Research & Insights

DeltaQuad Pro: A Documented Carbon Component Map

The DeltaQuad Pro manual identifies six carbon-labelled assemblies and a separately described composite pusher. This bounded inventory supports supplier research without inventing material mass or replacement demand.

By Avantika Kapoor, Chief Research Officer and Co-FounderPublished Source period Operations manual reviewed 1 November 20262 min read
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UXV Searcher analysis of cited public evidence, prepared with AI assistance. Reported facts, calculations and interpretation are distinguished below. This article does not claim first-hand testing or interviews.

Reported

What the assembly manual identifies

The DeltaQuad Pro manual lists two carbon spars and four carbon-fibre VTOL propellers. It separately describes the pusher propeller as composite without naming the same reinforcement. The manual therefore supports a small, explicit component inventory. It does not establish the material of every airframe part or the total carbon content of the aircraft.[S1]

Calculation

UXV Searcher calculation: six explicitly carbon-labelled assemblies

Adding the two spars to the four VTOL propellers gives six explicitly carbon-labelled component assemblies in the described setup. The separate pusher is excluded from that carbon-labelled count because the source uses a broader material description. This is an inventory count, not the total number of manufactured pieces or the number of kilograms of carbon reinforcement.[S1]

UXV Searcher analysis

Why an operating manual can improve market research

A product overview often describes an aircraft in broad terms. An assembly manual can reveal specific removable parts, their identities and their relationship to the platform. That information is useful for component suppliers because it narrows the application and helps distinguish a structural member from a propulsion-related composite part.

The inventory also makes the limits of the evidence visible. A spar and a propeller are not comparable demand units simply because both contain carbon. They may differ in manufacturing route, qualification and purchasing channel. Counting them separately preserves those distinctions and creates a foundation for a more detailed supplier map.

For aftermarket research, the manual provides a reason to investigate replacement and support channels. It does not provide a replacement rate. Applying a fixed annual spare factor to the installed count would add an assumption that must be supported independently by service or purchasing evidence.[S1]

UXV Searcher analysis

A practical supplier research sequence

Begin with the exact component and model revision, then identify the manufacturer, approved specification and buyer. Only after that should a market estimate connect the component to aircraft production or spare demand over a defined period. This sequence helps avoid counting a finished propeller sale and its constituent material sale as the same addressable revenue.[S1]

Limitations

Scope of the result

The manual does not disclose component weights, fibre fractions, annual production or current supplier identities. The count should not be transferred to Evo or another DeltaQuad model. The original contribution is a source-backed, six-assembly carbon inventory with an explicitly separate composite pusher, giving commercial users a more precise starting point than a whole-aircraft material label.[S1]

Calculations and assumptions

MetricValueFormulaInputsAssumptionsLimitationsSources
Explicitly carbon-labelled component assemblies62 spars + 4 VTOL propellers
carbon spars: 2
carbon-fibre VTOL propellers: 4
Count of the named assemblies in the manual.Not exhaustive carbon-piece count, composite kilograms, spare demand or another model’s inventory.[S1]

Sources

Original reporting is credited to its publisher. The byline covers UXV Searcher's analysis only.

  1. [S1]DeltaQuad Pro operations manual: assembly
    DeltaQuad · Company documentation
    Relevant primary-source text inspected on 1 November 2026.

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