Airframe heavy maintenance demands precision that paper-based processes and disconnected spreadsheets simply cannot deliver. When your shop is managing fuselage skin repairs, wing structural findings, and composite damage alongside SRM compliance, every missed data point carries airworthiness risk. Book a Demo to see how OxMaint's airframe maintenance platform connects structural inspection findings, NDT integration, and SRM repair traceability into a single workflow. From digital dent-and-buckle charting to corrosion control mapping, OxMaint gives Airframe Shop Directors the operational visibility to close heavy checks faster and with full documentation integrity. Sign Up Free and connect your structural repair workflow to OxMaint's MRO asset management platform today.
Digitize Your Airframe Structural Repair Workflow
OxMaint helps airframe MRO teams manage NDT findings, SRM repair traceability, dent-and-buckle charts, and corrosion mapping — all linked to aircraft asset records for every heavy check.
Why Airframe Heavy Maintenance Requires Dedicated Software
Traditional MRO platforms were designed for line maintenance — not the complexity of heavy structural checks. A-checks and C-checks on airframes involve layered documentation requirements: SRM chapter references, NDT finding records, corrosion grading, repair authorization traceback, and return-to-service sign-off. Book a Demo to see how OxMaint replaces disconnected spreadsheets with a unified airframe inspection and repair tracking environment purpose-built for structural work.
Record, locate, and track every skin damage finding against allowable limits in a structured digital format — eliminating paper dent maps and enabling longitudinal damage trending per aircraft registration.
Capture ultrasonic, eddy current, and radiographic findings directly in work orders. Link each finding to the structural zone, inspection method, technician credentials, and applicable SRM disposition.
Tie every structural repair to the exact SRM chapter, figure, and revision used. Maintain a permanent, auditable record of repair authorization from damage discovery through return-to-service.
Map corrosion findings by zone, severity level, and treatment applied across the airframe lifecycle. Track recurring corrosion hotspots to support reliability analysis and maintenance program adjustments.
Build zone-by-zone inspection packages for fuselage, wing, empennage, and control surfaces. Assign tasks to licensed technicians with real-time completion tracking and mandatory sign-off gates.
Document composite damage assessment, repair method selection, cure cycle data, and post-repair inspection results — all linked to the structural asset record for full lifecycle visibility.
Airframe Structural Inspection Reference: Zone-Based Check Coverage
Effective heavy check management requires zone-specific task planning that aligns with OEM structural documentation and regulatory inspection intervals. The table below outlines typical airframe inspection zones, primary findings types, and applicable diagnostic methods tracked within OxMaint's structural work order system. Sign Up Free to attach aircraft-specific SRM references and inspection zone maps directly to each asset record in OxMaint.
| Airframe Zone | Typical Check Type | Common Findings | NDT Methods Applied | SRM Reference Area | OxMaint Tracking |
|---|---|---|---|---|---|
| Fuselage Skin (Forward) | C / D-Check | Dents, corrosion, fatigue cracks | Eddy current, visual | SRM Chapter 53 | Dent chart, NDT record |
| Wing Lower Surface | B / C-Check | Skin fatigue, fastener corrosion | Ultrasonic, eddy current | SRM Chapter 57 | Damage map, SRM traceability |
| Pressure Bulkhead (Aft) | C / D-Check | Cracking, disbond, corrosion | Visual, ultrasonic | SRM Chapter 53 | Finding log, repair auth |
| Floor Structure / Beams | C-Check | Corrosion, impact damage | Visual, dye penetrant | SRM Chapter 53 | Corrosion zone map |
| Horizontal Stabilizer | C / D-Check | Composite delamination, skin damage | Tap test, ultrasonic | SRM Chapter 55 | Composite repair record |
| Engine Pylon / Strut | C-Check | Cracks, wear, corrosion | Eddy current, radiographic | SRM Chapter 54 | NDT finding, closure record |
| Nose Radome | A / C-Check | Lightning strike, delamination | Visual, tap test | SRM Chapter 53 | Composite damage log |
How OxMaint Manages the Full Structural Repair Lifecycle
Technicians log structural findings directly in OxMaint work orders using mobile or desktop — including zone, damage type, dimensions, photographs, and initial severity assessment. Every finding is timestamped and technician-attributed at point of discovery.
Applicable NDT inspection methods are assigned within the finding record. Technicians record inspection results, equipment used, calibration references, and credentials — creating a fully auditable NDT trail linked to the structural zone and aircraft registration.
Engineering or RII-qualified personnel attach the applicable SRM chapter, figure, and revision to each finding. Repair method selection, material specifications, and authorization signatures are captured within the work order — eliminating separate paper sign-off packages. Sign Up Free to see how SRM traceability works in OxMaint.
Repair tasks are assigned and tracked in real time. Post-repair inspection requirements — including NDT re-inspection where specified — are built into the task flow with mandatory hold points before work order closure is permitted.
Completed structural repairs generate a permanent, searchable record linked to the aircraft asset — covering damage discovery, NDT results, SRM authorization, repair completion, and RTS sign-off. All records are archived and audit-ready on demand. Book a Demo to review the full documentation output.
Airframe MRO Challenges OxMaint Solves for Shop Directors
Paper dent maps and spreadsheet logs make it impossible to trend damage accumulation across fleet rotations. OxMaint centralizes digital dent-and-buckle charts per aircraft with full historical visibility.
Missing SRM revision references or unsigned repair authorization packages trigger findings during regulatory audits. OxMaint enforces SRM traceability as a mandatory field before repair task closure.
Untracked open NDT findings create last-minute closure rushes that delay aircraft release. OxMaint provides real-time finding status dashboards with aging indicators and escalation alerts for shop management.
Without corrosion data aggregated across aircraft, recurrent zone-specific corrosion goes undetected until structural significance increases. OxMaint maps corrosion findings by zone across the entire managed fleet.
Composite repair records lack cure data, material batch traceability, or post-repair NDT results — creating airworthiness documentation gaps. OxMaint structures composite repair records with mandatory data capture at each stage.
Manual task assignment, paper sign-off routing, and verbal status updates extend turnaround time on C- and D-checks. OxMaint's digital work order flow eliminates coordination delays with real-time task visibility for shop directors.
R-32 vs R-454B Comparison: Airframe Platform Capability
- Zone-based inspection task packages aligned to OEM structural documentation
- Digital dent-and-buckle chart per aircraft registration with allowable limit reference
- Mandatory technician sign-off gates at hold point stages
- Real-time completion tracking visible to shop director dashboard
- Photo attachment at finding level for visual documentation
- Automated PM scheduling for recurring corrosion and structural spot checks
- SRM chapter, figure, and revision linked to every structural repair work order
- NDT method, equipment, calibration, and technician credential logged per finding
- Engineering authorization workflow with RII digital sign-off capability
- Composite repair stage tracking including cure cycle and material batch data
- Return-to-service documentation auto-generated from closed work order records
- Full audit package export per aircraft or per heavy check event
Manage Every Structural Finding From Discovery to RTS
OxMaint gives airframe MRO teams NDT integration, digital dent-and-buckle charting, SRM repair traceability, and corrosion mapping in one platform — with a free tier available for immediate deployment.
Frequently Asked Questions
What is airframe heavy maintenance software and what does it manage?
Airframe heavy maintenance software manages structural inspection findings, NDT records, SRM repair authorizations, dent-and-buckle charting, corrosion control, and return-to-service documentation for C- and D-check events. OxMaint covers the full structural repair lifecycle in a single connected platform.
How does OxMaint handle SRM repair traceability during heavy checks?
OxMaint requires technicians and engineers to link every structural repair to the applicable SRM chapter, figure, and revision before work order closure. This creates a permanent, auditable traceability record per finding and per aircraft registration.
Can OxMaint integrate NDT findings with structural work orders?
Yes. OxMaint captures NDT findings — including inspection method, equipment calibration reference, and technician credentials — directly within structural work orders, linked to specific airframe zones and applicable SRM disposition.
Does OxMaint support digital dent-and-buckle charting for airframe skin damage?
OxMaint provides a digital dent-and-buckle chart framework where damage findings are recorded with location, dimensions, and allowable limit reference — replacing paper dent maps and enabling fleet-wide damage trending over time.
How does OxMaint support corrosion control tracking across an aircraft fleet?
Corrosion findings are logged by structural zone, severity grade, and treatment applied — then aggregated across all managed aircraft. This allows shop directors to identify recurring corrosion hotspots and support maintenance program reliability analysis.
Can OxMaint manage composite repair documentation including cure cycle data?
Yes. OxMaint's composite repair records capture damage assessment, repair method, material batch references, cure cycle parameters, and post-repair NDT results — all linked to the aircraft asset record for permanent traceability.
Is OxMaint suitable for managing multiple aircraft through simultaneous heavy checks?
OxMaint supports multi-aircraft, multi-check management with real-time dashboards showing open findings, task completion status, and aging indicators per aircraft — giving shop directors full visibility across concurrent heavy check events.
Ready to Modernize Your Airframe Structural Repair Operations?
Join MRO teams using OxMaint to digitize NDT findings, SRM traceability, dent-and-buckle charting, and corrosion mapping across every aircraft in their heavy maintenance program.
