Radiant Heaters

Weather-resistant radiant heaters warm people and surfaces directly through infrared waves, while convection heaters warm the surrounding air, making radiant the practical choice for outdoor use. Air is largely transparent to mid-wave infrared, so the energy travels through open space and is absorbed by skin, tables, floors and nearby objects, much like warmth from the sun on a cool day.

Convection relies on still air to build a pocket of warmth around you. Outside, that pocket drifts away on the first breeze, taking comfort with it.

Heatscope's carbon spiral technology converts up to 94% of its energy into directed infrared heat, so warmth holds its focus even in exposed patios, courtyards and open-fronted venues. Start-up is near-instant, and because there is no flue or ventilation requirement, placement follows the design of the space rather than the other way around.

Direct heat transfer is the defining advantage of HEATSCOPE® radiant heaters. Unlike gas heating, which heats the air first and loses warmth to wind and surroundings, infrared heaters beam radiant heat directly to people and objects. You feel warmth in seconds rather than minutes, and wind does not steal the heat, a critical edge in outdoor settings.

Beyond heat delivery, electric infrared eliminates the infrastructure demands of gas. No gas lines, no flue or ventilation requirements, no specialist fitters. Wall or ceiling mounting takes two screws and a 220-240V circuit, freeing floor space and keeping heaters out of reach. Zero combustion byproducts mean the units are safe for enclosed outdoor spaces (patios under pergolas, covered dining areas, outdoor rooms) where ventilation limits would rule out gas.

The reliability advantage is significant. No valves, ignition components, or burners to service. No annual maintenance, seasonal prep, or gas-pressure issues. Silent operation with no fans stirring dust or allergens. One installation and the heater runs flawlessly year after year: the set-and-forget simplicity that appeals to hospitality operators and discerning homeowners alike.

When you compare the total ownership experience, including instant heat, no emissions, design freedom, and zero-service reliability, the case for radiant electric is compelling.

No, radiant heating does not degrade indoor air quality. Heatscope Heaters use mid-wave infrared radiation, which transfers heat directly to solid objects (people, furniture, and floors) without heating the air itself. This fundamental difference from forced-air heating systems creates distinct air-quality benefits.

Because radiant heaters have no fan or blower, there is no convection to disturb dust, pollen, or other particulates. The sealed construction (IP25–IP65, depending on model) prevents internal particulate accumulation. There are no combustion byproducts, ventilation requirements, or filters to maintain.

Radiant heating also does not alter humidity levels the way forced-air systems do. You get even thermal comfort without the dry-air side effects common to traditional heating. For users with allergies or asthma, the absence of air circulation and combustion makes radiant heaters a practical choice for creating a quieter, cleaner indoor environment.

The Pure Plus suits fully exposed outdoor installations, Vision minimises visible light for sheltered alfresco dining, Next covers semi-open and indoor-outdoor transitions, and Spot provides compact, targeted directional warmth. Weather-resistant requirements are the primary filter.

Pure Plus is the definitive choice for open-air patios, pool surrounds, and unroofed terraces. It carries the highest weatherproof rating in the range (IP65) and uses a convex SCHOTT NEXTREMA glass-ceramic front that spreads sun-like warmth evenly while softening the visible glow.

For covered alfresco rooms, loggias, and sheltered dining zones where atmosphere matters alongside warmth, Vision is the model to consider. Its ceramic glass front reduces visible light to a minimum, creating the most ambient footprint of the range at 3,200W, the highest heat output in the lineup.

Next suits semi-open terraces, verandahs, and spaces that shift between indoor and outdoor use. Its slim aluminium profile fits flush to wall and ceiling surfaces without visual bulk.

Spot concentrates directional infrared on a specific zone, a balcony, a covered nook, or a set of seats, and comes in two output levels to match the space.

Every range includes two-stage output control and a 2-year warranty. ZigBee smart control is available as an optional accessory on most models.

Radiant heating is the direct transfer of thermal energy from a heat source to solid objects and people using electromagnetic waves, without heating the surrounding air. Heatscope electric radiant heaters emit mid-wave infrared radiation from their carbon heating elements; this energy travels directly through space like sunlight, warming surfaces, bodies, and furniture beneath them rather than heating the air in between.

The mechanism is precise: electric current energises carbon spirals, which glow and emit infrared waves. These waves are absorbed directly by skin and surfaces, creating pleasant, enveloping warmth. Because the heat travels to objects rather than dispersing into air, 87–94% of input electricity converts into usable ambient heat, substantially more efficient than convection-based systems. The directional nature of radiant heat makes it effective even in windy or draughty outdoor conditions, where air-based heating fails. Full warmth output arrives in as little as 15 seconds.

Radiant heating is suitable for most room types, with a few environment-specific exceptions to guide installation decisions.

Heatscope radiant heaters work well in living areas, dining rooms, bedrooms, kitchens, bathrooms, hallways, and open-plan spaces. The infrared heat carries through air without relying on ventilation or air circulation, making it particularly effective in enclosed, draught-prone, or high-ceiling rooms where forced-air systems underperform. Heat reaches occupants directly rather than dissipating overhead.

Environments where standard installation is not appropriate:

German-engineered and Red Dot Design Award winning, Heatscope heaters are tested rigorously across climates. The technology's independence from ducting and gas lines lets it adapt to any room geometry without constraining architecture.

• HEATSCOPE® radiant heaters draw between 6.96 and 13.91 amperes at full power, depending on the wattage rating of your model. The Spot 1600W draws 6.96A; the Spot 2800W draws 12.17A; the Vision 3200W and Pure 3000W both draw approximately 13A at 100% power.
  ⁠All HEATSCOPE® models operate on 220–240V single-phase supply at 50–60Hz. Most models feature dual power stages, which means you can also run them at 50% power; at this setting, the current draw reduces proportionally. For example, a Vision 3200W operating at 50% would draw roughly 6.95A instead of the full 13.91A.These specifications are essential for circuit planning. Confirm your installation supports the required amperage with a qualified electrician before commissioning the heater.

Infrared radiant heating technology uses direct heat transfer: electromagnetic waves deliver warmth from the heater to people and surfaces, bypassing the surrounding air entirely. HEATSCOPE radiant heaters emit mid-wave infrared radiation that is absorbed by solid objects (people, floors, surfaces) on contact. Because air is largely transparent to these wavelengths, warmth is not lost to wind, draughts, or dispersal in open spaces.

Mid-wave infrared is quickly absorbed by solid surfaces and skin, replicating the natural sensation of direct sunlight without heating the air around you. HEATSCOPE's dual carbon spiral heating elements emit this radiation through ceramic glass fronts with minimal visible light, delivering quiet, directed warmth. Designed to German engineering standards, this technology performs consistently indoors and in exposed outdoor environments.

Yes, Heatscope radiant heaters can be used in the rain, though suitability depends on your model's weather protection rating. Our heaters are engineered with IP ratings that specify their water-resistance capability, allowing us to rate them for different outdoor conditions.

Our highest-rating models carry IP65 certification, meaning full protection against dust and direct water jet spray, suitable for fully exposed outdoor installations without shelter. Other models in our range achieve IP25 to IP24 ratings, which provide splash-water protection and work best in partially covered areas such as patios with an overhang or pergola.

Beyond the IP rating, installation technique enhances durability. A slight downward mounting angle helps water run clear of electrical components. Positioning the heater under an eave or pergola extends the usable season, even for splash-rated models, letting you heat covered outdoor spaces across rainy months. All Heatscope heaters undergo rigorous German engineering testing protocols that validate weather performance. Check your specific model's IP rating when selecting an installation location to ensure the right match for your space's exposure.

Yes, HEATSCOPE® weather-resistant infrared heaters are engineered for both residential and commercial applications, and are installed in restaurants, cafes, bars, and hospitality venues.

Commercial durability is built into the core components. Carbon fibre heating elements are rated for at least 10,000 hours of operation, and the aluminium chassis resists discolouration and tarnishing over years of continuous service. There are no ignition components, gas connections, valves, or hoses to maintain, reducing downtime and servicing complexity in high-use environments.

For multi-zone installations, a single remote pairs with multiple heaters, and ZigBee motion sensors automate zones to activate only when areas are occupied, helping manage energy use across large terrace or dining areas. All models accept wall and ceiling mounting, with extension rods in 100, 300, and 500 mm increments providing height flexibility across varying ceiling configurations such as marquees, pergolas, and outdoor dining pavilions.

For venue specification, HEATSCOPE®’s technical team provides schematic diagrams and tailored positioning guidance based on your space’s dimensions, wind exposure, and installation height. The general principle: more wind exposure and greater installation height call for higher-output models with stronger beam reach.