Aircraft Maintenance Software Development

Maintenance and engineering software built around the aircraft you actually maintain, not a generic MRO suite

Enterprise MRO suites like Ramco Aviation, AMOS, and Ultramain Systems are built to cover every maintenance workflow a large operator might run - which means most operators pay a full seat-licensed fee for modules they never touch. We build the work-order tracking, parts and inventory tie-in, maintenance scheduling, and technician sign-off records your maintenance team actually uses, scoped to your fleet and workflow instead of a generic module set.

  • Work order tracking built around your maintenance workflow, not a generic module set

  • Parts and inventory tie-in so technicians aren't chasing stock across separate systems

  • Maintenance scheduling tied to airworthiness directives and inspection intervals

  • Fixed-cost delivery, scoped up front, with source code ownership

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The problem

Sound familiar?

  • Paying a six-figure annual license fee for an enterprise MRO suite when only a handful of its modules match your actual fleet and workflow?

  • Work orders, parts tracking, and technician sign-off records living in disconnected systems that nobody fully trusts?

Short answer

Aircraft maintenance and engineering (M&E) software development covers work-order tracking, parts and inventory tie-in, maintenance scheduling against airworthiness directives, and technician sign-off records for MRO and airline maintenance teams. RaftLabs builds this for operators whose maintenance workflow doesn't map cleanly onto every module in an enterprise MRO suite. An MVP build typically runs $20,000-$50,000 over 12-15 weeks; a full build with parts/inventory integration and maintenance-scheduling logic runs $50,000-$100,000 over 15-18 weeks, at a fixed cost.

Key takeaways

  • Work-order tracking, parts/inventory tie-in, and maintenance scheduling are the three workflows most maintenance teams actually run day to day - the rest of an enterprise MRO suite often goes unused.
  • Maintenance scheduling needs to be tied directly to airworthiness directives and inspection intervals, not tracked separately in a spreadsheet next to the system of record.
  • Technician sign-off records need to be captured as structured, auditable data from the start, not reconstructed from paper logs during an audit.
  • An MVP build typically runs $20,000-$50,000 over 12-15 weeks; a full build with parts/inventory integration and scheduling logic runs $50,000-$100,000 over 15-18 weeks, at a fixed cost.

Trusted by

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Aircraft maintenance software delivery, by the numbers

products shipped
100+
cost delivery
Fixed
week delivery cycles
12-18

A scoped build instead of a full seat-licensed suite

Enterprise MRO platforms are priced and built for operators running every module in the catalog - fleet planning, records, engineering, procurement, and more. Most maintenance and repair-station operators only run a handful of those workflows day to day, and still pay the full license fee for the rest. We build the work-order tracking, parts tie-in, maintenance scheduling, and sign-off records your team actually uses, scoped to your fleet instead of a generic module set.

Capabilities

What we build

  • 01
    Work order tracking

    Work orders scoped to your maintenance workflow - creation, assignment, tracking, and closeout - built around how your shop actually runs a job, not a generic module.

  • 02
    Parts and inventory tie-in

    Parts consumption tied directly to work orders, so inventory levels and reorder points reflect what maintenance is actually using, not a separate system nobody reconciles.

  • 03
    Maintenance scheduling against airworthiness directives

    Scheduling logic built around your fleet's airworthiness directives and inspection intervals, so upcoming maintenance is tracked against one system of record.

  • 04
    Technician sign-off records

    Structured, auditable sign-off records captured at the point of work, tied to the technician and the work order, not reconstructed from paper logs later.

  • 05
    Fleet and component tracking

    Component-level tracking across your fleet - installed parts, service life, and swap history - scoped to the aircraft and systems you actually maintain.

  • 06
    Integration with existing systems

    Integration with the parts suppliers, ERP, and reporting systems your maintenance operation already depends on, so the new software fits your stack instead of replacing it wholesale.

How we work

From workflow mapping to live software

  1. Weeks 1-2
    01

    Discovery and workflow mapping

    We map your maintenance workflow, fleet, parts sources, and which modules of your current setup actually get used. You leave with a written scope and a fixed-price quote.

  2. Weeks 2-5
    02

    Data architecture and integration design

    We design the work-order and parts data model, the maintenance-scheduling logic against your airworthiness directives, and the integration layer for each system you keep.

  3. Weeks 5-14
    03

    Build in two-week sprints

    You review working software at each sprint. Work orders, parts tie-in, scheduling, and sign-off records are built and tested incrementally.

  4. Final 3-4 weeks
    04

    Testing and rollout

    The system runs against real work orders so your maintenance team can validate scheduling and records before it replaces what you use today.

Why us

Why maintenance operators choose RaftLabs

  • 01
    Senior engineers build what they scope

    The engineers who map your maintenance workflow also build the software. No offshore handoff after the contract is signed.

  • 02
    Fixed price before development starts

    We scope the work, calculate the cost, and lock it in writing before any development starts.

  • 03
    Founded 2015, 100+ products shipped

    A track record building operational software for asset-heavy, records-driven industries where work orders, parts, and sign-offs all have to tie together correctly.

  • 04
    You own the source code

    No vendor lock-in after delivery, and no per-seat license renewal. The codebase, and everything built into it, is yours.

Have an aircraft maintenance software project?

Tell us which maintenance workflows you actually run today, and where an enterprise MRO suite doesn't fit. We'll scope a fixed-cost build.

Scope your aircraft maintenance software project

Related services

What clients say

What clients say about working with us

Three-year average engagement. Founders and operators describing the work in their own words. No marketing varnish.

Amer Abu Khajil
Amer Abu Khajil
Canada flagCanada
Founder, Peak Studios & Perceptional

I found RaftLabs to be the perfect partner for Perceptional, with their expertise in helping startup founders build MVPs, a free consultation, a prototype that matched my vision, and their unwavering support.

01 / 06

Aircraft Maintenance Software Development, scoped in one call.

Tell us what's broken. Within one business day you get a straight take on cost, timeline, and the right first step. No deck, no pressure.

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Frequently asked questions

Aircraft maintenance and engineering (M&E) software, also called MRO software, manages the maintenance side of operating an aircraft fleet - work orders, parts and inventory, maintenance scheduling against airworthiness directives, and technician sign-off records. It's distinct from broader operations or compliance software, which covers scheduling, crew, or safety-management workflows outside the maintenance shop.

Yes. Work-order tracking tied to your maintenance workflow, and parts/inventory tracking that ties consumption back to those work orders, is the core of most requests in this space. We scope which parts sources and inventory systems you work with during discovery.

Yes. We build maintenance scheduling logic around your fleet's airworthiness directives and inspection intervals during discovery, so upcoming maintenance is tracked against a single system of record instead of a spreadsheet run in parallel.

An MVP build - work-order tracking and core maintenance scheduling - typically runs $20,000-$50,000 and takes 12-15 weeks. A full build with parts/inventory integration and maintenance-scheduling logic runs $50,000-$100,000 over 15-18 weeks. We scope a fixed cost after discovery.

Established MRO suites like Ramco Aviation, AMOS, and Ultramain Systems are strong tools for operators whose fleet and workflow fit their model. Custom software makes sense when you're paying for a full seat-licensed suite but only using a handful of its modules - a scoped build covers the maintenance/engineering workflows you actually run instead. We help assess the right fit during discovery.

Yes, within the maintenance/engineering workflow - technician sign-off records tied to each work order and inspection. For broader compliance and safety-management-system work outside maintenance, see our aerospace compliance automation service.

Work with us

Tell us what you need. We'll tell you what it would take.

We scope Aircraft Maintenance Software Development in 30 minutes. You walk away with a clear cost, timeline, and approach. No commitment required.

  • Scope and cost agreed before work starts. No surprises. No obligation.
  • Working prototype within 3 weeks of kickoff.
  • Pay by milestone. You see progress before each invoice.
  • 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
  • All conversations are NDA-protected.