HARD-BRAKe landings

Identify runway hotspots with aircraft braking performance data

Find hidden hotspots before they cause delays or safety risks

Find hidden hotspots before they cause delays or safety risks

Find hidden hotspots before they cause delays or safety risks

What hard-brake landings tell you

Hidden signals of degrading runway conditions

ABARnet™ issues a Hard-Brake Landing (HBL) report for specific runway segments when hydraulic pressure reaches ≥1400 PSI on both main gears for 3+ seconds.

In practice, it means a pilot pressed harder on the brakes than normal during a rollout. This could be done:

Because the runway is slick from rain, snow, ice, or rubber buildup

To make a quick exit and reduce taxi distance, saving time and fuel

When landing on a short or high-altitude runway

Due to runway design flaws (e.g., grading)

Operational impact

HBLs are a frequent signal of where runway performance is slipping, so maintenance teams know where to act before operations or safety is compromised.

PROCESS

A sharper [picture] of runway surface conditions

How HBL reports tell you where aircraft are:

Braking harder

Rolling longer

Missing exists

01: Detect

ABARnet™ transforms braking action data from onboard aircraft sensors into highly accurate ABARs in RCAM-style format. Within these reports, hard-brake landings (HBLs) are identified as distinct events, making them visible and measurable.

ABARnet™ transforms braking action data from onboard aircraft sensors into highly accurate ABARs in RCAM-style format. Within these reports, hard-brake landings (HBLs) are identified as distinct events, making them visible and measurable.

02: Expose

HBLs are mapped to precise runway segments and taxiways, revealing degraded surface conditions and braking action patterns that traditional inspections often miss.

HBLs are mapped to precise runway segments and taxiways, revealing degraded surface conditions and braking action patterns that traditional inspections often miss.

03: Adapt

By revealing hotspots and patterns from traffic, weather, or design, HBLs allow airports to continually refine treatment schedules and maintenance strategies — so they can maximize runway uptime.

By revealing hotspots and patterns from traffic, weather, or design, HBLs allow airports to continually refine treatment schedules and maintenance strategies — so they can maximize runway uptime.

8,300+

Hard-brake landings at major hubs since 2024

~2,000/mo

~2,000/mo

~2,000/mo

Hard-brake landings across U.S. airports

1/4

Landings exceed normal braking demand

airport impactS

More movement.
Faster recovery.
Fewer disruptions.

Knowing where HBLs occur creates cascading advantages:

Pinpoint inspections

Pinpoint inspections

Pinpoint inspections

Pinpoint inspections

to focus on the exact spots that need attention — where, when, why, and how.

Target treatments

Target treatments

Target treatments

Target treatments

with more accuracy to restore and/or enhance braking action performance.

Lower airfield costs

Lower airfield costs

Lower airfield costs

Lower airfield costs

with improved maintenance scheduling and fewer disruptions to operations.

Plan long-term

Plan long-term

Plan long-term

Plan long-term

with data identifying the root causes of delays — degraded runway conditions, traffic, weather, or more.

"Hidden hard-brake events quietly drain budgets. We give operators the insight to stop unnecessary spend and delays — with reports that ensure every event is visible, accurate, and ready for action."

Joe Vickers

CEO, AST

"Hidden hard-brake events quietly drain budgets. We give operators the insight to stop unnecessary spend and delays — with reports that ensure every event is visible, accurate, and ready for action."

Joe Vickers

CEO, AST

"Hidden hard-brake events quietly drain budgets. We give operators the insight to stop unnecessary spend and delays — with reports that ensure every event is visible, accurate, and ready for action."

Joe Vickers

CEO, AST

"Hidden hard-brake events quietly drain budgets. We give operators the insight to stop unnecessary spend and delays — with reports that ensure every event is visible, accurate, and ready for action."

Joe Vickers

CEO, AST

ABARnet™

Improve runway maintenance and uptime

ABARs: Use approved data directly from aircraft

Friction forecasts: A crystal ball into the future

Hard-brake landings: Identify runway hotspots

Available for any aircraft type - Boeing, Airbus. etc.

Achieves a level of accuracy that others do not

let's CONNECT

Get on board with precise reports

ABARnet™

Improve runway maintenance and uptime

ABARs: Use approved data directly from aircraft

Friction forecasts: A crystal ball into the future

Hard-brake landings: Identify runway hotspots

Available for any aircraft type - Boeing, Airbus. etc.

Achieves a level of accuracy that others do not

let's CONNECT

Get on board with precise reports

ABARnet™

Improve runway maintenance and uptime

ABARs: Use approved data directly from aircraft

Friction forecasts: A crystal ball into the future

Hard-brake landings: Identify runway hotspots

Available for any aircraft type - Boeing, Airbus. etc.

Achieves a level of accuracy that others do not

let's CONNECT

Get on board with precise reports

ABARnet™

Improve runway maintenance and uptime

ABARs: Use approved data directly from aircraft

Friction forecasts: A crystal ball into the future

Hard-brake landings: Identify runway hotspots

Available for any aircraft type - Boeing, Airbus. etc.

Achieves a level of accuracy that others do not

let's CONNECT

Get on board with precise reports

data IMPACT

More knowledge. Faster recovery. Fewer disruptions.

When airports know where HBLs occur, the benefits cascade:

Pinpoint inspections

to focus on the exact spots that need attention — and how much.

Target treatments

with more accuracy to restore friction where it matters most.

Reduce surprises

on the airfield to improve pilot confidence and reduce disruptions to operations.

Plan long-term

with data identifying the root causes of delays — traffic load, weather, design flaws, and more.