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RapidConnect® Deployable Fibre Optic Cable Reel systems provide organised, field-ready fibre connectivity for temporary and mobile networks. Choose OS2 Singlemode or OM4 Multimode fibre, custom lengths, fibre counts, connectors and portable drum configurations.
A Deployable Fibre Optic Cable Reel provides a fast, organised and reusable way to establish temporary fibre connections across events, industrial sites, emergency operations, remote locations and field-testing environments. Instead of installing and terminating cable at every location, your team can transport a factory-prepared assembly, deploy the required length and connect compatible equipment.
As a result, RapidConnect® deployable fibre systems can reduce setup time while improving cable handling. Moreover, each system can combine a portable cable drum with fibre optic cable selected for your application. Anderson Corporation can then configure the assembly with the required fibre type, fibre count, cable length, connectors and breakout arrangement.
However, a reliable deployable system requires more than a cable wound onto a convenient drum. Cable diameter, minimum bend radius, deployment frequency, connector protection and operating conditions all influence the final configuration. Therefore, Anderson Corporation considers the complete application before recommending a reel and cable combination.
In addition, the RapidConnect® range includes compact, portable, wheeled, foldable and manpack-style deployable drums. Consequently, we can configure systems for anything from a short test connection to a long-distance temporary fibre link.
Request a quote for a RapidConnect® Deployable Fibre Optic Cable Reel configured for your project.
A deployable fibre optic cable reel is a portable cable-management system designed to store, transport, pay out and recover fibre optic cable. Depending on the application, the reel may carry an unterminated cable or a complete factory-terminated fibre assembly.
For most temporary networks, however, a pre-terminated assembly provides the greatest operational benefit. Because the connectors are installed and tested before delivery, the cable can arrive ready for connection. Consequently, your installation team does not need to splice or terminate individual fibres whenever it establishes the link.
Furthermore, a complete deployable system may include:
Above all, the reel keeps the cable organised before and after use. Moreover, it allows your operator to pay out the cable progressively instead of unloading the entire length into an unmanaged coil.
A cable reel alone does not create a deployable fibre network. Instead, the performance of the complete system depends on how the drum, cable, connectors and breakout components work together.
Therefore, Anderson Corporation approaches each requirement as a complete cable-assembly project. First, we consider the required transmission distance and equipment interfaces. Next, we review the fibre count, cable construction and deployment environment. Finally, we match those requirements with a suitable drum and connector arrangement.
As a result, the completed system can provide a direct fibre connection between:
In addition, fibre does not conduct electricity. Therefore, it can provide electrical isolation between connected locations. Nevertheless, the complete installation must still comply with the requirements of the site, the connected equipment and applicable Australian cabling rules.
In addition, fibre does not conduct electricity. Therefore, it can provide electrical isolation between connected locations. Nevertheless, customer cabling installations must follow the applicable Australian cabling standards and regulations, together with the requirements of the site and connected equipment.
Temporary fibre deployments present several practical challenges. For example, long cables can become tangled, damaged or contaminated when teams store and handle them as loose coils. Furthermore, uncontrolled deployment can introduce tight bends, twists or excessive tension.
By comparison, a purpose-selected deployment reel provides a more controlled method of transporting, paying out and recovering the cable.
A factory-terminated cable can be deployed and connected without field splicing or connector installation. Therefore, setup may take considerably less time than building a new fibre link from separate components at the site.
However, the actual setup time will depend on the cable route, connector accessibility, required inspections and network configuration. Even so, pre-termination removes several time-consuming production steps from the field.
Furthermore, your team can prepare the complete system before travelling to the deployment location. For example, it can confirm the cable length, connector configuration, fibre identification and test results in advance. Consequently, fewer decisions need to be made under pressure at the site.
The drum stores the cable in a controlled format and allows it to pay out progressively. Afterwards, the operator can recover the cable onto the reel instead of forming an uncontrolled coil.
As a result, the reel helps reduce tangling and makes the assembly easier to transport, inspect and store. In addition, a labelled reel makes it easier to identify the correct cable length, fibre count and connector configuration before deployment.
Where the selected cable construction suits repeated handling, the assembly can support multiple deployment and recovery cycles. For example, event, broadcast, industrial and emergency-response teams may use the same system at several locations.
However, repeated deployment places different mechanical demands on a cable than a single temporary installation. Therefore, Anderson Corporation should review the intended deployment frequency before confirming the cable construction.
Moreover, the operating team must handle the cable consistently. Even a suitable cable can suffer damage if operators repeatedly exceed its minimum bend radius, pull it over sharp edges or allow vehicles to cross it.
Factory-installed connectors remove the need to terminate individual fibres at the deployment location. As a result, your team does not need to carry a complete termination setup for every deployment.
However, pre-termination does not eliminate the need for correct fibre-handling practices. Personnel must still inspect, clean, connect and, where required, test the assembly. Otherwise, contaminated connector end faces can cause high loss or damage even when the assembly was manufactured correctly.
Handles, wheels, folding frames and manpack configurations are available across different RapidConnect® drum models. Consequently, the reel can be selected according to the assembly size, cable weight and preferred transport method.
For instance, a compact reel may support a short, lightweight test connection. In contrast, a larger wheeled frame may carry a much longer or larger-diameter cable.
Nevertheless, the empty reel weight tells only part of the story. Because the cable can add considerable weight, the complete loaded assembly must be considered before selecting a handling method.
When Anderson Corporation supplies the drum as a complete pre-terminated assembly, each fibre can be tested before delivery. Consequently, the supplied results provide a performance baseline for the completed cable.
However, factory testing confirms the condition of the assembly at the time of manufacture. Therefore, operators should still inspect, clean and, where necessary, test the cable before critical deployments.
RapidConnect® deployable fibre systems can support many temporary and mobile network requirements. However, each application presents different environmental and mechanical demands. Therefore, cable and reel selection must reflect the actual operating conditions.
Concerts, sporting events, exhibitions, temporary venues and live productions often require high-bandwidth connections between locations without permanent fibre infrastructure.
In these situations, a deployable reel allows the production team to establish a fibre path between equipment rooms, control positions, production vehicles, camera areas or temporary network nodes. Afterwards, the team can recover the cable and return it to storage.
However, public event spaces create additional routing risks. For example, pedestrians, vehicles and equipment may cross the cable path. Therefore, the deployed cable may require approved ramps, barriers or overhead support.
Moreover, events often operate to strict setup and teardown schedules. Consequently, clear cable identification, protected connectors and an organised recovery process can provide significant operational advantages.
Broadcast environments may require temporary optical links for video, audio, control and data transmission. Because fibre supports high bandwidth over substantial distances, it can connect production equipment without the distance limitations of many copper-based alternatives.
A reel-based assembly also provides a convenient way to transport and manage these links. Furthermore, clear end identification can simplify equipment connection when several similar cables are deployed simultaneously.
However, the cable and connectors must suit the equipment interfaces. Therefore, connector types, fibre type and optical performance should be confirmed before manufacture.
Emergency restoration may require a temporary connection while technicians repair permanent infrastructure. In this situation, a pre-configured fibre reel can help establish the link without waiting for field termination.
For example, a deployable system may support:
However, emergency equipment must remain ready for service. Therefore, each assembly should have a documented configuration, protected connectors and a regular inspection programme.
Otherwise, the team may discover cable damage or connector contamination only when the system is urgently required. Consequently, scheduled inspection and testing should form part of the emergency-readiness plan.
Industrial operators may need temporary fibre links during maintenance, commissioning, shutdowns, equipment upgrades or process changes.
For example, a deployable system can connect temporary control, monitoring, test or communications equipment. In addition, fibre can support high-bandwidth communication across electrically noisy industrial environments.
However, industrial routes may expose the cable to machinery, sharp edges, heat, chemicals, crushing hazards and vehicle movements. Therefore, site-specific protection remains essential.
The reel supports transport, storage and cable management. Nevertheless, it does not protect the deployed cable from every environmental or mechanical hazard. Consequently, the route may also require barriers, cable ramps, conduit or other mechanical protection.
Remote sites may require temporary links between buildings, mobile equipment, work areas or communications facilities.
Because fibre does not conduct electricity, it can also provide electrical separation between equipment locations. Furthermore, fibre can carry high-bandwidth data over greater distances than many copper data connections.
However, mining and remote environments can expose cable assemblies to dust, mud, abrasion, vehicles and difficult terrain. Therefore, the cable construction, connector protection and reel type must suit those conditions.
In particular, a standard commercial cable should not automatically be treated as a rugged tactical cable. Instead, the verified construction and intended deployment cycle should determine the product description.
Technicians can use a deployable reel to establish a known temporary fibre path for testing, demonstrations, commissioning or training.
For instance, a controlled reel can keep a long reference or connection cable organised during equipment testing. Furthermore, the cable can be labelled and stored with its original test results.
As a result, technicians can identify the assembly quickly and compare later measurements against its baseline performance.
A deployable fibre assembly may provide a temporary connection during building work, network migration or permanent-cable replacement.
However, a route between buildings may encounter rain, ultraviolet exposure, traffic or physical interference. Therefore, a standard indoor cable may not be suitable.
Instead, Anderson Corporation will consider the pathway, deployment period and expected exposure before recommending a cable construction. Additionally, the installer must protect the cable wherever it crosses traffic areas or sharp edges.
Deployable fibre can support field communications and other mobile operational networks. However, terms such as “military-grade” and “tactical” should only apply when the exact cable, connectors, reel and completed assembly satisfy the nominated requirements.
Therefore, customers should identify any mandatory defence standard, environmental test, connector system or documentation requirement before manufacture. Anderson Corporation can then review those requirements and determine whether a suitable configuration is available.
The correct drum depends on the complete cable assembly rather than cable length alone. For example, two cables of equal length may require different reels when their outside diameters differ.
Therefore, drum selection should consider:
Once these details are known, Anderson Corporation can match the cable with an appropriate RapidConnect® drum.
Cable capacity reduces significantly as cable diameter increases. For example, a drum that carries a long length of 3 mm cable will hold considerably less 8 mm or 10 mm cable.
Therefore, a description such as “500-metre reel” remains incomplete unless it also identifies the cable diameter and winding allowance.
The RapidConnect® range includes capacity options for cables with outside diameters from approximately 3 mm to 10 mm, depending on the model. Furthermore, nominal capacities extend from short portable assemblies to several kilometres of small-diameter cable on larger systems.
However, actual usable capacity must allow for:
Consequently, Anderson Corporation confirms final reel capacity against the selected cable instead of relying solely on a generic maximum figure.
The RapidConnect® range includes multiple reel formats to support different capacity, storage and transport requirements.
| Model | Drum outside diameter | Construction or configuration |
|---|---|---|
| RCDD-230 | 230 mm | Aluminium manpack-style structure |
| RCDD-235 | 235 mm | Portable plastic construction |
| RCDD-280 | 280 mm | Compact all-metal construction |
| RCDD-300 | 300 mm | Aluminium manpack-style structure |
| RCDD-312 | 312 mm | Portable plastic construction |
| RCDD-320 | 320 mm | Portable metal structure with wheels |
| RCDD-350 | 350 mm | All-metal wheeled structure |
| RCDD-380 | 380 mm | Portable plastic construction |
| RCDD-410 | 410 mm | Portable metal structure with wheels |
| RCDD-430 | 430 mm | Plastic-and-metal wheeled structure |
| RCDD-440 | 440 mm | Plastic-and-metal wheeled structure |
| RCDD-450 | 450 mm | All-metal wheeled structure |
| RCDD-460-1 | 460 mm | Portable metal structure with wheels |
| RCDD-460-2 | 460 mm | Wider portable metal structure with wheels |
| RCDD-500-1 | 500 mm | Foldable metal structure with parking brake |
| RCDD-500-2 | 500 mm | Foldable metal structure with parking brake |
| RCDD-550 | 550 mm | Large all-metal wheeled structure |
| RCDD-600 | 600 mm | Large foldable wheeled structure with parking brake |
Because specifications may change, model availability and construction should be confirmed when requesting a quotation.
Compact drums suit shorter or smaller-diameter cable assemblies. Because of their reduced size, they can be easier to carry, store and transport.
For example, these models may suit:
However, a small drum must still provide adequate capacity and bend-radius control for the selected cable. In addition, the drum must accommodate the connector breakouts without crushing or tightly bending them.
The aluminium RCDD-230 and RCDD-300 configurations offer a manpack-style format. Therefore, they can provide an alternative when operators need to carry the assembly rather than roll it.
However, the final suitability depends on the complete loaded weight. Because cable mass increases with cable length and diameter, the empty reel weight alone does not confirm safe portability.
Consequently, manual-handling requirements should form part of the selection process.
Several RapidConnect® models include portable handles and wear-resistant rubber wheels. As a result, operators can move larger assemblies without carrying the entire load.
For example, wheeled systems may suit:
Nevertheless, the transport route should be considered. Stairs, gravel, mud and uneven surfaces may influence the most suitable reel design.
The RCDD-500 and RCDD-600 families provide foldable frame configurations. Therefore, they may help where transport or equipment-storage dimensions are important.
In addition, these larger systems can incorporate a parking brake. Although a brake helps stabilise the reel, operators must still control payout and prevent unexpected movement.
RapidConnect® deployable drums are available in several construction formats. Consequently, customers can select a design that balances capacity, weight, portability and handling requirements.
All-metal and metal-frame designs provide a strong structure for larger assemblies and more demanding handling requirements. Furthermore, several models include wheels, portable handles and parking brakes.
However, the expected environment must still be considered. For example, metal components may require appropriate care when exposed to moisture, salt, chemicals or extended outdoor storage.
Aluminium provides a useful combination of structural strength and relatively low weight. Therefore, it can suit portable assemblies that operators need to carry.
Nevertheless, the complete loaded assembly may still be heavy. Consequently, cable length and mass should always form part of the manual-handling assessment.
Plastic models can provide a compact and lightweight option for smaller deployable systems. For example, they may suit short links, service equipment and controlled commercial environments.
However, the specific model should still be assessed for temperature, ultraviolet exposure, impact, chemicals and repeated field handling.
Combination designs use plastic and metal components to balance weight, strength and portability. Moreover, selected models include handles and wheels.
As with every reel, however, the construction should match the actual deployment conditions rather than being selected by appearance alone.
RapidConnect® deployable fibre assemblies can be configured with OS2 Singlemode or OM4 Multimode fibre. However, the correct choice depends on the required distance, connected equipment and network standard.
OS2 Singlemode fibre supports long transmission distances and a wide range of Ethernet, telecommunications and optical networking applications.
Therefore, a Singlemode deployable reel may suit:
Furthermore, Anderson Corporation has adopted G.657.A2 as its corporate Singlemode fibre standard across the RapidConnect® cable range where the product construction allows. Compared with conventional G.652.D fibre, G.657.A2 provides improved bend performance while remaining compatible with established Singlemode networks.
However, improved bend performance does not remove the need to observe the cable assembly’s specified minimum bend radius.
OM4 Multimode fibre supports high-speed network links over shorter distances when used with compatible multimode transceivers.
Consequently, an OM4 deployable system may suit:
Additionally, OM4 fibre within RapidConnect® products should use the established Erika Violet colour identification. Where the relevant jacket or component is manufactured in that colour, the target is RAL 4003.
However, the maximum supported transmission distance depends on the Ethernet standard, transceivers, connector loss and complete optical-loss budget. Therefore, customers should select fibre type according to the network rather than jacket colour alone.
The number of fibres determines how many optical paths the assembly can support. Therefore, the required connections and future spare capacity should be considered together.
A two-fibre assembly can provide one conventional duplex transmit-and-receive connection. For example, it may connect a pair of standard optical transceivers or media converters.
Consequently, two-fibre systems can suit simple point-to-point links and compact portable reels.
Six fibres provide capacity for several links, spare fibres or separate services. Therefore, this format can offer greater flexibility without moving to a large fibre count.
For example, a six-fibre assembly may support three duplex links or two active links with spare capacity.
Twelve fibres can support multiple network connections, equipment groups or spare fibres. Consequently, this option may suit events, broadcast systems and more complex temporary networks.
However, higher fibre counts can increase cable diameter, weight and breakout complexity. Therefore, the drum must be selected after the cable construction has been confirmed.
Other fibre counts may also be available. However, the final selection must consider the available cable constructions, connector arrangement and reel capacity.
RapidConnect® pre-terminated deployable cable assemblies can be configured with several connector types, including:
For example, LC connectors provide a compact format that suits high-density equipment. By comparison, SC connectors offer a larger push-pull design. Meanwhile, ST connectors remain present in some industrial, legacy and testing applications.
Furthermore, APC connectors should only mate with compatible APC interfaces. Therefore, a UPC connector must not be connected to an APC adaptor or equipment port.
Connector selection should consider:
The breakout is the section where individual fibres separate from the main cable and transition into connectorised legs.
Because these legs are smaller than the main cable, they require suitable protection. Therefore, a deployable assembly needs a breakout arrangement that balances durability with practical equipment access.
Available options may include:
In addition, connector ends should remain protected during transport and deployment. They should never drag along the ground or carry the pulling load unless a purpose-designed pulling arrangement protects them.
A pre-terminated cable arrives with connectors installed under controlled manufacturing conditions. Afterwards, each completed fibre can be tested before dispatch.
Consequently, pre-termination can provide:
For permanent building and campus installations, visit the RapidConnect® Pre-Terminated Fibre Optic Cable Authority Hub.
Deployable assemblies, however, may experience more movement, winding and handling than permanently installed cables. Therefore, the intended use should be identified when requesting a quotation.
Not every temporary cable needs to support frequent reuse. For example, one cable may remain deployed during a building project, while another may be recovered after every event.
A cable might be:
Because these usage profiles create different mechanical demands, one cable construction may not suit every application.
For instance, a standard indoor/outdoor distribution cable may suit a controlled temporary installation. However, it should not automatically be represented as a tactical cable designed for unlimited repeated flexing, crushing or uncontrolled ground deployment.
Therefore, Anderson Corporation considers:
Ultimately, the description and recommended use of the completed assembly should reflect its verified construction and performance.
Before deployment, inspect the reel, cable and connector protection. In addition, confirm the intended route and remove avoidable hazards.
A practical deployment process includes:
Furthermore, the cable should pay out through the intended reel direction. Operators should not pull a stationary cable sideways across the reel flange because this can introduce twisting, abrasion or excessive tension.
The reel protects and organises the cable while it is stored and handled. Once deployed, however, the cable may require separate protection.
Potential hazards include:
Depending on the site, protection may involve cable ramps, barriers, temporary conduit, overhead support or controlled access.
For example, a visible cable jacket does not make the cable safe for a vehicle crossing. Likewise, a rugged reel does not protect cable that has already been paid out. Therefore, route planning remains essential.
Careful recovery protects the cable and prepares it for the next deployment. Therefore, the cable should be inspected and organised before it is wound back onto the drum.
Before rewinding:
During recovery, wind the cable evenly and without excessive tension. Otherwise, irregular winding can reduce capacity and trap the cable beneath later layers.
After recovery, inspect the assembly and record any damage or performance concern. In particular, a critical-use reel should not return to storage until its condition has been confirmed.
Connector contamination is one of the most common causes of poor fibre performance. For example, dust, oils and other residue can increase insertion loss or damage mating end faces.
Therefore, operators should follow an inspect-clean-inspect-connect process:
Most importantly, never assume that a connector is clean because it has a dust cap. Although dust caps provide mechanical protection, they can still contain or transfer contamination.
Anderson Corporation supplies fibre optic cleaning products for connector maintenance in workshop and field environments.
Factory testing confirms the completed assembly before delivery. However, periodic testing can identify damage that develops through use, transport or storage.
Testing may include:
For example, a sudden increase in loss may indicate connector contamination, a tight bend, damaged breakout tubing or cable damage.
The appropriate test method depends on the network and purpose of the assembly. For instance, an optical power meter and light source can measure end-to-end insertion loss. By comparison, an OTDR can help locate events along longer cable runs.
A deployable cable reel should be stored in a clean, dry and controlled location whenever possible. Furthermore, a documented maintenance routine can help keep the assembly ready for its next use.
Recommended practices include:
Where the reel supports emergency or operationally critical communications, include it in a scheduled inspection and testing programme. As a result, faults are more likely to be identified before the system is urgently required.
RapidConnect® deployable fibre systems can be manufactured to suit specific project requirements.
For example, customisation may include:
The more information you provide at the beginning of the project, the more accurately Anderson Corporation can configure the assembly. Therefore, early confirmation of the route, equipment and deployment frequency can prevent unnecessary changes later.
To request a deployable fibre system, provide the following details where available:
In addition, include the cable outside diameter if it is already known. Because diameter directly affects drum capacity, this information can simplify reel selection.
Yes, fibre does not create the electrical heating concerns associated with power cable on a drum. However, the cable must remain within its minimum bend radius. Furthermore, the wound cable should not become crushed, trapped or excessively tensioned.
The connection arrangement also matters. Therefore, confirm how both cable ends need to be accessed before ordering.
A drum can physically carry many cable types. However, that does not mean every cable suits repeated deployment.
Instead, the cable must be assessed for flexibility, bend radius, tensile load, environmental exposure and expected handling cycles.
Capacity depends primarily on drum geometry and cable outside diameter. In addition, connector storage, winding allowance and freeboard affect the usable capacity.
Therefore, Anderson Corporation confirms capacity against the selected cable.
Yes. In fact, a complete factory-terminated reel assembly is the preferred option for many temporary network applications.
As a result, your system can arrive with the connectors installed and the fibres tested.
Yes, empty drum requirements can be reviewed. However, Anderson Corporation will need the cable diameter, cable length, bend radius and connector details to confirm suitability.
Common options include two, six and twelve fibres. In addition, other fibre counts may be available according to the cable construction and drum capacity.
OS2 Singlemode generally suits longer distances and broader infrastructure compatibility. By comparison, OM4 Multimode may suit shorter links using compatible multimode equipment.
Therefore, the connected transceivers, network standard and required distance should determine the correct fibre type.
Common choices include LC, SC and ST connectors. In addition, APC and FC configurations may be available where appropriate.
However, connector selection must match the equipment interface and fibre type.
Yes, completed RapidConnect® pre-terminated assemblies can be individually tested. Furthermore, test results can be supplied with the product at delivery.
No, not unless the complete cable assembly and protection method have been specifically designed for that load.
Therefore, use an appropriate cable ramp, controlled crossing or another approved protection method wherever vehicles may cross the route.
The product range uses different materials and constructions. Therefore, a reel should not be described as waterproof unless the exact model has a verified ingress-protection rating.
Moreover, the cable and connectors have separate environmental limitations.
Selected formats may suit defence and field applications. However, “military-grade” or “tactical” claims should only apply when the exact system satisfies the nominated requirements and supporting documentation is available.
Yes. First, Anderson Corporation can review the distance, fibre count and equipment interfaces. Next, we can consider the deployment environment and handling requirements. Finally, we can recommend an appropriate cable and drum configuration.
Choosing a deployable fibre system involves more than selecting a drum and cable length. Instead, a reliable system requires an understanding of cable capacity, bend radius, connector protection, route planning, cleaning, testing and long-term handling.
Therefore, Anderson Corporation is developing a dedicated Knowledge Centre for deployable fibre optic cable systems. As new articles are published, they will provide practical guidance for contractors, network operators, event teams and field technicians.
Learn how cable diameter, distance, portability and deployment frequency influence reel selection.
Understand why reel capacity reduces significantly as cable outside diameter increases.
Explore the practical considerations involved in building temporary optical links for events, industrial sites and emergency operations.
Compare Singlemode and Multimode options according to distance, equipment and network requirements.
Learn how controlled deployment protects fibre from excessive tension, tight bends and physical damage.
Understand how correct connector care supports reliable optical performance in field environments.
Develop repeatable practices for paying out, protecting, recovering and storing deployable fibre cable.
Learn how inspection, optical-loss testing and appropriate fault-location methods help keep reusable assemblies ready for service.
A correctly configured Deployable Fibre Optic Cable Reel provides more than convenient cable storage. Instead, it creates a portable, factory-prepared fibre link that your team can transport, deploy, connect, recover and store in an organised manner.
Furthermore, RapidConnect® systems can be configured around your required:
Therefore, Anderson Corporation can review these factors and match the cable assembly with a suitable portable, wheeled, foldable or manpack-style drum.
Contact Anderson Corporation or request a Rapid Quote to discuss a Deployable Fibre Optic Cable Reel for your next temporary, mobile or field network.
Be sure to check out the rapidconnect Fibre Optic Cable Range for other rapidconnect Products!
