Devil Ray T38: Carbon Hull and Payload Boundaries
The T38’s carbon hull, payload capacity and craft weight are separately documented. A labelled ratio can compare specifications without presenting payload capability as composite content.
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.
What MARTAC publishes for the T38
MARTAC identifies a carbon-fibre catamaran hull for the Devil Ray T38. Its current product page lists 4,000 lb of payload capacity and 11,500 lb of craft weight. These are separate specification categories: one describes allowable payload capacity and the other a published vehicle-weight reference. Neither is the weight of the carbon hull.[S1]
UXV Searcher calculation: a clearly labelled ratio
The stated payload capacity divided by the stated craft weight is 4,000 / 11,500, or approximately 34.8%. This is only a ratio between two published specifications. It is not an installed payload fraction, an operational loading condition or a composite mass fraction. Keeping the label explicit makes the number interpretable without giving it a broader meaning.[S1]
What the carbon-hull statement contributes
For composites research, the hull description establishes a specific structural application on a named USV. It does not reveal the reinforcement grade, resin system, constituent fraction or the supplier responsible for the cured structure. Those details are needed to move from application mapping to a credible material or component opportunity estimate.
The payload specification raises a separate commercial question about integration. A platform designed to accept substantial mission equipment can create demand for structures, mounts or installation work, but the size of that demand depends on the actual configuration. A capacity limit is not evidence that every sold vessel carries the same equipment or requires identical structural modifications.
This distinction is useful for suppliers choosing where to compete. Hull fabrication, reinforcement supply and mission-equipment integration are different opportunities. A market map should identify the scope of each supplier’s work before comparing contract values or assigning revenue to a composites segment.[S1]
How to use the record
Retain the current model, published weight labels and source date together. Verify the loading basis before comparing the T38 with another vessel, and obtain component-specific evidence before estimating carbon demand. The page does not supply hull composite kilograms, annual deliveries or a common mission configuration. The original contribution here is a transparent specification comparison that prevents payload capability and total craft weight from becoming unsupported material statistics.[S1]
Calculations and assumptions
| Metric | Value | Formula | Inputs | Assumptions | Limitations | Sources |
|---|---|---|---|---|---|---|
| Published payload capacity / craft weight | 34.8% | 4,000 / 11,500 × 100 | payload capacity: 4,000 lb craft weight: 11,500 lb | Comparison of the published labels only. | Not actual loading, composite share, or a certified performance comparison. | [S1] |
Sources
Original reporting is credited to its publisher. The byline covers UXV Searcher's analysis only.
- [S1]Devil Ray T38 USVMARTAC · Company documentationRelevant primary-source text inspected on 1 November 2026.
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