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RunwaySense by NAVBLUE
(CORSAIR Project)
NAVBLUE AN AIRBUS COMPANY
NAVBLUE RUNWAY SAFETY - BOMBARDIER CRJ FOSC 2
The keys to runway safety
Stop distance
Information (RunwaySense)
Use the A/C as a sensor
Information (RunwaySense)Preparation (EFB - Flysmart+)
Safety net (ROPS)
Give pilots the tools and information they need for
decision making at landing
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 3
What is it?
Use the aircraft to measure how slippery the runway was at landing and report
this information back to airspace users
RunwaySense BY NAVBLUE
Onboard Software(BACF)
RunwaySenseCollaborative Web
Platform
ATSU Software Application
Braking Action Computation Function (BACF)
6
How Braking Action Computation Function (BACF) works
NAVBLUE – RUNWAYSENSE
Use the data measured by the aircraft during its deceleration roll to identify the braking action level
Actual braking performance
Reference Aircraft Performance Model
Braking Phase
DRY GOOD GOOD to MED MED MED to POOR POOR
In simple terms, BACF compares what the aircraft actually did to
simulations of what the aircraft would have done for each reference
runway state → find the best match
Pilot Feedback on MCDU
FEEDBACK TO THE PILOT
Situational awareness about how slippery the runway was and where
(REQ) lets pilot know that information is available
AID FOR PIREP
Can be used to consolidate the pilots’ evaluation of the runway braking action for the PIREP
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 7
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 8
ATSU Software Application - Details
AIRBUS Software name: BACF
(Braking Action Computation Function)
AIRCRAFT TYPE
> A319 CEO
> A320 CEO/NEO
> A321 CEO/NEO
> A330 from Q2 2019
CERTIFICATION
> Qualified as minor modification
> EASA Certification July 2018
COST
> Free-of-Charge along as copy of ACARS
messages rerouted
A320 SOFTWARE / HARDWARE Pre-Requisites
> ATSU Software standard:
> FANSB+ minimum CSB6, or
> Pre-FANS minimum CSB7.2, or
> FANSA+ minimum CSB7.4
> ATSU hardware standard:
> C70 (Pre-FANS only), or
> A10 (FANSA+ or FANS B+ only)
> FWC standard: minimum H2-F6
> SDAC standard: minimum H2-E2
> DMC standard:
> EIS1: minimum V70, or
> EIS2: minimum S5
Web Based Collaborative Platform
Web-based collaborative platform built by NAVBLUE
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 10
> ACARS messages are routed to NAVBLUE.
> Parse and Enrich the data
> Customized dashboards with real-time information
FOR AIRLINES
> View and filter all your aircraft’s messages
> Overview of operations at your airports
FOR AIRPORTS
> Overview of all runways
> Trending & detailed view of braking action reports
on the runway
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 11
What’s the Benefit? Why Share the Data?
> Real-time information about trend of runway
condition.
> Optimize runway closures and cleaning based on
slippery conditions.
> Optimize use of de-icing chemicals for slippery
areas of runway.
For Air Traffic Controllers
For Airports
> Awareness of current runway braking action.
> Collaboration with airport on slippery conditions
and runway closures O
pti
miz
e
> Pilot awareness of slippery conditions.
Objective feedback for help with Pilot Braking
Action Report.
> Awareness of slippery conditions, risk
management within route network.
> Ability to see “other contributors” reports for
airports where the airline does not have
frequent operations.
For Airlines
For Aircraft Manufacturers> Provide safety enhancing solution for clients.
> Vision on route network and slippery runways
used by airlines. Improve overall aviation safety
network.
> Pro-Active Response to NTSB/AAIB/CAST safety
recommendations. En
han
ce S
afe
ty
Why is it Free for Airlines?
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 12
The Safety Benefit of this technology can only be realized with a mass adoption of the onboard software
The value is not in one message, it is from the combination of 100s of messages.
Therefore Airbus & NAVBLUE decided to make the onboard software FOC, provided that airlines share the data with the RunwaySense platform.
Way forward
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 14
Next
Steps
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 15
How
to get
RunwaySense
Request Airbus Standard Service Bulletin
RunwaySense by NAVBLUE Service Agreement
• Requires airline to route ACARS messages
• Gives NAVBLUE rights to use the collected data
FOC P.O. to NAVBLUE for the ATSU Software (by CD)
Installation on Aircraft
Contact Data Service Provider to route ACARS messages
to Airbus/NAVBLUE
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 16
Contact NAVBLUE for more
information on how to get this on
your aircraft
Interested to
participate in the
future of
Runway Safety?
Frequently Asked Questions
Number of ACARS messages sent- BACF only sends a message if a slippery condition was detected. This will vary depending on your operations and time of year, but in general it may be only 1 ACARS message per 500 landings
ACARS Message Size
- All data is fit inside one ACARS block. The message length is
maximum 208 bytes; only 35 bytes if error message.
Will this impact my current ATSU AOC customization
- No. The BACF software is loaded in the same memory partition
as the AOC customization but is completely separate. It has no
impact on your current AOC customization.
How do I route the messages to Airbus/Navblue
- The BACF messages have their own dedicated SMI Label: RSA.
Simply contact your ACARS service provider and ask them to route
a copy to Airbus/Navblue (Type-B address = XYTGU7X)
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 17
How long is installation?
- BACF will have it’s own dedicated AMM Task that will be made
available with the Technical Adaptation. Airbus does not provide an
advanced copy, but to estimate the workload you can refer to the
following AMM tasks which are very similar:
-AMM TASK 46-21-00-610-001 (Uploading of the ATSU
Software), and
- AMM Task 46-21-00-610-005 (Uploading of the ATSU
Software with a High-Speed Portable Data Loader)
How does this affect flight operations?
- The BACF works in the background and remains transparent to
the flight crew. There is no change in operations. If the flight crew
wishes to check the BACF message they can access the
information through the MCDU.
What resources are available for pilots & flights ops?
- There are two additional pages in the FCOM describing the
system.
- There is an ISI article available on Airbus World titled “How to use
BACF to File a Pilot Report of Braking Action?”
© NAVBLUE INC. ALL RIGHTS RESERVED. CONFIDENTIAL AND PROPRIETARY DOCUMENT. THIS DOCUMENT AND ALL INFORMATION CONTAINED HEREIN IS THE SOLE PROPERTY NAVBLUE INC. NO INTELLECTUAL
PROPERTY RIGHTS ARE GRANTED BY THE DELIVERY OF THIS DOCUMENT OR THE DISCLOSURE OF ITS CONTENT. THIS DOCUMENT SHALL NOT BE REPRODUCED OR DISCLOSED TO A THIRD PARTY WITHOUT
THE EXPRESS WRITTEN CONSENT OF NAVBLUE INC. THIS DOCUMENT AND ITS CONTENT SHALL NOT BE USED FOR ANY PURPOSE OTHER THAN THAT FOR WHICH IT IS SUPPLIED. THE STATEMENTS MADE HEREIN
DO NOT CONSTITUTE AN OFFER. THEY ARE BASED ON THE MENTIONED ASSUMPTIONS AND ARE EXPRESSED IN GOOD FAITH. WHERE THE SUPPORTING GROUNDS FOR THESE STATEMENTS ARE NOT SHOWN,
NAVBLUE INC. WILL BE PLEASED TO EXPLAIN THE BASIS THEREOF. NAVBLUE INC., ITS LOGO, AIRBUS, A300, A310, A318, A319, A320, A321, A330, A340, A350, A380, A400M ARE REGISTERED TRADEMARKS.
NAVBLUE
WWW.NAVBLUE.AERO
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 19
Runway Condition Assessment Matrix
NAVBLUE – USING THE AIRCRAFT AS A SENSOR TO ESTIMATE RUNWAY BRAKING ACTION. 20
What is it?
RunwaySense improves runway
condition awareness for airlines,
airports & ATC by sharing information
on how slippery the runway is
What does it do for you?
It uses the aircraft as a sensor to
measure how slippery the runway
was at landing.
> The information is displayed to the
pilot after landing on the MCDU
and,
> An ACARS message is routed to
NAVBLUE’s collaborative web-
platform for display.
How does it help?
> Each equipped aircraft will provide
runway condition awareness in
real-time;
> Airports will be able to better
manage the operations during
difficult winter or bad weather
conditions;
> ATC and pilots will have better info
regarding the current state of the
runway for landing and take-off.
The Big Picture