Honeywell Aerospace Inc · NASDAQ:HONA

Honeywell Aerospace — Technical Presentation (2025)

46 slides from Honeywell Aerospace's technical presentation, Jun 24, 2025

  1. Slide 1: Technical Publications Update

    TECHNICAL PUBLICATIONS UPDATE SURESH KANNAN 0

  2. Slide 2: Tech Pubs: Key Improvement Elements

    TECH PUBS | KEY IMPROVEMENT ELEMENTS “A / 100%” 97% 5/5 score 4.75/ 5 score BGA OEMs Drive Improved Customer Satisfaction • AIN Tech Manuals: Avionics (8.4) & Engines (8.3) Enhanced Tech Pubs portal CX • Airbus Airlines survey Documentation (GREEN) • Enhanced security for browsing • Customer Satisfa

  3. Slide 3: Tech Pubs: Engine Manuals Revision

    TECH PUBS | ENGINE MANUALS REVISION Problem Statement • AIN Survey: Honeywell low score (8.3) compared to GE (9.0), RR (8.5) and P&W (8.3) • TFE manuals not revised for years and in GCC/CPAB meet customers looking manuals with TRs & SBs incorporated • Many outstanding Temporary Revisions (TR) and di

  4. Slide 4: TFE731 Engine Manuals Revision Status - Apr 2025

    TFE731 ENGINE MANUALS REVISION STATUS - APR 2025 3 Manuals Published in April • IPC Manuals  8 Manuals published YTD. 3 in April (Classic TFE731-2/3/4/5)  Incorporated 43 service bulletins, 14 temporary revisions & 31 discrepancies  Targeting to publish balance (six) manuals by June 2025 • Heavy

  5. Slide 5: HTF7K Manuals: ICA Structure Released

    HTF7K MANUALS | ICA STRUCTURE RELEASED Restructured HTF7K manuals to ensure compliance with the Instructions for Continued Airworthiness (ICA) and increased protection and control of Honeywell Intellectual Property (IP) by modifying where List of HTF7K Manuals repair procedures are documented. Manua

  6. Slide 6: Appendix

    APPENDIX Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved. 5

  7. Slide 7: TFE731 Manuals - Timeline and Progress

    TFE731 MANUALS - TIMELINE AND PROGRESS Manual ATA # Manual ATA # •IPC 72-03-18 (NG) •HMM 72-02-71 (C) •LMM 72-03-19 (NG) Manual ATA # Manual ATA # •LMM 72-02-17 (C) •LMM 72-02-01 (C) •LMM 72-02-15 (C) •IPC 72-00-74 (C) •HMM 72-03-20 (NG) Manual ATA # •LMM 72-02-33 (C) •LMM 72-02-96 (C) •IPC 72-02-51

  8. Slide 8: TechPub Standard: ATA 100, iSpec, S1000D

    TechPub Standard | ATA 100, ISPEC, S1000D ATA 100 iSpec2200 S1000D Provided Digital Data Standard support Information are produced in Data Modules Provides basic ATA standards Improve the document handling process within Enables quick revision; eliminates need of TRs. No support for digital content

  9. Slide 9: Aero Tech Pubs Strategy 2024-2026

    AERO TECH PUBS STRATEGY | 2024-2026 Strategic Pillar Objectives / Strategies (3 years) 2023 2026 (Baseline) (Goal) Survey – Bottom Survey - Top 3 Scope: CUSTOMER • AIN survey score for Technical Manuals • AIRBUS Airlines survey - Technical Publications Green Green TechPubs COE responsible for Develo

  10. Slide 10: Mapaero Updates

    MAPERO UPDATES JOE COLON Honeywell

  11. Slide 11: In-Service Repair Materials

    IN-SERVICE REPAIR MATERIALS Honeywell Service Information Letter (D202410004566) provides guidance for procurement and distributors of Mapaero Touch Up Kits (TUKs) Integral Products (California, USA) Small volume cases of Mapaero Topcoat in Stock • Primer (SP 350) with (10) 45ml vials (9 months shel

  12. Slide 12: In-Service Mapaero Repair Validation

    IN-SERVICE MAPAERO REPAIR VALIDATION RS on-wing (Mapaero Primer & Top-Coat brush-on) repair validation by Honeywell team at a service center 11

  13. Slide 13: In-Service Mapaero Repair Validation - Follow Up

    IN-SERVICE MAPAERO REPAIR VALIDATION – FOLLOW UP Figure 1 - RS (November 2024) Figure 2 - Post Repair (February 2025) Follow-up of on-wing repair: three months after RS field repair validation 12

  14. Slide 14: AS907 CAMP Trending Update

    AS907 CAMP TRENDING UPDATE JOHN PURSELL

  15. Slide 15: Bi-Modal Analysis Operating System

    BI-MODAL ANALYSIS OPERATING SYSTEM Bi-Modal Analysis – No. 4 Carbon Seal Health • With each take-off, the engine ECU takes a snapshot of multiple operating parameters • Using an algorithm developed by Honeywell and CAMP the oil pressure values (at take-off) are trended • This trend, known as “Bi-mod

  16. Slide 16: Bi-Modal Analysis Operating System

    BI-MODAL ANALYSIS OPERATING SYSTEM No. 4 Carbon Seal – Interstage Seal Design Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved. 15

  17. Slide 17: Bi-Modal Analysis Operating System

    BI-MODAL ANALYSIS OPERATING SYSTEM Bimodality Application • When an undesirable bimodality trend is observed, CAMP provides an alert to the operator • Previously there was only one type of alert: Alert 1 Replace No. 4 carbon seal within 90 days Alert 1 is issued when an undesirable trend in its begi

  18. Slide 18: Bi-Modal Analysis Operating System

    BI-MODAL ANALYSIS OPERATING SYSTEM Bimodality Application • Based on field experience, a second type of alert may be issued (included in SIL AS907-3 update Feb 2025): Alert 2 Replace No. 4 carbon seal within 10 operating hours may be issued when an accelerated increase in bimodality is observed Aler

  19. Slide 19: Bi-Modal Analysis Operating System

    BI-MODAL ANALYSIS OPERATING SYSTEM Bimodality Application • Purpose of the two alerts is to prevent unscheduled down time / in-flight shutdown and extreme cost related to a No. 4 carbon seal issue • When an alert is issued, Honeywell recommends the seal replacement occur as soon as possible within t

  20. Slide 20: AS907 Bypass Duct Hilok Issue

    AS907 BYPASS DUCT HILOK ISSUE JOHN PURSELL

  21. Slide 21: AS907 Bypass Duct Hi-Lok Fastener Issue

    AS907 BYPASS DUCT “HI-LOK” FASTENER ISSUE Description: • Field reports indicate “Hi Lok” fasteners on outer fan bypass duct bleed port may loosen • Does not result in any operational or safety condition Status: • Honeywell working with GKN to identify root cause and develop solution Next Steps: • Se

  22. Slide 22: Ensemble - EDG-100 and Digital Logbook

    ENSEMBLE – EDG-100 AND DIGITAL LOGBOOK NAZAR JANABI

  23. Slide 23: Honeywell Connected Engines Ensemble Digital Logbook

    HONEYWELL CONNECTED ENGINES ENSEMBLE DIGITAL LOGBOOK PRESENTED TO GCC- 04/30 NAZAR JANABI EDG-100 Honeywell Confidentiality and IP Notice. The information disclosed by Honeywell on this New Feature Disclosure Form is the confidential and proprietary information of Honeywell International Inc. and is

  24. Slide 24: Honeywell Ensemble - Connected Engine

    HONEYWELL ENSEMBLE- CONNECTED ENGINE Aircraft mounted Engine Data Gateway (EDG) Edge node system automates transmitting data wirelessly via wi-fi from engine ECU to Forge and CAMP for Engine Health Monitoring Principles Description HTF engine operators currently use a laptop and Problem cable to man

  25. Slide 25: Honeywell Ensemble Architecture

    HONEYWELL ENSEMBLE ARCHITECTURE Engine Condition Trend Monitoring (ECTM) Autonomous BA Forge Cloud Aircraft Mounted EDG-100 (Honeywell STC) Engine Data Viewer (EDV) Cessna Longitude with Honeywell in BA Forge HTF7700 Engines Ground Based Mobile Device App (CMMA) Type of HTF7K ARINC ECFR RTDL FAA app

  26. Slide 26: Data Source Comparison

    DATA SOURCE COMPARISON RTDL • Continuously broadcast by engine controller (Datalogger) • Parameter list configurable through Honeywell Forge based on algorithm needs EDG-100 only • Enables transient trending, LRU monitoring • ~25 MB/hr/aircraft Value for Trending • Downloaded from engine controller

  27. Slide 27: Why Honeywell Ensemble

    WHY HONEYWELL ENSEMBLE Rejected Take Off • Pilot rejected takeoff on the runway because one engine began surging. • Subsequent inspection revealed detached abradable material (used to ensure tight disc-shroud clearance). • Algorithms had been previously developed to identify detached abradable befor

  28. Slide 28: Key Features of Honeywell Ensemble

    KEY FEATURES OF HONEYWELL ENSEMBLE EDG-100 Edge Node • Near Realtime access to engine parametric data (including data not available over ARINC429) for prognostic trending. • Enables engine gas path and LRU prognostics to identify issues prior to a flight deck effect in the cockpit, avoiding operatio

  29. Slide 29: Digital Logbook - Connected Engine

    DIGITAL LOGBOOK- CONNECTED ENGINE A block chain secured; cloud hosted, patented digital solution that improves security, searchability, and availability of the engine logbook. Principles Description Bulky, paper three-ring binders that is vulnerable Problem to damage, loss and not searchable. Soluti

  30. Slide 30: Digital Logbook - Where Is the Need?

    DIGITAL LOGBOOK – WHERE IS THE NEED? Challenges – Paper Engine Logbook (current format) Significant time spent on Large Logbook Lack of real research and No efficient amounts of preservation time visibility updating way to search data in through the life of the Engine logbook for documents numerous

  31. Slide 31: Digital Logbook: Benefits

    DIGITAL LOGBOOK: BENEFITS  24/7 web-based access to entire fleet of engines utilizing DLB  Review and search engine configuration, Service Records, Service Bulletins, and Airworthiness Directives applicable to each engine in minutes instead of hours/days  Detailed breakdown of LLPs and blades ins

  32. Slide 32: DLB User Interface Screenshots (1 of 3)

    DLB USER INTERFACE SCREENSHOTS (1 OF 3) Step 1: Log in to DLB via Weblink (username and password required) Step 2: A list of the organization’s engines will be shown. Select Engine SN to access DLB Web based UI that is easy to access; intuitive to explore Honeywell Confidential - ©2025 by Honeywell

  33. Slide 33: DLB User Interface Screenshots (2 of 3)

    DLB USER INTERFACE SCREENSHOTS (2 OF 3) Configuration Report Service Records Service Bulletins ADs LLPs Blades Accessories/LRUs Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved. 32

  34. Slide 34: DLB User Interface Screenshots (3 of 3)

    DLB USER INTERFACE SCREENSHOTS (3 OF 3) Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved. 33

  35. Slide 35: Interacting with Digital Logbook

    INTERACTING W/ DIGITAL LOGBOOK DIGITAL LOGBOOK powered by TRUSTFLOW US PATENT # 11368304 Blockchain Network B Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved.

  36. Slide 36: Thank You

    Questions: Ensemble@Honeywell.com THANK YOU Aircraft Mounted EDG-100 (Honeywell STC) Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved.

  37. Slide 37: AS907 Dual Function Fuel Switch Reliability

    AS907 DUAL FUNCTION FUEL SWITCH RELIABILITY YVAN LAJOIE

  38. Slide 38: Dual Function Fuel Switch Reliability

    Dual Function Fuel Switch Reliability Problem Description: Increased number of unscheduled removals on the Challenger 3500 and Praetors. The dual function switch provides 1) impending bypass pressure of the filter assembly (FFM) and 2) the fuel filter inlet temperature. Typical associated MCIDs 0105

  39. Slide 39: Fuel Dual Function Switch Usage History & Config

    FUEL DUAL FUNCTION SWITCH USAGE HISTORY & CONFIG • Initial configuration P/N 2718859 Dual function fuel switch & kit P/N 351119 • SB AS907-73-9003 introduced P/N 2718964 Dual function fuel switch & kit P/N 648027 (May 2011) • Alternate P/N 82010664-001 (Custom Control Sensors) via SPB D202406004402

  40. Slide 40: Switch P/N 2718964 or 82010664-001 Both Used in Production

    SWITCH P/N 2718964 OR 82010664-001 ARE BOTH USED IN PRODUCTION Fuel Filter Module Assy Custom Control Sensors LLC Cage code 09049 New Fuel Impending Bypass Switch Alternate P/N 82010664-001 Now Available Honeywell Confidential - ©2025 by Honeywell International Inc. All rights reserved. 39

  41. Slide 41: AS907 Tower Shaft Bearing Update

    AS907 TOWER SHAFT BEARING UPDATE JOHN PURSELL

  42. Slide 42: AS907 Upper Tower Shaft Ball Bearing Issue

    AS907 UPPER TOWER SHAFT BALL BEARING ISSUE – 3033024-6 Description • Field reports of issues with upper tower shaft bearing 3033024-6 Forward o Chip CAS or oil filter analysis o No IFSD / operational issues Background • Introduced in 2011 via SB72-9045 o Two-piece bronze separator o Secured by 10 ho

  43. Slide 43: MSP and Fly the Fleet

    MSP AND FLY THE FLEET DAVE LOPEZ

  44. Slide 44: MSP Automation and Digitization Projects

    MSP AUTOMATION AND DIGITIZATION PROJECTS 2025 • 2024 Supervisors placed over; • Avionics, Entry/Contracts, Support, Collections • Making portal robust: $0 invoices, duplicate invoices, hours not recording, access questions • New • Online renewal automation – live, working issues • Online transfer no

  45. Slide 45: MSP Case Management Tracking

    MSP CASE MANAGEMENT TRACKING Case Management (Email and Phone) • Networked through Salesforce.com & InContact Phone • Cust Sat Survey 85%, First Call Resolution 85%, Agent Sat 89% • ~1600 cases per month • Similar set of metrics for Avionics, mainly dealer related • Continuing to refine case routing

  46. Slide 46: MSP Fly the Fleet

    MSP FLY THE FLEET Sum of Total Event Year Event Dash Mod 2025 2026 2027 2028 2029 2030 2031 2032 TFE MPI -2 15 18 12 18 20 5 7 15 MPI MPI -3 -4 11 7 17 2 20 4 15 2 27 2 16 5 10 1 10 10 • Includes unscheduled factor (Honeywell Ensemble performance) • ERB / HAT / T&M / Proactive added on above this fo

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