Who Removes Tire Rubber From Airport Runways?
Behind every landing is a small maintenance business most passengers never think about.
Watch an airplane land closely and you may notice a brief puff of smoke from its tires.
Just before touchdown, the wheels are not spinning at the same speed as the aircraft is moving. The instant they hit the runway, they accelerate rapidly.
That creates friction.
And some of the tire rubber stays behind.
One landing leaves very little.
But at a major airport, it happens hundreds — sometimes thousands — of times every day.
A plane lands.
A little rubber stays behind.
Another plane lands.
A little more accumulates.
Over time, dark rubber deposits build up in the touchdown zones where aircraft first meet the runway.
This isn't simply a cosmetic problem.
Airports actually have to remove it.
And behind that routine task is a specialized business most people never know exists.
What Happens at One of the World's Busiest Airports?
Consider Chicago O'Hare International Airport.
In 2025, O'Hare handled roughly 857,000 aircraft movements.
That's an average of more than 2,300 takeoffs and landings every day.
If we made the extremely simple assumption that roughly half were landings, that would mean around 1,175 landings per day across the airport.
Of course, reality is more complicated.
O'Hare has multiple runways. Traffic isn't distributed evenly. Aircraft types vary. And these numbers alone cannot tell us how often O'Hare actually removes rubber from a particular runway.
But they illustrate the scale of the problem.
A single landing leaves almost nothing behind.
Almost nothing, repeated thousands of times, becomes maintenance.
Why Does the Rubber Have to Be Removed?
The key issue is friction.
Just as a car can lose grip on a wet road, an aircraft needs adequate friction between its tires and the runway to slow down and maintain directional control after landing.
As rubber deposits accumulate, they can reduce the friction characteristics of the runway surface, particularly when it is wet.
That's why the U.S. Federal Aviation Administration provides guidance for airports to monitor runway friction and remove rubber deposits when necessary.
This isn't cleaning for appearance.
It's maintenance for performance.
How Often Does a Runway Need Rubber Removal?
This is where the numbers become surprising.
FAA guidance provides suggested rubber-removal frequencies based on the number of turbojet landings at a particular runway end.
| Turbojet landings per day | Suggested removal frequency |
|---|---|
| Fewer than 15 | About every 2 years |
| 16–30 | About once a year |
| 31–90 | About every 6 months |
| 91–150 | About every 4 months |
| 151–210 | About every 3 months |
| More than 210 | About every 2 months |
Imagine that one particularly busy runway end at a major hub consistently receives more than 210 turbojet landings per day.
Under the FAA guideline, it would fall into the highest traffic category.
The suggested frequency?
About once every two months.
In simple terms, that's potentially around six removal cycles per year.
Now think again about O'Hare.
More than 2,300 aircraft movements occur across the airport on an average day.
That does not mean O'Hare cleans every runway six times a year. Actual maintenance depends on which runways receive the landings, aircraft types, friction measurements, rubber accumulation and airport-specific maintenance practices.
But it changes the way we should think about the job.
At a heavily used runway, this isn't necessarily a giant cleaning operation performed once every few years.
It can be recurring infrastructure maintenance.
FAA guidance even recommends moving to the next higher traffic category when more than 20% of the aircraft landing at a runway end are wide-body aircraft.
The logic is simple.
As long as airplanes keep landing, the rubber keeps coming back.
What Does Runway Rubber Removal Actually Look Like?
The work itself is surprisingly straightforward.
Specialized equipment enters the runway.
High-pressure water or another removal system strips rubber deposits from the pavement.
The loosened material, contaminated water and debris are collected.
The surface is inspected.
Then the runway is returned to service.
FAA guidance describes several methods, including high-pressure water, chemical removal, high-velocity impact and mechanical grinding.
But there's an important catch.
More aggressive cleaning isn't necessarily better.
An operator isn't simply trying to blast away as much material as possible.
Do it incorrectly and you can remove the rubber while damaging the expensive pavement underneath.
That's one reason expertise matters.
FAA guidance recommends that airports can require a contractor to demonstrate the removal method on a test section first, showing that the rubber can be removed without damaging the underlying pavement.
Looking Clean Isn't Enough
This is where runway rubber removal stops looking like an ordinary cleaning business.
A runway turning from black back to gray doesn't necessarily mean the job was successful.
What matters is friction performance.
FAA guidance states that the effectiveness of rubber-removal procedures cannot be evaluated by visual inspection alone.
Friction should be measured after contaminants are removed to confirm that acceptable performance has been restored.
The important question isn't:
“Does the runway look clean?”
It's:
“Did the runway regain the performance it needed?”
That makes runway rubber removal closer to specialized infrastructure maintenance than conventional cleaning.
So How Much Does This Work Pay?
Now the hidden business starts to become visible.
Public airport documents provide examples of what customers actually spend on runway rubber removal.
Individual treatment jobs can run into the thousands of dollars, while larger airport and military projects can reach hundreds of thousands.
And when rubber removal becomes part of a long-term airfield-maintenance contract, the numbers can move into the millions.
That's much more useful than simply saying this is a “growing market.”
We can see actual money changing hands.
At Large Airports, Contracts Can Reach Millions
Los Angeles World Airports public contract records list a:
$2.35 million
contract for:
Runway Rubber & Paint Removal.
Because the contract covers both rubber and paint removal, the entire $2.35 million should not be interpreted as rubber-removal revenue alone.
But it demonstrates the scale specialized runway-surface maintenance can reach at a major airport.
And Los Angeles isn't an isolated example.
A 2024 Jacksonville Aviation Authority procurement provides an even more detailed look at the competitive market.
How Many Companies Actually Compete for This Work?
Jacksonville Aviation Authority sought contractors for a five-year Runway Paint and Rubber Removal Services contract.
Three qualified bids were received:
| Bidder | Five-year bid |
|---|---|
| Better Barricades | $2.23 million |
| Remac | $2.88 million |
| Hi-Lite Airfield Services | $4.68 million |
Better Barricades submitted the lowest bid, with the potential five-year award capped at approximately:
$2.23 million.
One procurement cannot tell us how competitive the entire global runway-rubber-removal industry is.
But the documents reveal something else that's arguably more interesting.
Jacksonville Aviation Authority said its existing runway paint and removal contract had developed a scheduling backlog of:
60 to 90 days
because of high demand from Florida airports using the contract.
That doesn't prove there is a nationwide shortage of contractors.
But it does show that specialized contractor capacity can become constrained.
And it gives us a rare glimpse into the supply side of a business most people never think about.
One Machine Can Cost Nearly $1 Million
Now we can see one reason why there may not be thousands of companies rushing into the business.
Nashville International Airport decided to purchase its own specialized rubber-removal equipment.
The machine was a:
Hog Technologies Stripe Hog SH15
The purchase price:
$964,293
Nearly $1 million for one specialized machine.
The equipment was intended for rubber removal and cleaning painted airfield markings.
This doesn't mean every runway rubber-removal contractor needs a million-dollar vehicle.
Different equipment, technologies and operating models exist.
But it illustrates something important.
This isn't necessarily a business you enter by buying an ordinary pressure washer and driving to the airport.
Specialized equipment can require serious capital.
What Is the Job Actually Like?
Reliable global statistics specifically for “runway rubber-removal technicians” are difficult to find.
But the nature of airport operations tells us something about the work.
You can't simply clean a runway whenever you want.
Aircraft may be taking off and landing.
Maintenance therefore has to fit into periods when a runway can safely be made available for work.
Depending on the airport and project, that can mean:
night work,
low-traffic periods,
tight maintenance windows,
weather constraints,
travel,
and strict airside safety procedures.
So this probably isn't the ideal profession for someone seeking a perfectly predictable Monday-to-Friday, nine-to-five schedule.
But it also isn't simply someone manually scrubbing pavement all night.
The work can involve operating sophisticated vehicles and high-pressure systems while working inside one of the world's most tightly controlled pieces of infrastructure.
It's better thought of as a specialized field-operations job.
Is This an Easy Business to Enter?
At first glance, the market might look attractive.
There appear to be relatively few specialists.
The work repeats.
Some contracts are worth millions.
But there's another side to the equation.
There aren't many customers either.
Your potential customers are mostly airports, military airfields and other aviation infrastructure operators.
There isn't an airport on every street corner.
That gives this niche an unusual economic structure:
Few competitors. But also few customers.
And entering the market involves more than knowing how to remove rubber.
The Real Barriers to Entry
The first is equipment.
Professional systems can require substantial capital.
The second is experience.
Cleaning an ordinary concrete surface isn't the same as proving that you can work on an airfield without damaging runway pavement.
The third is airside access and safety.
An airport runway is not a normal job site.
The fourth is performance.
The goal isn't merely to make the surface look cleaner. The runway still has to perform.
The fifth is procurement.
Many potential customers are airports, municipalities, public authorities or military organizations.
That can mean insurance requirements, safety standards, bidding procedures, documentation and previous experience.
Ultimately, the barrier isn't:
“Can you remove the rubber?”
It's:
“Will an airport trust you with its runway?”
But How Much Profit Does the Contractor Keep?
This is one question public procurement documents don't answer very well.
A $2 million contract does not mean a contractor makes $2 million in profit.
There are costs:
specialized vehicles,
equipment maintenance,
labor,
fuel,
water,
wastewater disposal,
insurance,
travel,
night work,
mobilization,
and compliance costs.
Many companies in this niche are private businesses, making reliable industry-wide profit-margin data difficult to find.
So claiming that runway rubber removal has a precise profit margin would be misleading without better evidence.
What public records can show us is what customers are willing to pay.
How much eventually becomes profit is another question.
There Is Another Competitor: The Customer
There's also an unusual business risk.
Sometimes the customer can simply buy the equipment and do the work itself.
Nashville provides a useful example.
Instead of relying entirely on outsourced rubber-removal services, the airport purchased its own specialized machine for approximately:
$964,000.
This highlights an important risk in specialized B2B services.
If outsourced work becomes expensive enough — and the task occurs frequently enough — the customer can consider moving from:
outsourcing
to
in-house operations.
A high barrier to entry doesn't guarantee a comfortable business forever.
Will This Business Still Exist in the Future?
There isn't strong evidence that runway rubber removal is about to become a hyper-growth industry like AI or semiconductors.
It's better understood as a maintenance business.
One of the most basic drivers of demand is aircraft traffic.
More landings mean more rubber.
But the number of airports and runways is finite, and some large airports can purchase their own equipment.
The appeal of the business is therefore less about explosive growth and more about something simpler:
As long as aircraft keep landing, the same problem keeps coming back.
Technology can still improve the economics.
Faster removal.
Less water.
Less pavement damage.
Better wastewater recovery.
Shorter runway closures.
That last one matters enormously.
At an airport, a runway is productive infrastructure.
Time spent closing it has an economic cost.
We See the Airplane. We Rarely See What Keeps It Moving.
Walk into an airport and the visible industry is obvious.
Boeing.
Airbus.
Airlines.
Pilots.
Control towers.
But behind every aircraft that safely lands and takes off is a collection of businesses most passengers never see.
Someone removes rubber from the runway.
Someone measures friction.
Someone repaints airfield markings.
Someone removes snow.
Someone clears foreign-object debris.
Someone manages wildlife.
Someone maintains runway lights.
And behind each of those tasks there can be:
equipment,
workers,
specialized companies,
contracts,
and
money.
The economics of runway rubber removal are surprisingly simple.
The work repeats. The customers are few. The competitors are specialized. The equipment can be expensive. And failure can be costly.
The next time you see smoke rise from an aircraft's tires at touchdown, you might look at it differently.
Someone eventually has to remove what that landing left behind.
Sources
Federal Aviation Administration (FAA) — AC 150/5320-12C: Measurement, Construction, and Maintenance of Skid-Resistant Airport Pavement Surfaces
Runway friction, suggested rubber-removal frequencies, removal methods, pavement-damage risks and post-removal friction testing. The FAA still lists AC 150/5320-12C as active, with its latest CFME-list update published in 2025.
FAA Advisory Circular 150/5320-12C
Chicago O'Hare International Airport — 2025 Aircraft Operations Data
Used for the example of approximately 857,000 annual aircraft movements and more than 2,300 average daily movements.
Los Angeles World Airports — Contract Records
Public LAWA records list a $2.35 million Runway Rubber & Paint Removal contract.
Los Angeles World Airports Contract Records
Jacksonville Aviation Authority — Runway Paint and Rubber Removal Services
Public procurement documents showing three bids of approximately $2.23 million, $2.88 million and $4.68 million, along with a reported 60–90 day scheduling backlog related to demand from Florida airports.
Jacksonville Aviation Authority Contract Award
Nashville International Airport — Purchase of Airfield Rubber Removal Equipment
Public airport document showing the proposed purchase of a Hog Technologies Stripe Hog SH15 for $964,293 for rubber removal and cleaning painted markings.
Nashville International Airport Operations Committee Document