Infinity Systems Pitches Recirculating Shower for Extended Off-Grid Camper Use

The story

Infinity Systems is positioning its Infinity Shower as a water-saving technology for off-grid camping, with the product receiving recent coverage in the truck-camper segment. The central proposition is straightforward: shower water is collected, filtered, heated, and recirculated instead of being continuously drawn from the fresh tank and discharged after a single use.

Truck campers typically face a hard limit on freshwater capacity. Even relatively large flatbed campers commonly carry tens of gallons rather than the hundreds available in residential systems, while gray-water capacity can be smaller still. A recirculating shower therefore addresses two constraints at once: it can reduce freshwater demand and delay gray-tank filling.

The concept is particularly relevant to larger hard-side campers equipped with wet baths, where showering is already part of the floor plan. It is less directly applicable to lightweight pop-ups and shell campers that lack enclosed plumbing, hot-water systems, or sufficient electrical capacity for additional pumps and controls.

The available reporting describes the system as capable of supporting a substantially longer shower than a conventional RV arrangement, but the practical result will depend on the unit’s filtration condition, water temperature, pump performance, and user settings. Recirculation does not eliminate consumption entirely: water is lost through evaporation, splashing, filter maintenance, and the need to replenish or replace water in the loop.

The technology also introduces additional components into a system valued for simplicity. Pumps, sensors, filters, heating elements, and control electronics can improve capability but create more service points than a conventional shower valve. For remote travelers, accessibility of replacement filters and the ability to bypass the system will matter as much as headline water savings.

For truck-camper manufacturers, the more significant question is integration. A factory installation would require space for the equipment, a compatible water-heating architecture, electrical protection, plumbing designed around recirculation, and a service strategy. Retrofitting may be easier in full-size hard-side campers than in low-profile pop-ups, where cabinet and tank volume are tightly constrained.

The system is not a substitute for additional freshwater or gray-water capacity on long trips. Its value is more likely to be measured in additional days between fill-ups and dump-station visits, especially for users who already carry substantial battery capacity and use showers frequently. Independent field testing has not yet established real-world water savings across different temperatures, shower durations, or maintenance intervals.

The development nevertheless reflects a broader direction in the category: mobile habitats are increasingly being designed around resource management rather than simple campground hookups. Alongside lithium batteries, solar arrays, composting toilets, and high-efficiency climate systems, water recirculation could become another way manufacturers differentiate premium off-grid campers.