Build the Lease Road Once.
Access the Well for 30 Years.

Stabilized lease roads that handle water haulers, service traffic, and decades of production operations—without the regrading cycle.

Build the Lease Road Once. Access the Well for 30 Years.
Water hauler traffic
Water hauler traffic
Access roads
Service vehicle access
Time
20-30 year asset life
Location
Remote locations
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What Production Teams Are Saying

The Lease Road Problem: Why They Fail

Roads built for drilling rarely survive production.

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Water haulers destroy conventional roads.

Loaded water trucks running the same route daily concentrate axle loads in wheel paths. Conventional aggregate migrates, ruts form, soft spots develop. Within months, the road needs work.

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Production lasts 20-30 years. Roads don't.

A well producing for decades needs access for that entire period. But lease roads built with conventional aggregate rarely last more than a few years without major maintenance or rebuild.

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Remote locations make every repair expensive.

Grader mobilization to a remote lease costs real money. Aggregate delivered 50 miles from the nearest pit costs more per ton. Maintenance that's routine closer to town becomes a budget problem in the field.

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Regrading is a recurring cost with no end.

Every year, the same roads need the same work. The cost compounds over the asset life. A $10K annual maintenance line item becomes $200-300K over 20-30 years—often more than the original road cost.

Seasonal vegetation management demands all-weather access
Landowner relations suffer when roads fail.

Rutted roads, mud tracked onto county roads, dust complaints—surface owners notice. Failed lease roads make renewals harder and relationships worse.

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Lease Road Applications

For Land & Environmental Teams
Primary lease road access

Main route from county road to well site, built for the life of the asset

For Land & Environmental Teams2
Multi-well lease roads

Shared access serving multiple wells on the same lease

For Land & Environmental Teams3
Water hauler routes

Roads that handle daily loaded truck traffic without rutting

For Land & Environmental Teams4
Service vehicle access

All-weather routes for pumpers, technicians, and maintenance crews

For Land & Environmental Teams5
Saltwater disposal routes

Access to SWD facilities handling constant truck traffic

For Land & Environmental Teams6
Remote/challenging terrain

Roads across soft soils, wet areas, or variable subgrade conditions

Where BaseCore Fits on Transmission Projects

BaseCore addresses common landowner and surface owner concerns:

For Land & Surface Owners
  • Narrower road prism — Thinner section means less excavation, smaller disturbed footprint
  • Less aggregate import — Fewer truck trips during construction, less surface disturbance
  • No regrading equipment — Graders and maintenance crews don't return year after year
  • Permeable surface — Water infiltrates rather than sheeting; reduced erosion and runoff
  • Clean, stable surface — No mud, no ruts, no aggregate tracked onto county roads

When lease roads perform, landowner relationships improve. Renewals get easier. Complaints drop.

The Math: Lease Road Lifecycle Cost

Lease road lifecycle1

Conventional aggregate lease road:

  • Initial build: $X
  • Annual maintenance: $10-15K (regrading, aggregate replenishment)
  • Major rebuild: Every 5-7 years
  • 25-year total cost: Often 3-5x initial build cost
Lease road lifecycle2

BaseCore lease road:

  • Initial build: Higher than conventional
  • Annual maintenance: Near zero
  • Major rebuild: None expected (75+ year product life)
  • 25-year total cost: Typically 40-60% lower than conventional lifecycle cost

Breakeven: Often 18-24 months on remote locations where maintenance mobilization is expensive.
Actual costs vary by location, aggregate availability, and traffic intensity. Request a ROM for your specific project.

Before

  • Lease roads that need regrading every season
  • Water hauler wheel paths turning into trenches
  • Soft spots that show up after every rain
  • Annual maintenance budget that never goes away
  • Landowner complaints about road conditions

After

  • Roads that handle water haulers for decades — Daily loaded truck traffic, no rutting
  • No seasonal maintenance cycle — Build it right, don't touch it again
  • Consistent performance across variable subgrades — Soft spots don't become failure points
  • Maintenance budget that goes to zero — Redirect dollars to production, not road repair
  • Landowner relationships that improve — Clean roads, no recurring disturbance

Products for Lease Roads

BaseCore HD

Best for: Primary lease roads, water hauler routes, any road with heavy repeated traffic

  • Smaller cell aperture (180mm x 218mm) for maximum confinement
  • Double-welded seams for long-term seam integrity
  • Virgin HDPE—consistent material properties over 75+ year life
  • 4-6" cell depths for lease road applications

BaseCore Geocell

Best for: Lighter service roads, shoulders, drainage, erosion control

  • Larger cell aperture (287mm x 320mm)
  • General reinforcement applications
  • 3-4" cell depths for lighter traffic
Quick Selector
Application Typical Loads Subgrade Risk Recommended Product Cell Depth
Primary lease road (water haulers)Heavy, dailyVariableBaseCore HD4-6"
Multi-well shared accessHeavy, frequentModerate-highBaseCore HD4-6"
Service vehicle routesLight/mediumLow-moderateBaseCore HD or BC3-4"
SWD facility accessHeavy, constantHighBaseCore HD6"
Remote/soft subgrade areasVariableHighBaseCore HD6"

Get a Section + ROM for
Your Lease Road

Tell us about your project. We'll send back a recommended section, quantities, and budgetary pricing within 1-2 business days.

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Budgetary only. Final design confirmed by your Engineer of Record. We typically respond within 1-2 business days.

Or Reach Us Directly Call: 888-511-1553

Frequently Asked Questions

Can this handle daily water hauler traffic?
 

Yes. BaseCore HD with 4-6" cell depths handles loaded water trucks running the same route daily. The cellular confinement prevents the wheel path rutting that destroys conventional lease roads.

How long will it actually last?
What's the installed cost compared to conventional?
What about variable subgrade conditions?
Does it help with landowner relations?
Can it be installed fast for new well access?
What aggregate do you recommend?
How wide should the road be?
Can I upgrade an existing failed lease road?
Do you work with our contractor?