CARL SCHULTE (IMO: 9665683) Table Bay, Cape Town
CARL SCHULTE Container Ship | IMO 9665683 | Maritime Photography
Explore CARL SCHULTE (IMO 9665683), a container ship documented through maritime photography, vessel identification and the MOS research process. |
| CARL SCHULTE (IMO: 9665683) Table Bay, Cape Town |
Photographer's Note: CARL SCHULTE (IMO: 9665683) was photographed by Vernon Chalmers in Table Bay, Cape Town. The image forms part of the Vernon Chalmers Photography Maritime Studies Project and is also published in the Shipspotting.com database.
Ship Spotting Photography Training Cape Town
Introduction: Photographing a Working Container Ship
The photography of commercial vessels offers an opportunity to explore maritime transport through direct observation, photographic documentation and structured research. Every container ship represents more than a physical subject on the water. It is part of a complex international network connecting ports, shipping companies, cargo owners, maritime infrastructure and global trade routes.
The CARL SCHULTE (IMO: 9665683) provides a useful case study for the Maritime Observation System (MOS) developed by Vernon Chalmers Photography. Recorded as a Singapore-flagged container ship built in 2014, the vessel has an overall length of approximately 255 metres and a beam of 37.3 metres. These particulars establish the scale of the vessel and provide a factual foundation for its photographic and maritime interpretation.
The purpose of this MOS essay is not simply to identify a ship in a photograph. It is to demonstrate how a maritime photograph can become the starting point for a documented vessel record, connecting visual evidence with independently researched information.
General Information & Identifiers
- IMO Number: 9665683
- MMSI: 563487000
- Call Sign: 9V2334
- Registered Owner: Seletar Park Shipping Co Pte (Bernhard Schulte)
- Ship Manager: Bernhard Schulte Shipmanagement (BSM) Hong Kong / Singapore
1. OBSERVE: Reading the Vessel as a Maritime Subject
The first stage of MOS begins with observation. Before researching a vessel's identity, the photographer examines what is actually visible in the scene.
For a container ship such as CARL SCHULTE, relevant visual characteristics may include the hull profile, bridge position, container stacks, deck arrangement, bow and stern configuration, and the vessel's relationship with the surrounding water and port environment. These features help establish a visual description without relying prematurely on external databases.
The photographer should also consider the vessel's orientation, apparent movement, distance from shore, atmospheric conditions and available light. These factors influence both the photographic result and the amount of detail that can be established from the image.
Observation is particularly important when working with long focal lengths from coastal viewpoints. Atmospheric haze, sea spray, low contrast and changing light can reduce the visibility of a ship's identifying features. A photograph may record the vessel clearly enough for later identification while revealing relatively little about its smaller structural details.
Within MOS, observation therefore has two purposes: to describe the visible maritime subject and to recognise the limitations of the photographic evidence.
Maritime Observation System
2. PHOTOGRAPH: Recording a Vessel in Its Environment
Photographing a container ship requires an understanding of focal length, subject distance, exposure, atmospheric conditions and composition. Unlike a stationary subject in a controlled environment, a vessel is moving through a dynamic setting in which light, sea conditions and viewing angles can change continuously.
A long telephoto lens can isolate a ship against the water, emphasising its hull, superstructure and container arrangement. A wider perspective can provide additional context by showing the vessel in relation to a harbour entrance, coastline, lighthouse or other maritime infrastructure.
The choice depends on the photographic objective. A documentary image may prioritise legibility and vessel identification, while an interpretive image may emphasise scale, movement, atmosphere or the relationship between the ship and its environment.
For MOS, the photograph also becomes a permanent visual reference. It can be revisited when new information becomes available, compared with other photographs of the same vessel, and used to support subsequent research.
Photographic documentation must remain distinct from researched identification. A photograph can demonstrate what was visible at the moment of exposure, but it cannot independently establish every detail of a ship's ownership, commercial employment, technical specification or voyage history.
The date, time, observation location, camera, lens and relevant exposure details should therefore be recorded whenever available. These details strengthen the connection between the original image and the resulting vessel record.
Table Bay Maritime Environment Through Photography
3. IDENTIFY: Establishing the Identity of CARL SCHULTE
The IMO number is particularly important to the MOS database. Vessel names and flags can change over a ship's operational lifetime, whereas the IMO number provides a persistent identifier that allows records and photographs to be associated with the same vessel.
For a photographer building an indexed maritime archive, this distinction prevents a common problem: treating a ship's name as the only reliable identifier.
The identification process should ideally compare the visible vessel with available AIS information, published vessel particulars and photographic references. Where the available evidence agrees, confidence in the identification increases. Where discrepancies arise, they should be recorded rather than silently resolved through assumption.
In the case of CARL SCHULTE, the vessel's name and IMO number provide the principal reference for linking the photographic record to the relevant maritime information.
The Table Bay, Cape Town Lighthouse Triangle
4. INVESTIGATE: Technical Particulars and Operational Context
Research establishes the broader context that cannot be obtained from the photograph alone.
Available vessel records describe CARL SCHULTE as a container ship constructed in 2014 at Hanjin Subic Shipyard in Olongapo, Philippines. Its published particulars include a gross tonnage of 51,872 and a summer deadweight of approximately 65,000 tonnes. One published vessel record lists a nominal container capacity of 5,400 TEU, while another reports 5,466 TEU; the exact figure should therefore be checked against a preferred authoritative record before being treated as definitive.
These specifications provide useful context for interpreting the vessel's physical scale and commercial purpose.
Understanding the vessel's dimensions
At approximately 255 metres in length, CARL SCHULTE is a substantial ocean-going vessel. Its 37.3-metre beam gives it a broad hull capable of supporting the vessel's cargo-carrying role.
The distinction between gross tonnage and deadweight is worth noting. Gross tonnage is a measure derived from the enclosed volume of a vessel, not its weight. Deadweight indicates the total weight the ship can carry, including cargo, fuel, stores and other loads, subject to its operating limits.
TEU, or twenty-foot equivalent unit, is a standard measure of container capacity based on the dimensions of a twenty-foot container. It allows container ships to be compared using a common unit, although nominal capacity does not necessarily equal the number of containers carried on any particular voyage.
For photographic interpretation, these particulars transform a visual impression of scale into a more meaningful understanding of the vessel's design and function.
Ownership and management
Published maritime records associate CARL SCHULTE with Seletar Park Shipping Co. Pte. Ltd. and Bernhard Schulte Shipmanagement.
Such information illustrates why vessel research benefits from consulting more than one source. Registered ownership, commercial operation, technical management and the shipping lines using a vessel's capacity are related but distinct aspects of maritime activity.
These relationships may change over time. An MOS record should therefore distinguish between the vessel's persistent identity and particulars that require periodic verification.
AIS and voyage information
Automatic Identification System (AIS) data can provide a valuable additional research layer. Depending on the source and available reception, AIS records may include a vessel's reported position, course, speed, navigational status, destination and estimated arrival time.
These details can help a photographer investigate a ship's movements and understand its relationship with particular ports or shipping routes. However, AIS destinations and estimated arrival times are operational reports, not guaranteed outcomes. Historical tracking records should also be distinguished from current position information.
For CARL SCHULTE, AIS data can be used to investigate its movements between ports and to support the chronology of a photographic observation. Any claimed port call or voyage connection should be checked against data relevant to the date of the photograph rather than inferred from a later position report.
5. DOCUMENT: Building a Reliable Vessel Record
The documentation stage connects the photograph with the vessel's verified identity and the research supporting it.
For CARL SCHULTE, the core record should retain the vessel name, IMO number, vessel type, observation date, observation location and the original photographic file. Additional fields can accommodate technical particulars, flag state, source references and relevant notes.
A useful vessel record should distinguish three categories of information:
Photographic evidence: what the original image directly demonstrates.
Verified particulars: vessel identity and technical information supported by reliable maritime sources.
Interpretation: conclusions drawn by connecting the visual evidence with the researched information.
This separation is fundamental to evidence-based documentation. For example, a photograph may establish that a container ship was observed from a particular coastal viewpoint. The IMO number and supporting maritime records can then establish its identity. AIS information may subsequently help reconstruct the vessel's movements, provided the relevant dates and sources are checked.
Each category contributes to the record without being confused with the others.
6. ARCHIVE: Integrating CARL SCHULTE into the MOS Database
Archiving transforms an individual photographic encounter into a reusable research resource.
Within the Maritime Observation System, CARL SCHULTE should be indexed under its vessel name and IMO number. The photograph, associated essay, verified particulars and supporting references can then be linked through a consistent record structure.
This approach also supports Intelligent Database Integration (IDI), the developing method used to connect structured information across the photography archive, research documents and vessel register.
The value of IDI becomes increasingly apparent as the number of photographed vessels grows. Rather than treating each image as an isolated file, the archive can connect multiple photographs of one vessel, distinguish repeated observations from separate vessels, and provide a basis for comparing changes over time.
A future record could accommodate:
- Vessel name and IMO number.
- Vessel category and flag state.
- Date and location of photographic observation.
- Camera, lens and photographic metadata.
- Links to the original images and published MOS essays.
- Verified technical particulars and source references.
- AIS observations and relevant historical notes.
The database should preserve the date on which each time-sensitive particular was checked. This would help distinguish the vessel's historical status at the time of photography from its subsequently reported status.
CARL SCHULTE consequently becomes more than a single entry in a vessel register. It becomes a connected research record that can be extended when additional photographs, observations or verified information become available.
7. INTERPRET: From a Photograph to Maritime Understanding
The interpretive stage brings the preceding work together.
A photograph of CARL SCHULTE can initially appear to be a straightforward record of a container ship. Through systematic observation and research, however, it becomes an entry point into several connected subjects: commercial shipping, vessel design, international logistics, port operations and the photographic documentation of maritime activity.
The vessel's dimensions and container-carrying role help explain its physical form. Its identity links the photograph to an established maritime record. AIS information can provide additional context about movement and port activity, while the photographic archive preserves the particular visual encounter that initiated the investigation.
Interpretation must nevertheless remain proportional to the evidence. A photograph of CARL SCHULTE does not, by itself, reveal its cargo manifest, commercial arrangements or complete voyage history. These questions require separate sources and, where information is unavailable, the uncertainty should remain explicit.
This is one of the central principles of MOS: the photograph initiates the investigation, but the quality of the resulting knowledge depends on the evidence used to interpret it.
The process is iterative rather than linear. New research can refine an existing identification, a later photograph can provide a different perspective, and an updated vessel record can lead to a revised interpretation of an earlier observation.
Conclusion: CARL SCHULTE as an MOS Case Study
The CARL SCHULTE vessel record demonstrates how maritime photography can develop beyond image capture into a structured process of identification, investigation and knowledge preservation.
The seven-stage MOS workflow — OBSERVE → PHOTOGRAPH → IDENTIFY → INVESTIGATE → DOCUMENT → ARCHIVE → INTERPRET — provides a repeatable framework for connecting direct photographic evidence with researched maritime information.
For Vernon Chalmers Photography, this approach supports the development of a growing photographic archive of commercial vessels and their associated maritime environments. Each documented ship contributes to a wider understanding of shipping activity while strengthening the relationship between photography, research and systematic record-keeping.
CARL SCHULTE is therefore not merely a container ship photographed at sea or near a port. It is an identifiable subject within a broader maritime system, documented through a process that preserves both the original visual evidence and the knowledge developed from it.
The continuing value of the MOS archive lies in this combination: observe carefully, identify accurately, research critically, document consistently and interpret responsibly.
Research references
VesselFinder — CARL SCHULTE vessel particulars and AIS information.
Gard — CARL SCHULTE vessel and insurance record.
Shipspotting.com — CARL SCHULTE photographic reference and vessel particulars.
Photographic Equipment
Cameras: Canon 6D Mark II
Lenses: Canon EF 100-400mm f/4.5-5.6L IS USM
Photographic Genre: Maritime Photography / Ship Spotting
Post Processing: Adobe Lightroom Classic Version 15
Lighthouse Reference Points
Maritime Location: Table Bay, Cape Town, South Africa
