How Rolatube Compares to Traditional Masts

Traditional portable masts come in several forms. Telescopic tubes that nest inside one another, sectional poles that lock together on site, pneumatic systems that use air to raise a mast to height, and crank-up lattice designs for larger semi-permanent installations. Each has decades of use behind it, and each does the job of raising communications, cameras, lighting, or sensors above the ground.

The question that comes up whenever a team weighs up a change is what actually shifts when a Rolatube mast replaces one of these. This piece runs through the practical differences that matter in the field, from weight and pack size through deployment, reliability, and the total cost of running the equipment over its life.

What Rolatube Does Differently

Every Rolatube mast is built around patented Bi-stable Reeled Composite (BRC) technology. The material stores as a compact roll and forms a rigid, load-bearing tube on deployment. There are no telescoping sections, no locking collars, no seals, no air pumps, and no moving parts to wear or fail.

That single design change carries through to almost every point of comparison with traditional mast technologies. The strengths of each traditional approach are real, and there are situations where a heavier fixed system remains the right answer, but for portable, field, and mobile use, BRC sidesteps most of the constraints those systems bring with them.

Weight and Packed Size

The most immediate difference is in what a team actually carries. A 7-metre Rolatube mast weighs around 8kg. A comparable 7-metre telescopic or sectional mast will often exceed 25kg once collars, brackets, and transport cases are counted in. That difference matters when the mast has to travel to a site on foot, fit into an emergency vehicle, or move around a construction site as work progresses.

Pack size follows the same pattern. A telescopic mast’s packed length is set by its longest tube section, which typically runs to well over a metre. The Rolatube System 50 packs down to 170mm x 250mm x 180mm and weighs from 2kg (depending on mast height). Even the tallest system in the range, the System 100 at 10 metres, packs to 305.5mm x 425mm x 262.5mm and weighs from 22.7kg, a fraction of the size and weight of a conventional 10-metre mast solution.

Deployment and Recovery

Traditional masts vary in how quickly they set up. Telescopic and sectional systems can take significant time when the sections have to be locked and guyed at height. Pneumatic systems can raise a mast in minutes, but they depend on an air source. Crank-up lattice designs typically need a winch and two or three people to raise and secure.

Most Rolatube systems deploy in under five minutes with minimal personnel, and none require specialist tools, air, or heavy plant. The larger System 100 deploys in under ten minutes with an integrated Rolacage that supports controlled extension to height. Recovery follows the same pattern. A Rolatube mast rolls up and packs away in minutes and can be redeployed elsewhere on site without downtime.

Reliability and Maintenance

Traditional masts carry a maintenance burden that accumulates over years of use. Collars wear, clamps loosen, seals perish, pneumatic pumps and compressors need servicing, and greased mechanisms attract dust and moisture. In cold, dusty, or coastal environments, that maintenance burden is where traditional masts start to fail: seals freeze, sections seize, lubricants stop working, and small components get lost.

Rolatube systems have no moving parts to maintain. No lubricants, no seals, no locking hardware, and no compressor. The systems are virtually maintenance-free between deployments, and they perform reliably in temperatures from -31°C to +49°C. When deployed with guy ropes and ground pegs as standard, they withstand winds of up to 100km/h. Teams that pull Rolatube kit out of storage after long periods can expect it to work first time.

Cost Over the Life of the Kit

Purchase price is only part of the story. Over multi-year use, the total cost of a portable mast picks up several other lines: maintenance labour and replacement parts, storage space, transport, personnel time to deploy and recover, and the value of the operational hours lost when a mast fails at a critical moment.

Rolatube systems tend to compare favourably across each of these. There are no scheduled maintenance requirements. Replacement is limited to occasional wear items rather than the seals, locks, and pumps that traditional systems accumulate. Storage and transport are compact enough to release space back to other kit. Single-operator deployment reduces the personnel time on every setup. And the operational reliability of a system with no moving parts is worth something on any project where a lost deployment costs money.

Where Rolatube Belongs, and Where Traditional Masts Still Fit

Rolatube is designed for mobile, field, and expeditionary use, where the value shows up in weight, pack size, and deployment speed. That covers most modern portable mast work, including emergency response, defence, broadcast, construction, rail, and industrial infrastructure. In each of these sectors, the ability to carry a mast in on foot, set it up in minutes, and move it again as the situation changes is what the mast is bought for.

Traditional masts still have a place. For long-term semi-permanent installations where a mast is raised once and left, and where the priority is a very high load ceiling at a specific height, a heavier fixed telescopic or lattice mast is often the right answer. For that specific use case, portability is not a live constraint, and a heavier system that carries more can make sense.

For everything else, and particularly for teams that have to move their kit, deploy under pressure, or trust it to work after long periods in storage, Rolatube is built around exactly the way that work runs.

Frequently Asked Questions

What counts as a traditional mast?

The term covers the several long-established mast technologies used before the arrival of rollable composite systems. That mainly means telescopic masts (nested tubes with locking collars), sectional or pole-on-pole systems assembled on site, pneumatic masts that use air pressure to extend, and heavier crank-up lattice designs used in semi-permanent installations.

Is a Rolatube mast always the best choice?

Not always. For a permanent or semi-permanent installation where a mast is raised once and left, and where the driving factor is a very high load ceiling at a fixed height, a traditional lattice or heavy telescopic system is often the right answer. For portable, field, and mobile use, Rolatube is built specifically for that role.

How does Rolatube compare on maximum load capacity?

Rolatube systems cover a wide load range. The System 75 double tube supports top loads of up to 23kg, depending on mast height, which is enough for the majority of communication, lighting, and surveillance payloads used in the field. Heavier fixed installations that need to carry substantially more load may still call for a permanent mast.

How does Rolatube compare on total cost?

Purchase price varies by system, but the cost picture over the life of the kit usually favours Rolatube: no scheduled maintenance, no seals or pumps to replace, less storage space, less transport cost, and faster single-operator deployment. Teams that work in total cost of ownership rather than sticker price tend to find the balance shifts.

Do Rolatube masts need special training to deploy?

No. The deployment process is intuitive and, for most systems, can be completed by a single trained operator in under five minutes. Detailed user guides ship with every system, and most emergency, defence, or infrastructure teams can train personnel to deploy and recover the kit in under an hour.

How does Rolatube handle wind and stability?

All Rolatube masts are deployed with guy ropes and ground pegs as standard, and rated for winds of up to 100km/h in that configuration. Additional accessories are available for low-personnel setup, including Central Guy Control, and the System 75 can be supported by a System 50 Tripod in low or zero wind conditions where guy ropes are impractical.

Talk to Rolatube

For teams weighing up how Rolatube would fit alongside or replace existing mast kit, we are happy to work through the specifics. Explore our range of masts and tripods, or get in touch to discuss a specific project.