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Fokker F-10

vr.tr.fokker-f-10 · thing-q868346

Enable an agent to identify the Fokker F-10 aircraft type, distinguish its configurations, and determine what evidence is needed to assess an associated aircraft or proposed intervention.

Thing Registry Physical world and living systems PHY.OBJ

Bundle → Layer → Finding → Questions Filled

5 bundles · 9 layers · 15 findings · 24 questions

F-10 identity and variant Establish which aircraft designation and configuration a record actually concerns.

Designation evidence

Connect names and depictions to a supported F-10 identification.

F-Ten marking supports identification

The Smithsonian describes an aircraft marked Fokker F-Ten; such a marking is an identification clue that requires corroboration. [Smithsonian photograph](https://www.si.edu/object/npm_A.2008-6)

  1. Which manufacturer, approval, or serial-linked record establishes that the subject is an F-10? provenance
  2. Does the evidence depict a full-size aircraft, a scale model, or a later reconstruction? boundary

Variant applicability

Keep base-type and variant evidence distinguishable within the registry entry.

F-10A requires explicit qualification

The Smithsonian identifies F-10A material separately; the precise technical relationship to the base F-10 remains a research requirement. [Smithsonian F-10A record](https://www.si.edu/es/object/model-static-fokker-f-10a-tri-motor-pan-american-world-airways%3Anasm_A19791464000)

  1. Does the source use F-10 for the base variant or as a family designation including F-10A? definition
  2. Which documented changes distinguish F-10A dimensions, engines, and approved loading from those of the base F-10? boundary
Wooden wing and airframe Represent the construction evidence and structural uncertainties central to assessing an F-10.

Construction baseline

Locate the structural elements and establish their documented construction.

Wooden structure requires material evidence

ICAO attributes the 1931 F-10 loss to structural failure involving wood deterioration; exact construction and failure mechanisms require more detailed technical records. [ICAO historical account](https://www.icao.int/sites/default/files/postalhistory/aviation_history_fokker_the_oldest_manufacterer.htm)

  1. Which drawings identify the F-10 wing's primary members, coverings, joints, and attachment interfaces? provenance
  2. Which wood, adhesive, and protective-finish specifications apply to the particular variant or repair? definition

Deterioration and repair evidence

Determine what observations can support a structural assessment.

Internal wing condition must be established

The model should distinguish inspected internal structure from inaccessible or undocumented areas, with repair acceptance recorded separately from repair completion.

  1. What inspection evidence addresses moisture exposure, decay, joint separation, and prior repairs in the F-10 wing? measurement
  2. Which applicable procedure and qualified assessment establish whether a repaired wing may support the proposed action? action
Trimotor operation and loading Connect the three-engine installation and cabin arrangement to documented operating limits.

Propulsion and controls

Identify installed engines, propellers, and the controls and supplies supporting them.

Three engines do not establish capability

The Smithsonian identifies the F-10A as a three-engine piston airliner; installed equipment and operating documentation must establish actual performance and control behaviour. [Smithsonian F-10A record](https://www.si.edu/es/object/model-static-fokker-f-10a-tri-motor-pan-american-world-airways%3Anasm_A19791464000)

  1. Which engine, propeller, fuel, and lubrication specifications apply at each installation position? definition
  2. What documentation establishes engine-control arrangements, fuel isolation, and any installed safeguards? provenance
  3. Under which documented conditions, if any, is continued flight with an engine inoperative supported? action

Cabin load and performance

Assess passenger accommodation and performance against a single identified configuration.

Capacity needs a loading context

The model should require a dated cabin layout, mass statement, and operating conditions before accepting an F-10 capacity or range claim.

  1. What passenger, crew, baggage, and fuel arrangement accompanies the quoted capacity? measurement
  2. Which source establishes permitted mass, centre-of-gravity limits, and performance for that F-10 configuration? provenance
Approval history and action Translate dated technical and regulatory evidence into bounded decisions about an F-10.

Historical approval applicability

Associate approvals and restrictions with their issuing authority, date, and affected configuration.

Approval requires dated primary records

The draft does not establish an approval number or inspection mandate; those must be recovered from the relevant authority's records before being applied.

  1. Which original type-approval documents identify the F-10 and F-10A, their issuing body, and approved configurations? provenance
  2. Which original orders following the 1931 accident changed inspection or operating eligibility, and which aircraft did they cover? boundary

Intervention decision

Match a proposed action to configuration, condition, and applicable authorisation evidence.

Action eligibility requires aircraft-specific evidence

An F-10 type identification should support evidence gathering, while handling, engine operation, and flight each require their own applicable support.

  1. For proposed movement, lifting, or disassembly, which F-10 instructions establish support points and structural prerequisites? action
  2. For proposed engine operation or flight, which configuration records, inspections, operating documents, and authority decisions remain missing? action
Evidence and external alignment What the world already says about this thing, gathered so the model can be checked against it.

Reported evidence

Findings from the breadth pass, kept separate from the structural claims.

Check these first

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these check these first hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Kinds and varieties

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these kinds and varieties hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Identifiers and schemes

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these identifiers and schemes hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Real-world use

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these real-world use hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Typical measurements

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these typical measurements hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Failure modes and hazards

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these failure modes and hazards hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Neighbouring kinds and how to tell them apart

Recalled without web access and unsourced; every item is a lead to verify.

  1. Which of these neighbouring kinds and how to tell them apart hold for the sense of Fokker F-10 this model covers, and on what evidence? provenance

Classifiers Filled

Family
Thing Registry
Category
Physical world and living systems
Entry kind
thing
Plane
PHY
Domain
PHY.OBJ
Other names and narrower kinds
F.10, F-10A

What it is Filled

The Fokker F-10 is a family of American-built, three-engined, high-wing passenger transport aircraft developed from the Fokker F.VII and introduced in the late 1920s, combining a wooden wing with a fabric-covered steel-tube fuselage.

In scope

  • F-10 identification and the boundary between the base designation and F-10A
  • Airframe configuration and wooden-wing assessment requirements
  • Three-engine propulsion configuration and associated control dependencies
  • Configuration-specific dimensions, loading limits, and performance evidence
  • Historical certification, inspection restrictions, and intervention eligibility

Out of scope

  • The broader category of trimotor passenger aircraft
  • Independent models of related Fokker aircraft types
  • Complete maintenance histories and ownership records of individual airframes
  • Engine and propeller designs beyond their installation interfaces
  • Airline organisations, route networks, and business histories
  • The 1931 accident as a separately modelled historical event

Why it exists Filled

Enable an agent to identify the Fokker F-10 aircraft type, distinguish its configurations, and determine what evidence is needed to assess an associated aircraft or proposed intervention.

Distinguishing features Filled

  • Require documentary identification as F-10; the Smithsonian records an aircraft bearing the marking 'Fokker F-Ten', but a painted name alone cannot establish identity. [Smithsonian aircraft photograph](https://www.si.edu/object/npm_A.2008-6)
  • Check the three-engine piston-airliner configuration; this excludes single-engine Fokkers but does not uniquely identify an F-10. [Smithsonian F-10A model record](https://www.si.edu/es/object/model-static-fokker-f-10a-tri-motor-pan-american-world-airways%3Anasm_A19791464000)
  • Check wooden-wing construction against documentary evidence when distinguishing the F-10 from visually similar trimotors; ICAO identifies wooden structural deterioration in its account of the 1931 F-10 accident. [ICAO historical account](https://www.icao.int/sites/default/files/postalhistory/aviation_history_fokker_the_oldest_manufacterer.htm)
  • Preserve an explicit F-10A designation rather than silently treating all F-10 records as one technical configuration; the Smithsonian separately identifies F-10A material. [Smithsonian F-10A model record](https://www.si.edu/es/object/model-static-fokker-f-10a-tri-motor-pan-american-world-airways%3Anasm_A19791464000)

What robots and AI may and may not do Filled

Must not

  • Present unverified accident causes as fact.
  • Publish personal details about accident victims beyond public records.
  • Remove parts from wreck or accident sites without legal authority.

Only with a human decision

  • Restoring, flying or selling a surviving historic airframe.

May

  • Describe the aircraft, its variants and history from reliable sources.
  • Help museums and historians catalogue surviving examples and records.

Moral aspects Filled

  • A fatal crash of this type shaped aviation safety rules; it deserves accurate telling.
  • Victims' families deserve respect in historical accounts.

Who is affected

  • Families of accident victims
  • Historians
  • Museums

Owners Filled

Steward

Nobody now: the type is retired; museums and aviation authorities keep records of surviving aircraft.

Master systems

  • National civil aircraft registers

Links to other meta-models Filled

parent

  • Q11436 - registry parent class

What else AI and robots need to interact with it Filled

Identity and identifiers required Filled

  • Vercy registry: vr.tr.fokker-f-10
  • Wikidata: Q868346 (https://www.wikidata.org/wiki/Q868346)

Direct properties required Filled

  • Documented designation: F-10; F-10A; F-10 family with variant unresolved; conflicting identification
  • Identity evidence: Links to manufacturer records, approval documents, serial evidence, and dated photographs
  • Installed propulsion configuration: Engine and propeller models by centre, port, and starboard installation
  • Rated engine output: kW per engine, retaining original hp convention, rating conditions, and source
  • Airframe dimensions: Wingspan, length, and height in m, qualified by variant and configuration
  • Loading envelope: Mass in kg; centre-of-gravity position against the source-defined datum
  • Documented cabin capacity: Passenger seats and crew positions, counted separately and tied to a dated layout
  • Wooden-wing evidence state: Unassessed; inspection documented; deterioration suspected; deterioration confirmed; repair awaiting acceptance
  • Operating evidence envelope: Speeds in km/h; range and altitude in km or m; associated mass, power, and atmospheric conditions
  • Action eligibility: Unknown; conservation only; handling supported; ground operation supported; flight supported by applicable authority

Recognition required Filled

  • Three propeller engines are arranged with one at the nose and one beneath each side of a high-mounted wing.
  • A deep enclosed passenger fuselage beneath a broad wing distinguishes the general configuration from open-cockpit transports.
  • Fixed landing gear and a tailwheel distinguish the silhouette from later retractable-gear airliners.
  • Archival markings and documented airframe details are needed to distinguish this family from closely related high-wing trimotor transports.

Capabilities and actions required Filled

  • Classify an archival record or candidate airframe as F-10, F-10A, or unresolved using explicit evidence.
  • Compare proposed specifications and flag values mixed across variants or modifications.
  • Identify missing evidence for wooden-wing inspection and restoration planning.
  • Assess whether a proposed cabin load can be evaluated against a documented loading envelope.
  • Route proposed handling, ground operation, or flight to the applicable technical and authority records.

Hazards and failure modes required Filled

  • Deterioration of wooden wing structure or bonded joints can compromise structural integrity.
  • Corrosion and fabric deterioration can weaken surviving airframes or conceal damage.
  • Incorrect identification of a variant or undocumented modification can lead to unsuitable maintenance or restoration decisions.
  • Treating historical specifications as proof of present airworthiness can endanger occupants and people nearby.

Standards and interfaces required Filled

  • The Air Commerce Act of 1926, enacted by the United States Congress, established the federal framework for aircraft certification and air commerce regulation during this family's operating period.

Context of use required Filled

  • This aircraft family is encountered in histories of early passenger aviation, archival photographs and technical records from the late 1920s and early 1930s.
  • Its principal role was carrying passengers on commercial air routes.
  • Identification and assessment require distinguishing variants and separating documented original construction from later repairs or representations.

Sources Filled

  1. Wikidata item Q868346: Fokker F-10 - identity and sense of the item
  2. Wikipedia: Fokker F-10 - general description of the item

Open questions

  • Does the registry's Fokker F-10 designation cover the F-10A within one type family, and does an existing Vercy world model already own that concept?
  • What original manufacturer and approval documents establish variant-specific dimensions, engine ratings, seating, loading limits, and performance?
  • What do original investigation records establish about the 1931 wing failure, beyond later summaries referring to wood deterioration?
  • What were the exact issuing authorities, dates, applicability boundaries, and requirements of historical F-10 approval and inspection orders?
  • Which original aircraft, components, or reconstructions survive, and what documentation supports their identity, structural condition, and permissible use?

Machine files

Provenance

thing registry research (pass 2) · unreviewed

Built from: models/things/publications/thing-q868346/spec.json