting Point

Brad and his crew from MotorCity Floors arrived at this Oak Forest Drive property to tackle a 484-square-foot garage floor in rough condition. The concrete told the story of years of use – pitting and cracking scattered across the surface, moisture content reading at 3.4%, and the dull, worn appearance of bare concrete that had seen better days.

The Challenge

This wasn’t just a simple coating job. The scope included:

  • Managing 22 linear feet of vertical lip transitions
  • Addressing one concrete step
  • Repairing the existing pitting and cracking damage
  • Extending the coating all the way to the edge of the driveway for a seamless finish

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The Process Begins

After confirming no existing coatings needed removal, the crew went to work with 24-grit shark grip for aggressive concrete preparation, ensuring proper adhesion for the coating system.

The Build-Up

Working systematically through their materials list, Brad’s team applied:

Foundation Layer (MR 50 Primer):

  • 6 liters Part A + 6 liters Part B
  • 2 cups of sand mixed in for added grip and filling

Base Coat (Siberian color system on grey base):

  • 5 liters Part A + 2.5 liters Part B
  • Creating that neutral, sophisticated grey foundation

The Decorative Layer:

  • 4.5 boxes of color flakes broadcast across the wet base coat
  • 2 boxes recovered for reuse (about 44% recovery rate)
  • Creating that signature speckled, multi-dimensional appearance

Clear Topcoat (Heavy build for durability):

  • 8 liters Part A + 4 liters Part B
  • Locking in the flakes and providing a hard, protective surface

The Transformation

The before-and-after tells the complete story. What started as damaged, weathered concrete became a showroom-quality floor. The Siberian color scheme – that sophisticated blend of light greys and tans with decorative flakes – transformed the space from utilitarian to refined.

The crew used 3″ chip brushes for detailed edge work, 18″ rollers for efficient coverage, measuring precisely with their array of quart cups, and managing the process with professional efficiency that kept three trash bags full by the end of the day.

The Result

A 484-square-foot garage floor that went from liability to asset – durable, attractive, and ready for years of service with MotorCity’s signature quality finish.

Click on the photos to enlarge them

Garage Floor Coating
on Shadowglen Dr.

Shadowglen Drive, Farmington Hills, MI
Lead Tech: G. Cain, Truck #5

The Challenge Ahead

When our lead tech and his crew arrived at our client’s home on Shadowglen Drive, they were greeted by a 462.89-square-foot garage floor that had seen better days. Much better days. The concrete was a roadmap of damage – jagged cracks snaking across the surface, heavy pitting throughout, and loose, deteriorating concrete concentrated in the middle sections on both sides of the garage.

The moisture content read at 3.9%, and the scope was clear: two concrete steps to coat, 22.07 linear feet of vertical lip work, and the job needed to extend seamlessly to the edge of the driveway.

Setting Expectations

Before work began, our lead tech had an important conversation with the homeowner. The cracking and heavy pitting repairs wouldn’t be covered by warranty – the damage was simply too extensive. The customer understood and gave the green light to proceed.

There was another detail: felt paper covered about half the garage floor and was still in decent shape. Our client specifically requested they not spray it black, so the crew worked around it, respecting our customer’s preference.
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The Grind

Using 24-grit preparation on the main floor with an additional 8 ounces hand-thrown for extra bite, the grinding went surprisingly well. “Easy grind,” the notes read, though dealing with all that loose concrete in the middle sections required extra attention and cleanup. The crew did a complete flood coat to ensure proper saturation and adhesion across the compromised surface.

The Build-Up

Working methodically through their materials, the team applied:
MR 50 Primer Foundation:

  • 4 liters Part A + 4 liters Part B
  • 6 cups of sand mixed in for structural reinforcement and filling

Pecan Base Coat (on tan base):

  • 6 liters Part A + 3 liters Part B
  • That warm, inviting Pecan color that would transform the space

Decorative Flake Layer:

  • 3 boxes broadcast across the wet base
  • 2 boxes recovered for future use (67% recovery rate)
  • Creating depth and character across the floor

Heavy Clear Topcoat:

  • 9 liters Part A + 9 liters Part B
  • Sealing everything under a durable, glossy finish

The Step Struggle

Then there were those steps. As the notes emphatically record: “Step soaked in paint like no other.” The porous concrete drank up coating like a sponge. The crew had to hit them multiple times, and even after the paint dried, G. Cain had to come back with additional clear coat to touch up spots that had absorbed too much material.

The Details

The crew used their full arsenal: 5 chip brushes for detailed edge work, 2 each of 18″ rollers and trowels, mixing precisely with their array of quart cups, and burning through 5 bags of rags, 25 pairs of Raven gloves, and filling 8 trash bags by day’s end.


The vertical walls received their black coating along the lip, creating that professional finished look, and true to the scope, they coated right to the edge of the driveway outside the door – creating a seamless transition from garage to exterior.

The Transformation

The before-and-after contrast is remarkable. Severely cracked, heavily pitted, deteriorating concrete became a showroom-quality Pecan flake floor. The warm tan base with its speckled flake pattern transformed the space from liability to showcase, the problematic steps now matching perfectly, and that precise edge at the driveway threshold showing the crew’s attention to detail.


Mr. Tack was satisfied enough to pay by check on completion – always a good sign.

The Reality Check

This job exemplifies the reality of floor coating: sometimes you’re not just coating concrete, you’re salvaging it. Heavy damage, absorption issues, loose material, and customer-specific requests all got managed professionally. The repairs might not be warranty-covered, but the quality of the installation? That’s MotorCity standard through and through.


462.89 square feet went from “needs replacement” to “show it off” in a single day’s work on Shadowglen Drive.

Click on the photos to enlarge them

Garage Floor Coating
on Juniper Ct.

Juniper Ct, Farmington Hills, MI
Lead Tech: G. Cain, Truck #5

A Special Request

When our lead tech arrived at Mr. J.D.’s condo garage on Juniper Court, he knew this wasn’t just another 244-square-foot coating job. Our customer, a kind elderly gentleman with a disability, had a specific and important need: traction. Extra traction. The kind that could prevent a fall and change someone’s quality of life.

The concrete told a familiar story – pitting throughout, general cracking, one particularly deep crack running through the middle of the floor. Nothing catastrophic, but years of wear showing through. Moisture content at 3.8%, no existing coating to remove, just honest concrete in need of attention. The front right lip had a chunk missing that would need rebuilding.

The Traction Solution

After hearing our customer’s concerns, Our lead tech made the call: aggressive 24-grit preparation plus hand-thrown 24-grit shark grip in the topcoat. Not the usual approach, but our customer deserved a floor he could trust under his feet.

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The Build Process

With 52 linear feet of walls and lip to coat alongside the main floor, the crew moved efficiently through their preparation and application.

MR 50 Foundation:

  • 3 liters Part A + 3 liters Part B
  • 3 cups of sand mixed in for structural fill
  • Complete flood coat to seal and prepare the damaged surface

Pebble Beach Base Coat (on grey base):

  • 3 liters Part A + 1.5 liters Part B
  • That sophisticated salt-and-pepper blend mimicking beach stones

Decorative Flake Layer:

  • 1.5 boxes broadcast
  • 1 box recovered for reuse (67% recovery rate)
  • Creating that natural, organic beach-stone appearance

Heavy Traction Clear Coat:

  • 4.5 liters Part A + 4.5 liters Part B
  • Here’s where the magic happened: 8 full ounces of 24-grit shark grip hand-thrown across the wet topcoat
  • Double the normal traction for double the safety

The Vertical Challenge

That missing chunk on the front right lip? Rebuilt with mender compound, then coated seamlessly with the rest of the verticals. When the crew finished the 52 linear feet of wall coating in black, even they had to admit: the verticals turned out awesome. Clean lines, perfect adhesion, professional contrast against the Pebble Beach floor.

The Details That Matter

The crew worked with their standard precision: 4 chip brushes for detailed edge work, 2 each of 18″ rollers and trowels, precise mixing with their array of measuring cups. They burned through 5 bags of rags keeping everything clean, 25 pairs of gloves maintaining quality control standards, and just 1 trash bag – efficient as always.

The Result

The transformation speaks for itself. What started as cracked, pitted, stained concrete became a beach-stone masterpiece with industrial-grade traction. The Pebble Beach color pattern creates that sophisticated neutral palette – light greys, tans, and whites scattered like stones on a shoreline. The heavy 24-grit provides serious grip underfoot without sacrificing aesthetics.


But most importantly: Mr. Dybus has a floor he can walk on confidently.

The Human Element

Sometimes the numbers tell the story – 244 square feet, 3.8% moisture content, 8 ounces of grit. But sometimes it’s about the elderly gentleman who just needs to feel safe walking from his car to his door.


G. Cain and his crew delivered both: technical excellence and practical compassion.


244 square feet of security on Juniper Court.

Click on the photos to enlarge them

Garage Floor Coating
on Amber Dr.

Amber Dr, Farmington Hills, MI
Arrival: 8:00 AM

The Crime Scene

When the MotorCity crew arrived at our customer’s home on Amber Drive, they didn’t find a garage floor that needed coating – they found a crime scene. Some previous contractor had turned our customer’s 453-square-foot garage into an epoxy disaster zone.

The evidence was everywhere: paint splattered on the trim, decorative flakes embedded in the baseboards, coating spilled onto the driveway. The floor itself was a roadmap of failure – spiderweb cracks radiating from stress points, pitting throughout, and sections where the old epoxy was simply giving up and peeling away. The front lip was broken and crumbling, a hazard waiting to catch a foot or a tire.

This wasn’t just a redo. This was a rescue operation.

The Challenge: Working Against the Clock

After removing the old caulk and failed epoxy, grinding through 29 linear feet of contaminated vertical surfaces, and preparing the damaged concrete (moisture content at 3.8%), the crew faced an unexpected enemy: time.


The conditions were hot. Materials were setting fast. Really fast.


“Had to make half mixes,” the notes record with the brevity of a combat report. “Paint still dried within 5 mins.”


Think about that. In a normal application, you mix a batch of coating and have a reasonable working window to spread it across a section. On Amber Drive, the crew had five minutes from mix to application to broadcast – or they’d have hardened material in their buckets.

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The Square-by-Square Strategy

The solution required abandoning standard procedure entirely. Instead of working in large sections, the crew shifted to a tactical square-by-square approach. Mix small. Apply fast. Move to the next square. Repeat.


For the clear coat – the critical final layer that seals everything and provides that glass-like finish – they couldn’t risk any flashing or uneven cure that would mar the surface. So they clear-coated square by square, maintaining wet edges, keeping the chemistry consistent, refusing to let the conditions defeat the quality standard.


It was meticulous. It was time-consuming. It was the only way to do it right.

The Technical Build

Using a polyurea-polyaspartic hybrid system chosen specifically for its durability and fast cure properties, the crew built up the Pebble Beach floor:

Preparation:

  • Extensive removal of failed epoxy coating
  • Grinding away all surface contamination
  • Repairing the broken front lip
  • 36-grit traction preparation for serious grip

Pebble Beach System:

  • Base coat applied in calculated sections
  • Decorative flakes broadcast to create that natural stone appearance
  • Heavy clear topcoat applied square by square
  • 36-grit shark grip for enhanced traction

Details:

  • Rebuilt and reinforced front lip
  • One wood step coated to match
  • 29 linear feet of verticals cleaned and properly coated
  • All the baseboard contamination from the previous hack job addressed

The Transformation

The before-and-after contrast is stark. What was once a testament to poor workmanship became a showcase of professional execution. The Pebble Beach color scheme – those elegant greys, tans, and whites scattered like beach stones – creates a sophisticated, natural appearance. The 36-grit traction provides serious grip without sacrificing aesthetics.


The front lip that was broken and dangerous? Now rebuilt and coated seamlessly. The baseboards that were splattered with the previous contractor’s mess? Clean lines, professional edges. The driveway that had epoxy spilled on it? Addressed as part of the complete remediation.

The Reality of Redemption

This job represents something important in the floor coating industry: not every project starts with virgin concrete. Sometimes you’re called in to fix someone else’s disaster. Sometimes you’re working against conditions that want to defeat you. Sometimes you have to throw out the playbook and create a new strategy on the fly.

 

453 square feet of redemption on Amber Drive. From crime scene to showcase in a single day of square-by-square precision work.

 

That’s the difference between “a guy with epoxy” and professionals who refuse to compromise.

Click on the photos to enlarge them

Garage Floor Coating
on Rocky Crest Street

Rocky Crest Street, Farmington Hills, MI
Lead Tech: Jesus M., Truck #7

The 3 AM Start

When Jesus M. and his crew arrived at Rocky Crest Street at 3:00 in the morning on May 1, 2023, they weren’t early – they were strategic. The concrete temperature reading at 41° told them everything: Michigan’s unpredictable spring weather meant they needed to work with the temperature, not against it.


The 420.5-square-foot garage floor waiting for them had clearly served hard duty. Oil stains penetrated deep into the porous concrete. Tire tracks had worn permanent paths across the surface. Years of Michigan winters – road salt, freeze-thaw cycles, moisture infiltration – had left the concrete pitted and deteriorating. This wasn’t cosmetic damage; this was structural degradation in progress.

The Cold Concrete Challenge

That 41° concrete temperature created a specific technical challenge. Too cold, and coatings won’t cure properly. Too warm, and they flash too fast. Jesus and his team were working in that narrow window where precision matters more than speed.

The moisture content tested clean – no barrier needed, no oil extraction required. But the temperature meant careful material management, adjusted mix ratios, and constant monitoring of cure times. This is where experience separates professionals from weekend warriors.

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The Heavy Prep

With no vertical walls to coat and no steps to address, the crew could focus entirely on the horizontal surface – but that surface needed serious attention.


Diamond grinding began, opening up the porous concrete surface to accept the coating system. The crew worked methodically across 420.5 square feet, removing contamination, smoothing irregularities, and creating the ideal profile for adhesion. The photos show the transformation during prep: from stained, deteriorating concrete to clean, properly profiled substrate.

The Safari Build

Starting at 3:00 AM, working through the temperature challenges, Jesus’s team built up the Safari floor system:

MR 50 Foundation Primer:

  • 1.5 liters Part A + 1.5 liters Part B
  • 12 cups of sand mixed in for additional grip and structural fill
  • Applied as penetrating primer to seal and prepare

18 Caps of Shark Grip:

  • Substantial traction additive
  • Mixed throughout the system for safety and durability

Safari Base Coat (Tan):

  • 4.0 liters Part A + 2.0 liters Part B
  • That warm, inviting Safari tan that would transform the space

Decorative Flake Layer:

  • 3.5 boxes broadcast across the wet base coat
  • 2.0 boxes recovered for reuse (57% recovery rate)
  • Creating depth, character, and the signature textured appearance

Heavy Clear Topcoat:

  • 8.0 liters Part A + 8.0 liters Part B
  • Maximum protection and durability
  • Sealing the flakes and creating that glass-like finish

The Marathon Day

From 3:00 AM to 3:08 PM – over 12 hours on site. This wasn’t a quick spray-and-go operation. This was methodical, professional floor coating that accounts for temperature, proper cure times, complete coverage, and quality control at every stage.


The crew worked through their consumables systematically: 24 five-quart cups for precise mixing, 5 chip brushes for detailed edge work, 2 each of 18″ rollers and trowels for efficient application, 8 pairs of gloves maintaining clean technique throughout the day.

The Transformation

The before-and-after contrast tells the complete story. What started as deteriorating, stained, pitted concrete – a garage floor that was actively degrading – became a showroom-quality Safari floor that looks more like decorative terrazzo than utilitarian garage coating.


The warm Safari tan creates an inviting space. The decorative flakes add visual interest and texture. The heavy shark grip traction ensures safety even with moisture present. The sealed, protected surface now repels oil, resists tire marks, and stands ready to handle Michigan’s harshest weather cycles.

The Technical Reality

This job exemplifies what professional garage floor coating requires:

  • Pre-dawn start times to manage temperature conditions
  • Proper concrete testing and preparation
  • Material adjustments for environmental factors
  • 12+ hour workdays when that’s what quality demands
  • Systematic application following proven processes


420.5 square feet on Rocky Crest Street. From 3 AM deterioration to 3 PM transformation.
That’s the MotorCity Floors and Coatings standard.

Click on the photos to enlarge them

Garage Floor Coating
on Cheswick Street

Cheswick Street, Farmington Hills, MI

The Canvas: 668 Square Feet of Hard Use

The garage on Cheswick Street had clearly served its purpose well over the years—perhaps too well. At 668 square feet, this wasn’t a small space, and every inch of it showed the accumulated damage of Michigan winters, automotive fluids, and constant vehicle traffic.

 

Oil stains had penetrated deep into the porous concrete, creating dark patches scattered across the floor. Pitting pockmarked the surface where moisture had infiltrated and freeze-thaw cycles had done their destructive work. Cracks spider-webbed through sections of the slab, some superficial, others running deeper and wider. The threshold area near the garage door showed particularly severe deterioration—years of water infiltration, road salt, and traffic had taken their toll.

 

Even the wooden stairs leading to the interior door bore the marks of garage life: stained, worn, utilitarian.

 

The moisture content tested at 3.8%—acceptable, no barrier needed—but this floor needed serious repair work before any coating could be applied.

The MR-50 Solution

Before any cosmetic work could begin, the MotorCity crew needed to address the structural issues. This is where MR-50 primer becomes more than just a base coat—it becomes a repair material.

 

The photos document the process: pools of MR-50 filling the pitted areas, bridging the cracks, rebuilding the damaged threshold. This isn’t just slapping primer on concrete; this is structural remediation. The MR-50 penetrates into the damaged areas, bonds at a molecular level with the concrete, and creates a unified surface that’s actually stronger than the original slab.

 

The crew worked systematically across 668 square feet, identifying every pit, every crack, every compromised section, and addressing each one. No shortcuts. No “good enough.” Just methodical restoration.

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The Slatestone Build

With the repairs complete and cured, the coating process could begin. The Slatestone color system would transform this industrial space into something that looked more like natural stone than garage floor. 24-Grit Preparation:
  • Aggressive diamond grinding across the entire surface
  • Creating optimal profile for adhesion
  • Removing all surface contamination
  • Opening the pores for coating penetration
Polyurea-Polyaspartic Base Coat:
  • Applied over the prepared and repaired surface
  • Creating the foundation for the Slatestone finish
Vinyl Chip Broadcast:
  • Full broadcast of decorative chips
  • Creating that natural stone appearance
  • Adding texture and visual depth
  • The signature speckled pattern that defines the Slatestone look
Heavy Topcoat with 24-Grit Traction:
  • Sealing the chips under a protective layer
  • Incorporating 24-grit for serious traction
  • Creating that glass-like finish
  • Maximum durability for long-term protection

The Stair Detail

Notice in the finished photos: those worn wooden stairs are now coated to match the floor. This is the kind of detail work that separates comprehensive installation from basic floor coating. The stairs now integrate seamlessly with the space, providing the same durable, easy-to-clean surface as the main floor.

The Transformation

The before-and-after contrast is dramatic. What started as 668 square feet of stained, pitted, cracked concrete—a floor that was actively deteriorating and looked every year of its age—became a showcase Slatestone installation that looks like it belongs in a showroom.

 

The grey tones of Slatestone create a sophisticated, neutral palette that works with any décor or vehicle color. The decorative chips add visual interest without being overwhelming. The 24-grit traction provides safety even when moisture is present. The sealed surface now repels oil, resists staining, and stands ready to handle whatever Michigan weather and daily use can throw at it.

 

Most importantly: the structural repairs mean this isn’t just cosmetic. The floor is actually in better structural condition now than when it was first poured.

The Technical Reality

This job demonstrates why proper garage floor coating requires both technical knowledge and craftsmanship:

  • Identifying which damage can be coated over and which requires repair
  • Using MR-50 as both primer and structural repair material
  • Proper surface preparation across a large area
  • Systematic application maintaining quality across 668 square feet
  • Attention to detail including stairs and transitions
  • Understanding material chemistry and cure requirements

668 square feet on Cheswick Street. From deteriorating liability to durable asset.
That’s what professional installation delivers.

Click on the photos to enlarge them

Garage Floor Coating
on Middlebelt Road

Middlebelt Road, Farmington Hills, MI

The Monastery Garage Challenge

When the MotorCity crew arrived at the monastery on Middlebelt Road, they knew immediately this wouldn’t be a standard garage floor job. The 523-square-foot space had clearly served the religious community for decades—and every one of those years showed.


The concrete was beyond typical wear. Heavy pitting covered nearly the entire surface, some craters deep enough to collect water, others creating rough, jagged surfaces that made the floor treacherous. Oil stains had penetrated deep into the porous concrete. But the biggest challenge? An old paint coating covered sections of the floor, a previous attempt at protection that had failed spectacularly and now needed complete removal.


Yellow parking lines still visible on the surface told the story of organized use, but the concrete beneath told the story of neglect and deterioration. This floor wasn’t just ugly—it was actively degrading.

The Removal and Repair Phase

Before any new coating could be applied, the crew had to address the fundamental problems. This meant starting from scratch.

Paint Removal: Diamond grinding began, the machines working methodically across 523 square feet to remove every trace of the failed coating. The HEPA vacuums attached to the grinders captured the dust, keeping the monastery’s air clean while the crew worked. This wasn’t quick work—old paint doesn’t surrender easily—but it was essential work.

Pitting Repair: With the old coating removed, the true extent of the damage became visible. The photos document the repair process: pools of MR-50 mender filling the countless pits scattered across the floor. This wasn’t superficial patching; this was structural restoration. Each pit needed to be filled, leveled, and bonded to create a sound surface.

The crew worked through the damaged areas systematically, identifying every compromised section, every crater, every void. The moisture content tested at 3.8%—acceptable, no barrier needed—but the physical damage required serious attention.

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The Pebble Beach Build

With repairs complete and the surface properly prepared, the coating process could finally begin:

Step 1 – Aggressive Preparation:

  • Diamond grinding across the entire 523 sq ft
  • Creating optimal profile for adhesion
  • HEPA vacuum dust control throughout
  • 24-grit preparation for maximum traction

Step 2 – Pure Polyurea Basecoat:

  • 100% solids, self-priming formulation
  • Applied over the repaired and prepared surface
  • Creating the foundation for the Pebble Beach finish

Step 3 – Hand Broadcast Decorative Chips:

  • Applied manually across the wet basecoat
  • Creating that natural stone appearance
  • Providing color, texture, and visual depth
  • The signature Pebble Beach aesthetic

Step 4 – Curing and Scraping:

  • Allowing proper cure time
  • Scraping to remove vertical or loose flakes
  • Thorough vacuuming for clean surface

Step 5 – UV-Stable Polyaspartic Clear Coat:

  • Heavy topcoat with 24-grit traction
  • UV-stable formulation for long-term clarity
  • Maximum protection and durability
  • Glass-like finish sealing everything

Step 6 – Vertical Lip Detail:

  • 13 linear feet of vertical lip coated
  • Matching the floor system for complete protection
  • Professional edge detail work

The Storm

As the crew finished the final clear coat application and began packing up equipment, the sky darkened ominously. A massive storm was rolling in—the kind of Michigan weather event that can dump inches of rain in minutes.


But the monastery garage had advantages: a very large overhang protecting the entrance, and a steep slope from the garage floor down to the driveway. The crew lowered the garage door almost to the floor, leaving just enough clearance for air flow while preventing any rain from blowing in.


The timing was close. As they drove back to the shop, the storm hit with full force. But back at the monastery, the new Pebble Beach floor was curing under ideal protection—the overhang and slope ensuring no water would compromise the fresh coating.

The Transformation

The before-and-after contrast is remarkable. What started as 523 square feet of severely pitted, paint-covered, deteriorating concrete became a pristine Pebble Beach installation that looks more like natural stone terrazzo than garage floor.


The sophisticated grey and tan palette with decorative flakes creates visual interest without overwhelming the space. The 24-grit traction provides safety. The heavy clear topcoat seals and protects. Most importantly, the extensive mending work means this floor is structurally sound—actually in better condition now than when it was first poured.

The Technical Reality

This project exemplifies the full scope of professional garage floor restoration:

  • Complete removal of failed previous coatings
  • Extensive concrete repair using MR-50 menders
  • Proper surface preparation with dust control
  • Systematic application of advanced coating systems
  • Attention to details like vertical lips and edges
  • Professional project management including weather considerations

523 square feet on Middlebelt Road. From deteriorating monastery garage to protected, beautiful workspace. And finished just before the storm.

That’s professional floor coating.

Click on the photos to enlarge them

Garage Floor Coating
on Hargrove Court

Hargrove Court, Farmington Hills, MI

Day One: August 1 - The Oil Extraction

When the MotorCity crew first arrived at the garage on Hargrove Court, they immediately identified the problem that would determine the entire project timeline: oil contamination.


The 478-square-foot garage floor showed typical wear—pitting, cracks, surface degradation from years of Michigan weather—but none of that mattered if the oil wasn’t addressed first. Deep in the center of the floor, a large oil stain had penetrated into the porous concrete. Not surface-level residue that could be cleaned away, but deep contamination that had soaked into the concrete matrix itself.


You can’t coat over oil. The chemistry won’t allow it. Oil creates a barrier that prevents proper adhesion, and any coating applied over contaminated concrete will eventually fail—delaminating, peeling, bubbling. It’s not a question of if, but when.


So before any coating work could begin, the oil had to come out.

The Extraction Process

The photos document the process: a specialized oil extraction material spread thick across the contaminated area, its surface glistening wet as it works. This isn’t a quick fix. The extraction compound needs time to draw the oil out of the concrete pores, pulling contamination up from deep within the substrate.

The crew applied the material, ensured proper coverage across the entire affected area, and then… walked away. This is chemistry, not construction. The extraction process needs time to work—hours for the compound to penetrate, absorb, and draw out the oil that had worked its way deep into the concrete over months or years of leaks and spills.

August 1st became extraction day. Not coating day. Not even prep day. Just extraction—the unglamorous but absolutely essential first step in addressing a contaminated floor.

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The Eight-Day Wait: August 1 to August 9

After the extraction process completed and the compound was removed, the floor needed time. Time for any residual extraction material to fully cure out. Time to verify the oil was truly gone. Time for the concrete to return to a stable state ready to accept coating.


Eight days. In the floor coating business, patience isn’t just a virtue—it’s a technical requirement.


During those eight days, the concrete moisture content tested at 3.8%—acceptable, no barrier needed. The extraction had done its job. The oil was gone. The floor was ready.

Day Two: August 9 - The Transformation

When the crew returned to Hargrove Court on August 9th, they arrived ready to build a floor, not remediate one. The oil extraction was complete. Now came the precision work.

Surface Preparation:

  • Aggressive 36-grit diamond grinding across all 478 sq ft
  • HEPA vacuum dust control
  • Removing surface contamination
  • Creating optimal profile for maximum adhesion
  • Opening the concrete pores to accept coating

Concrete Repair:

  • MR-50 mender applied to all pitted areas
  • Crack filling and structural bridging
  • Creating a unified, sound surface
  • Building strength back into compromised sections

The Pebble Beach Build:
Pure Polyurea Basecoat:

  • 100% solids, self-priming formulation
  • Applied over the prepared, oil-free surface
  • Creating the foundation for the Pebble Beach system

Decorative Chip Broadcast:

  • Hand-applied across the wet basecoat
  • Pebble Beach color palette—sophisticated greys and tans
  • Creating depth, texture, and visual interest
  • Full broadcast for complete coverage

Curing and Preparation:

  • Proper cure time before scraping
  • Removal of vertical or loose flakes
  • Thorough vacuuming for clean surface

UV-Stable Polyaspartic Clear Coat:

  • Heavy topcoat with 36-grit traction
  • Maximum durability and protection
  • Glass-like finish sealing everything
  • UV-stable formulation preventing yellowing

The Control Joint Detail:

  • 22 linear feet of vertical lip coated
  • Special attention to the expansion joint
  • Lighter flake concentration creating a natural visual break
  • Professional edge work throughout

 

The Detail That Matters

Look closely at the finished photos and you’ll see something that separates professional installation from amateur work: the control joint running through the floor has a lighter concentration of flakes, creating a subtle white line that follows the joint. This isn’t an accident or a defect—it’s intentional design work.


The control joint is a structural feature in the concrete, a deliberate weak point where the slab can crack in a controlled way as it expands and contracts. By creating a visual line along that joint, the coating acknowledges the concrete’s structure rather than trying to hide it. The result looks intentional, architectural, designed.


That’s the kind of detail work that happens when professionals approach floor coating as a craft, not just a commodity service.

The Transformation

The before-and-after contrast tells the complete story. What started as 478 square feet of oil-stained, pitted, deteriorating concrete became a pristine Pebble Beach installation that looks more like designer terrazzo than garage floor.

But this transformation required two visits, eight days apart:

  • August 1: Oil extraction and remediation
  • August 9: Complete coating installation

The oil stain that could have doomed the project? Gone. The pitting and cracks? Repaired and sealed. The damaged concrete? Now protected by one of the most durable coating systems available.

The Technical Reality

This project demonstrates why professional floor coating sometimes requires patience:

Day 1 – Oil Extraction:

  • Identifying contamination that must be addressed
  • Applying specialized extraction compounds
  • Allowing proper time for chemistry to work
  • Verifying complete oil removal

Day 2 – Installation:

  • Aggressive surface preparation with 36-grit grinding
  • Comprehensive concrete repair using MR-50
  • Systematic application of polyurea-polyaspartic coating system
  • Professional detail work including vertical lips and control joints
  • 36-grit traction for safety

Some jobs can be done in one day. Some jobs require two. Professional contractors know the difference.


478 square feet on Hargrove Court. Two days. One complete transformation from oil-stained liability to protected, beautiful asset.


That’s the difference patience and professionalism make.

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