Explore systems spatially
Move beyond flat diagrams with interactive aircraft and component views built for technical understanding.
Aviation learning · In development
AvioScope is building a new way to learn aircraft systems through interactive 3D visualisation, simulation and troubleshooting.

01 · The vision
Conventional slides, manuals and videos explain what a system does. AvioScope is designed to help learners explore how it behaves.
Our goal is to make complex aircraft-system logic more visual, memorable and interactive—without replacing approved maintenance data or officially approved type training.
Move beyond flat diagrams with interactive aircraft and component views built for technical understanding.
Follow electrical, hydraulic, pneumatic, fuel and mechanical behaviour through clear visual sequences.
Change configurations, observe system effects and work through realistic technical scenarios.
02 · The learning loop
03 · Proof of concept
The first AvioScope prototype will validate a simple interactive system flow before the platform expands into aircraft-specific ATA chapters.
Built for technical learners
Project status
The platform concept, first interactive lesson and technical architecture are currently being developed.
Follow the project on LinkedIn04 · Aviation Video Masterclasses
Practical video walkthroughs synchronized with AvioScope's YouTube channel. Explore step-by-step landing gear extension, 230 VAC Variable Frequency power, Fly-by-Wire laws, and METAR decoding with interactive timestamps, searchable transcripts, and source-grounded technical breakdowns.
Explore all video tutorials
▶ 26:40A350 · ATA 21
Deep dive into the Airbus A350 ATA 21 Air Conditioning system: follow bleed air through Flow Control Valves, dual Air Conditioning Packs, Air Cycle Machines, trim air valves, and avionics ventilation.
Watch tutorial & read guide
▶ 20:30A350 · ATA 45 OMS Series
Explore the Airbus A350 Aircraft Condition Monitoring System (ACMS): learn how programmable triggers capture sensor trends, monitor engine thermodynamic efficiency, and transmit automated reports to airline engineering ground stations.
Watch tutorial & read guide
▶ 24:18A350 · ATA 28
Explore the Airbus A350 ATA 28 Fuel System: understand tank distribution across the wings and center fuselage, Fuel Quantity Management Systems (FQMS), Tank Wall Data Concentrators (TWDC), and nitrogen tank inerting.
Watch tutorial & read guide
▶ 19:50A350 · ATA 45 OMS Series
How does the Airbus A350 manage hundreds of onboard avionics software parts? Explore ARINC 615A high-speed Ethernet loading, cryptographic integrity checking, and Mass Storage Units.
Watch tutorial & read guide05 · Engineering articles
Source-grounded technical guides connect aircraft commands, control logic, power, actuation, feedback and degraded modes for maintenance engineers and technical learners.
View all aircraft systems articlesA350 · ATA 24
Technical guide to Airbus A350 AC Normal Generation (ATA 24): Variable Frequency Generators (VFGs), reversible Auto Transformer Units (ATUs), APU Starter Generator (SG), and Ground Power Unit (GPU) management through EPDC, GCU, and EPCU logic.
Read articleA350 · ATA 24
Comprehensive technical guide to Airbus A350 Electrical Power Control (ATA 24): overhead panels 225VM/211VM/255VM, GPU & APU sources, ECAM indications, PDMI electronic C/B management, and RAT ground stowage.
Read articleA350 · ATA 23
Comprehensive technical guide to the Airbus A350 Communication System (ATA 23): VHF MVDR hot-spare reconfiguration, HFDR 5,000 psi & antenna coupling, SATCOM SDU/HGA duplex links, ACRS dual-domain routing, WACS gatelink, RAIMS AMU/RMP architecture, CVRS recording logic, and 406 MHz ELT operations.
Read articleA350 · ATA 45
Understand the A350 Data Loading System: DLCS-ACD in the ASFC, Simple Data Loader in the OSFC, Smart Diode Module authentication, INBOX/REPOSITORY partitions, software repair vs upgrade workflows, and N/N-1/N-2 configuration validation.
Read articleA350 · ATA 22
Explore the A350 Auto Flight System: FGES hosting inside the PRIMs, Flight Envelope protections, dual-channel FCU architecture, CPIOM FCU backup, Autothrust modes, and triple FMC redundancy.
Read articleA350 · ATA 27-50 / 27-80
Understand the A350 High Lift System: hybrid Slat PCU, Active Differential Gearboxes (ADGB), Differential Flap Setting (DFS), Variable Camber, and SFCC protection laws.
Read articleA350 · ATA 27
Understand the A350 PFCS as one chain from pilot or Autopilot demand through PRIM/SEC computation, control laws, EHA/EBHA actuation, feedback and High Lift functions.
Read articleA350 · ATA 29
Understand Green and Yellow hydraulic architecture, 5,000 psi generation, reservoirs, EDPs, EMPs, monitoring, ECAM indications and ground service.
Read articleA350 · ATA 31
Understand how aircraft data, FWS alert logic, CDS presentation, cockpit displays, alert levels and dispatch context fit together.
Read articleA350 · ATA 32
Use the ATA 32 overview to enter a three-part learning series covering gear and doors, braking and landing-gear management, and nose-wheel steering.
Read articleA350 · ATA 70–79
See how the A350 powerplant, three-spool engine, controls, fuel, oil, air and thrust-reversal functions connect.
Read article
A350 thrust-reverser photo: BWard 1997 / Wikimedia Commons, CC BY 4.0A350 · ATA 78
Understand ETRAS, translating cowls, three locking defenses, electrical actuation and continuous position monitoring.
Read article